Patent Application
20150335934
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This invention relates to system(s) and method(s) for embodiment(s), individually and/or collectively, that generally relate to an apparatus, and more particularly, for use in physical exercise, and/or in the assembly and/or disassembly of an apparatus, and/or intellectual activities, and/or amusement by humans.
This invention relates to system(s) and method(s) of embodiment(s), individually and/or collectively, and/or reusable, that generally relate to an apparatus, at least in a single apparatus, and more particularly, for use in physical exercise, and/or in the assembly and/or disassembly of an apparatus, and/or intellectual activities, and/or amusement by humans.
Within the field there exist problems that may be ripe for solutions. A first problem is associated with systems of embodiments that often have an inherent challenge that minimally may limit the environmental setting where a user is able to utilize an apparatus, from which an embodiment is formed; e.g. indoor versus outdoor. Use of an apparatus embodiment is often dependant upon its portability from one room to another room, or from inside a structure to an outdoor setting. The market offers users numerous machine/devices/apparatuses that are often located inside a building structure; e.g. a device being large, heavy, bulky and awkward to move, such as a weight-resistant styled machine commonly known as a universal set, or a treadmill, or a swimming pool. Thus when a user engages such a machine on a pleasant weather day, the user is limited, if not prevented, from easily moving such an apparatus from its indoor setting to the outdoors, thus causing a user to sacrifice either the enjoyment of the outdoors or the continuation of use of the apparatus. Conversely if an apparatus is set in an outdoor environment and is bulky, secured in place, or otherwise unable to be moved indoors then a user compromises or even looses the indoor setting benefits of such a device, particularly if inclement weather is present. Persons with allergies to pollens, or sensitivity to sunlight, or fear of bird droppings overhead, or fear of potential bee-stings, or other challenges to nature's outdoor environment, e.g. freezing or sizzling temperatures, high humidity or rainstorms may alter or cease an outdoor regimen for a user; negatively impacting the user's health fitness routine, particularly when the user may desire use of an outdoor apparatus to become an indoor apparatus but is unable to make it so. The weight of an apparatus is a primary challenge to the world of users of embodiments that are limited to a particular indoor or outdoor setting. The heavier an apparatus is the greater limitations are placed upon a single user efficiently moving the apparatus. Thus there exist challenges of an embodiment being portable and weighty regarding an apparatus.
Furthermore, systems of embodiments have a physical setting issue that may impose limitations upon a user. In the busy schedule of many societies there is a challenge of time efficiency for people. While a person may be determined to use time wisely, performing tasks in a timely manner, or when a person simply desires to spend minimal time in pursuit of a given action, e.g. a physical exercise routine, the element of time becomes a quickly evaporative commodity. Thus when a person uses two or more physical locations of existence/operations, e.g. at the residence and/or at the workplace, it is obvious that it is impossible to be at both places simultaneously. Subsequently, there is a challenge to bring those items, among which an apparatus embodiment may by included, to fulfill the person's routine with that person as often as possible; reducing the need to travel back and forth between the residence and the workplace. Time consciousness is benefited when there is a reduction in the number of items a person needs to bring with themselves. If a person desires to maintain a routine that involves an embodiment of an apparatus, but fails to bring that apparatus with them to their current physical setting then that person would lack the benefit of having the apparatus with themselves and by default would also lack the benefit of using such apparatus. Object efficiency occurs when there is a reduction in the number of objects to fulfill a spectrum of tasks. If for example, a person carries a dozen books, or carries a single electronic device with the same dozen books, there results a practice of object efficiency by carrying the electronic device. Similarly, and illustratively, if a person carries a dozen apparatuses to deal with a dozen tasks, or, conversely a person carries a single-unit apparatus that deals with the same dozen tasks, then object efficiency occurs with the single-unit apparatus. Unfortunately, often apparatuses are specialized and thus require multiple devices to cover a multiple of purposes for which apparatuses would serve. Additionally, when an apparatus embodiment is not portable it certainly would not be more easily trans-portable between two physical locations, such as between a residence and a workplace. The challenge of an apparatus that is difficult to move from one room to another, or from an indoor setting to an outdoor setting would create an even greater challenge to be moved from a residence to the workplace, and back again; certainly on a regular basis. Thus there exist challenges of embodiments being a single-unit and easily transportable regarding an apparatus.
Moreover, systems of embodiments have a geographical location that may be limited upon a user. While many persons may either establish a location within their own residence, or may purchase a membership to access a building wherein, either location, there may exist an apparatus embodiment(s) for their personal use, these locations often may be the exclusive places for the specific embodiment(s). Thus when a person travels to a vacation site, e.g. climbing a mountain, or travels on business, e.g. to an oceanfront conference center, the said embodiment(s) are often left behind either at the residence, or at the membership building. This absence places a hardship upon a user of the embodiment because, lacking the ability of bilocation, the user and the user's embodiments often remain geographically distant from each other; denying the user any practical benefit thereto. This geographical location limitation is dependant upon the user's ability to easily re-locate the apparatus, especially when an apparatus would be used on a regular, weekly, if not daily, basis. Often the apparatuses involved in the fields of physical exercise, or intellectual activity, or amusement fields fail to be compactly designed for storage and/or transportation; thus compounding the location limitation challenges. Moreover, if compactness does exist there may also be the issue of durability of the embodiment. Devices that often are associated with the fields, supra, are by design, or by default, fragile, breakable, sensitive to moisture, temperature and otherwise; creating in apparatuses a wear and tear or decay lifespan; lacking durability. Thus there exist challenges of compactness and durability regarding an apparatus.
Moreover, systems of embodiments may have a financial restriction that may be limiting upon a user. Generally, the members of contemporary society operate on limited funds and income sources. Generally, the members of such society desire good health and fitness; often pursued via the engagement of a variety of apparatuses associated with that pursuit. In response, in part, to these factors of society, there are industries that cater to such members via creating private clubs that provide equipment, commonly known as gyms, and/or manufacture apparatuses for private ownership and use. While cities expand and residences continue to spiral away from city centers there often become an increasing distance between members in a society and a gym; making access to the gyms not readily available. Furthermore, while the actual distance to a gym may be decreased by a growing number of gyms, there is also a growing number of traffic issues that delay arrival/departure times to access the gym. While a person may choose to attain their own gym-styled apparatus for private use, often times this may become cost prohibitive and thus again separates a user from an apparatus availability. Either method, i.e. gyms, or private ownership, requires an outlay of financial resources from the members of society; ultimately reducing an individual's financial positive balance sheet. Often, the market will adjust the price of gym fees and/or cost of goods for private ownership, however, there will always remain an ever growing sector of society that is either financially disadvantaged from having the financial resources to maintain monthly gym fees and/or place an outlay of cash for private apparatus purchases. Even those members who may afford such expenses, often and wisely, make choices to reduce such expenditures. Furthermore, gym locations require time and more financial resources to travel to/from. After calculating the money factor of gym fees, and the time-travel expenses these members may likely reassess expenditure versus gain to obtain actual benefits of the use of an apparatus. Thus there exist challenges of an embodiment being readily available, and expensive regarding an apparatus.
A second problem is associated with methods of use of embodiments that often arise from the wide array of purposes for which an apparatus is made. With an ever increasing specialized world, the details of nearly any given field, e.g. physical exercise, assembly/disassembly of an apparatus processes, intellectual activity and/or support objects thereto, and/or amusement, have an ever growing need to accumulate additional apparatuses and methods to use a given embodiment. However, in part, due to the increased specialization, there results multiple devices to cover a multitude of applications. For example an adjustable wrench formerly sufficed to cover a range of bolt heads from small, 5/16 inch, to large, 15/16 inch. Modernization in a specialized world now optionally presents the world with a set of nearly ten separate wrenches covering the same dimensions, 5/16 through 15/16; effectively increasing a user's total object from one to ten wrenches. Similarly, e.g. if a person desires to efficiently pursue physical fitness for multiple muscle groups there should optimally be a single-unit apparatus with multiple embodiments and associated methods thereto. However, as with the wrench example, a specialized contemporary society has easily increased the number of apparatuses whereby each method has its own specific apparatus embodiment, e.g. in the field of physical exercise. What at one time served to provide exercise of the upper body, a free weight set of barbells and dumbbells, eventually was surpassed by a universal set, among numerous other apparatuses; bringing with them multiple methods of use. Further advancement of being physically fit developed into new methods of physical exercise, e.g. stretching, rotating, aerobic, isokinetic, isometric and isotonic. These rather stationary actions lacked mobility and even more methods of exercise were developed, e.g. cycling, running, swimming, rowing, boxing, jumping, skiing, snowboarding, whereby each modality captured a series of unique methods. These multiple methods, becoming further specialized for training, developed apparatuses that focused on specific body areas or muscle groups aimed at improving a specific discipline. Eventually, a special method was proposed for each specialized apparatus, thus, if a person wished to cover all the methods proposed, it was necessary to have the multitude of apparatuses that accompanied each method. Too often an apparatus and its method was made for a single purpose and failed to cross over into other uses within the same field, and/or alternative fields. Thus there exist challenges of methods of use of embodiments that are separate from the vast array of apparatuses available to a consumer.
A third problem is associated with systems and methods in a single-unit apparatus that often arise from a lack of creating efficiency among objects and methods thereof. A significant sector of society who may desire, at least, to increase and/or maintain physical and intellectual fitness may be challenged to find articles of invention that serve such noble purpose. While a weight set to serve physical fitness, and a book support device to serve intellectual activity are readily available, there is very little, if any, apparatus system, and/or method thereof, whereby these two disciplines, i.e. exercise and study, are united within one and the same apparatus. Further, the same person may chose to have a breather from exercise and study by entertaining themselves with an amusement device as well, e.g. an apparatus whereby musical tones may be practiced, or massaging the difficult to reach itch on the middle of ones back, or lazily reach a light switch while reclining in a chair. Thus there exist challenges with systems and methods in a single apparatus available to a consumer.
A fourth problem is associated with physical exercise that often arise from a lack of a unique apparatus, and/or method thereof, that is capable of uniquely dealing with the multiple disciplines and modalities in the physical fitness field. A primary function of physical exercise is to preserve the integrity of a given muscle; avoiding hyperextension, torn muscles, or contrarily, atrophied, unexercised muscles. The basic function to condition a muscle is to extend and relax by motion caused by a direction of the user's intellect upon said muscle. Often this is a subconscious connection between a person's intellect and their physical body, however, in the learning process of a new routine, or multiple routines, there is required an initial conscious effort by the user of an apparatus to perform a given exercise in a specified manner. Many physical injuries result from improper warm up, stretching. While recovery and rehabilitation from an injury, or simple toning, even muscle building may be a goals of a person, too often there lacks discipline for the user to have a single-unit apparatus, or embodiment thereof, whereby a user is provided not only a system but also a method thereto. Often a person may desire to tone muscles via high repetition of a given exercise, or may desire to build body strength from within via isometric, or build bulk via isotonic exercise, or increase the benefits of an aerobic exercise via isokinetic exercise, yet such person is left void of an apparatus that encapsulates each of these disciplines, i.e. stretching, rotation, isokinetic, isometric and isotonic. Thus there exist challenges within the field of physical exercise to meet the needs of the population in an efficient manner.
A fifth problem is associated with the assembly processes for an embodiment of an apparatus. Often there is a plurality of pieces that accompany an apparatus. During the assembly process of an apparatus there may be a method of reusable attaching-pieces that are used with a sole function to make the pieces of the apparatus contiguous with each other in the formation of an embodiment(s), e.g. bolts, nuts, screws, pegs; affording a potential reusable lifespan. Other methods of contiguity may have a one-time use and may include press-fittings, seams, welds, compression fittings, rivets, nails, glues; limiting, even eliminating any reusability feature. The former method, even if engineered for a long lifespan of use/reuse, may have risk factors that exist outside of the piece itself, yet potentially imposing a failure status to the embodiment during the assembly process. These risks include premature failure, excessive wear and tear, loss, altered surfaces making the attaching-piece incompatible, e.g. stripped or crossed threads, misaligned contact points. A third method of assembly exists via the employment of attachable components, e.g. button-snaps, or similar fastener options. While this third method shares some of the same risks as the method of reusable attaching-pieces they at least would not suffer potential loss because they are attached to an actual piece of the apparatus. Thus there exist challenges associated with the assembly processes for an embodiment of an apparatus.
A sixth problem is associated with the disassembly processes for an embodiment of an apparatus. During the assembly process, of an embodiment, there may exists a method for a one-time use of attaching-pieces, supra; eliminating any reusability of those attaching-pieces, thus making the assembly process irreversible. Thus disassembly becomes impossible, at least, for any reusability purpose. Alternatively when a reusable attaching-pieces method, supra, is used for assembly which should also provide the ability of disassembly, there requires time, effort, potential expense of replacement for compromised, or lost attaching-pieces, as well as other potential associated risks, supra; making disassembly arduous upon the user; limiting or even eliminating the potential for re-assembly of the embodiment. Thus there exist challenges associated with the disassembly processes for an embodiment of an apparatus.
A seventh problem is associated with intellectual activities associated with an embodiment of an apparatus. Mostly apparatuses are engineered for a specialized use and fail to have a carry-over to other fields of endeavor. For example, when a person pursues physical fitness via employment of an apparatus, generally, if not always, the apparatus was engineered for use under the confines of physical exercise. Now while a free-weight is manufactured for use in a physical fitness regimen, it might also be used as a paper weight, or to keep a book opened for a studious person learning a new academic discipline. However, these latter methods of use were not intrinsically, nor intentionally, engineered into the system or method of the free-weight manufacturing. Alternatively when the same person may use a book to increase intellectual activity resulting in knowledge, it was not an intrinsic element of the engineering of the book to have it be used as a means to increase the physical fitness of the user; even though the book, or a plurality of books, may be large, heavy and when placed inside a book bag create the potential to be used as a mean to circularly be swung thus increasing the heart rate and respiration of a user; two key results for a person who pursues a cardio exercise routine. Generally speaking, an apparatus for physical exercise stays within the methods of physical exercise; conversely an apparatus for intellectual activity stays within the methods of academia. Furthermore, most apparatuses are engineered and intended to be assembled once, or at least minimally disassembled repeatedly. Thus there exist challenges with intellectual activities associated with an embodiment of an apparatus; minimally having an intended cross-over purpose, and/or dual purpose capability within the assembly/disassembly process, and/or a limited reusability feature.
An eighth problem is associated with amusement with an embodiment of an apparatus. Amusement can be somewhat comparable with the notion of leisure, the latter being a freedom from time-consuming duties, responsibilities, or activities. While the former may be described as a state of being amused, i.e. occupying in an agreeable, pleasing, efficient, or entertaining fashion; it does not isolate a person from approaching leisure. In an ever increasing hectic global and time-zone-less era, peoples' many-times chaotic schedules result in high stress, and strenuous exertion, taxing nearly every fiber in the human physiological makeup; resulting in health challenges that range from strokes, cardiac arrest, nutrition disorders, to psychological challenges, substance abuse and a plethora of societal mishaps effecting nearly all sectors and age groups in society. The concept to stop and smell the roses appears to be lost; along with the absence of wild roses in a cement landscaped terrain of growing metropolises. The electronic age has replaced natures' seasonal schedule of pacing the human rhythm of life, calmness, efficiency and patience to be in sync with the rising and setting of the sun. Immediate action or reaction, nearly instantaneous communications, showering newly set deadlines, financial indebtedness, and more, has built highways of ever widening and increasing personal boundaries; litigious circuses of human actors; injurious intersections of human thoroughfares, and disengaged interpersonal relationships. While advantageous potentials are forthcoming from the electronic lightning speed connection of stellar bound interconnectedness, the electronic age left behind carrying for that smallest point of an electronic stimulant, the human cell. While billions of neutrinos race though the thumb of a person every second, the constant demand placed upon the intellect of that same person seems to hardly ever rest, and more certainly, hardly engage in an amusement activity, no less embrace true leisure. The simply act of engaging a hula-hoop would never make the light of day in a corporate environment, no less a bored meeting. Yet the overstressed seasons pass by like ticks on the world clock. Here again, the hula hoop while being a source of amusement, might also be a structure upon which fabric may be laid over to provide shade for a person studying how to physically exercise. But, this was not engineered into the hula hoop, or its methods of use. Thus, although the hula hoop may arbitrarily include multiple purposes, enhancing physical exercise, support to an intellectual activity and amusement, it, like many other amusement apparatuses, was not so engineered or methodized. Most embodiments for amusement rarely have multiple purposes beyond amusement. This factor makes amusement embodiments less desirable, certainly for frequent accompaniment between a residence and workplace. Thus there exist challenges associated with amusement with an embodiment of an apparatus.
Disclosed herein are systems and/or methods related to an apparatus with a potentiality of multiple embodiments. In view of the foregoing, it is an objective of the present invention to provide solutions to the challenges and/or problems discovered in the field of the invention and subsequently the background of the invention.
As noted in the background of the invention, there exist multiple challenges regarding embodiments of an apparatus and methods thereto. Disclosed herein, this patent writing, are teachable matters that enable persons having ordinary skill in the art to replicate the present invention.
In the world there exists a growing number of persons who are entering into their elderly years ranging in their 50's, 60's and 70's; along with an existing population sector beyond such years; in the wisdom years of life. There also exists that sector of the population entering into their 20's, 30's and 40's, who may appear to be in the prime of their life. Finally, there exists a fourth sector of the population that is in their childhood, and adolescent years. Within all four of these sectors there exists percentages of individuals who uniquely suffer a challenge that may disadvantage them from the population at large, albeit physical and/or intellectual challenges, injuries, recoveries or permanent disabilities. The instant invention is novel to the world of users and unique to the field of inventions because it is a solution to problems and it also applies to nearly all age groups, physiological conditions, and financial status, as it enhances a user to increase a physical, and/or intellectual, and/or amusement pursuit of existence; while providing a system and a method that conjoin a physical action with an intellectual activity, minimally during the assembly process, and/or disassembly process, and/or reuse of the multiple embodiments and potential uses, comprised within a single-unit apparatus.
The ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may be found within the instant invention. Specifically addressing a first problem for systems of embodiments that are challenged by environmental settings. Because the instant invention is engineered to be portable and light-weight it provides a user the option to choose an environmental setting of choice, e.g. indoors or outdoors. An object of the invention is to allow a user to not be restricted by nature and weather conditions, nor to be confined inside improved structures. The restrictions placed upon a user of a non-portable and/or heavy apparatus are thus removed, consequently a user may benefit from an outdoor use in the sunshine, as well as optionally benefit from an indoor use during severe lightening storms. The user may utilize the single-unit apparatus in an environment free of pollen, insects, and/or bird-droppings while profiting from the features and benefits of the invention. Therefore, the suffering for portability and weight issues are resolved because the invention is portable and lightweight.
Another object of the invention addresses the systems of embodiments challenged by physical settings. With the user's efficiency in mind, the invention was, in part, engineered so that the user could minimize a multitude of objects in the pursuit of a given task, e.g. a physical exercise routine. The single-unit system of the invention eliminates a need for multiple objects that would otherwise cover a multitude of methods of use that the other objects would provide. Because the single-unit system, the invention in part, is self-contained and storable for transportation, it also provides the objective to be easily transportable; e.g. inside a gym-styled bag, in a briefcase, in a suitcase during travel. This objective of the invention allows the user uninterruptible use whether spending long hours at the workplace or short stays at the residence. Therefore, the sufferings caused by a necessity or inconvenience of multiple embodiments as well as not being easily transportable are resolved because the invention is a single-unit and easily transportable between two locations; allowing a user to utilize the invention at home or at the workplace, or interchangeably both.
Another objective of the invention addresses systems of embodiments challenged by geographical location. Recognizing that persons are generally not restricted to a single geographical location, although even if they were so restricted the present invention could continue to accompany the user, and persons actually often travel beyond the local municipality of a residence. Challenged by a limitation in the quantity of items encumbering a traveler compactness of an object and durability of an object become paramount in determining if an object will be left behind, and thus unusable to a person. Because the invention has as an objective regular, even daily, use the invention was engineered to not be left behind during travels, thus maximizing the user's opportunity to employ the benefits of the invention. Thus it is engineered to be compact. Also during travel, items endure conditions not otherwise usually experienced; risking damage or premature failure. Because of these potential conditions the invention is made in a durable manner with materials that are rigid and capable of a rough packing during travel. Therefore, because the invention is compact and durable it resolves the issues concerned with travel to a variety of geographical locations.
Another objective of the present invention is aimed at systems of embodiments challenged by financial restrictions. A great percentage of members in society have limited resources to expend upon objects that may assist in the improvement and/or maintenance of their physical/intellectual wellbeing. Because the present invention is, in part, aimed at such improvement/maintenance it was engineered to be widely available to nearly all members in society. The benefits and features of the invention appear to facially outweigh the expense. However, because the fields that encompass a person's wellbeing are often tagged with a price point that re-occurs, e.g. a membership in a gym, or a price point of purchase plan payments over a monthly period; e.g. an outright purchase, it became a goal to produce and provide the present invention to the public at a cost comparable to a median hourly wage. This would afford every person the opportunity to avail themselves of the features and benefits of the present invention. Additionally, although the expenditure for private ownership, or minimally use in a public offered forum such as a public school, membership club, or otherwise, of the present invention is made possible that would be determinable, in part, upon the availability of access to the present invention. Thus to satisfy this challenging problem, the present invention is engineered via methods and materials that appear to be available worldwide; making the invention readily available. Therefore, because the invention is inexpensive and readily available it resolves the issues concerned with financial restrictions imposed upon potential users.
Thus regarding the challenges and/or problems facing a first problem of systems of embodiments that often have an inherent challenge that minimally may limit the environmental setting, a physical setting issue, geographical location, and/or financial restriction is resolved because the present invention cures such by providing the solutions, namely, the present invention is portable, and lightweight, and a single-unit, and easily transportable, and compact, and durable, and readily available, and inexpensive, as a multi-purpose apparatus; inherently capable of multiple-embodiments for, at least, human activities.
A continuation to a second ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention; addressing a second problem dealing with methods of embodiments. As determinable from addressing a first problem, supra, the invention inherently enjoys the solutions thereof, namely, the present invention is portable, lightweight, a single-unit, easily transportable, compact, durable, readily available, and inexpensive. Building upon these eight attributes, the present invention provides as a solution to compile multiple methods of use into a single-unit apparatus, effectively reducing, even eliminating, the need for a user to accumulate multiple apparatuses to cover a wider variety of tasks. Thus another objective of the present invention is to coalesce as many methods into a single-unit apparatus as possible; covering multiple purposes, e.g. physical exercise, assembly/disassembly of an apparatus, intellectual activity and/or amusement. Thus instead of a user accumulating four separate apparatuses for the four cited fields, there would be a single-unit apparatus to perform nearly the same result, or, instead of having multiple apparatuses to cover several methods of physical exercise, the same single-unit apparatus would be capable of providing several methods. Illustratively, this is possible because the present invention is created as a multi-purpose apparatus system and/or method(s); inherently capable of multiple-embodiments for, at least, human activities; performed in a standing, seated, supine, walking position(s); capable of exercise methods ranging from stretching, rotating, cardio, isometric, isotonic, to isokinetic; providing increased heart rates and respiration while strengthening, toning, rehabilitating, maintaining, improving physical/intellectual fitness; applicable to neck/shoulder, abdominal/back, pectoral/torso, arm/leg, wrist/ankle, foot/hand muscle and/or tissue; simulating bicycling, swimming, rowing, boxing, curling, pumping, or other modalities; facilitating un-wanted-fat waistline(s). Simultaneously, the present invention crosses over to provide also for methods of use within the intellectual activity and amusement fields. Therefore, the second problem as associated with methods of use of embodiments that often arise from the wide array of purposes for which an apparatus is made is resolved because it inherently provides for a multitude of methods of uses within a single-unit apparatus.
Furthermore, a third ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention; addressing a third problem associated with systems and methods in a single apparatus. While this has cross over elements to the other challenges/problems present in the background of the invention, it is important to note that there is a unique and separate reality of the importance to this solution, i.e. having a single-unit apparatus to create efficiency of objects and methods thereof. Illustratively, physical exercise is important to the wellbeing and overall health of humans. Numerous options have been presented to people throughout the ages as a means to stay fit. Often times a person needs multiple devices to cover a wide range of exercise types, e.g. stretching, rotating, cardio, isokinetic, isometric and/or isotonic, or, simulation of a multitude of modalities, e.g. bicycling, swimming, rowing, boxing, curling, pumping. The goals of a person who engages in physical exercise varies, however, often times because a height/weight ratio is suggested, many persons aim to attain a specific ratio. The goal to reach a specific weight often involves dealing with a un-wanted-fat waistline. In order to cover the wide range of exercise types and modalities recited, many of these means involve large, bulky, awkward, single-purpose machines, ranging from disc-type weights to treadmills, or even a wider array of specific equipment; usually aimed at specific muscle groups or exercises. These burden a person to cover the wide array of exercises and accumulation of multiple associated apparatuses. An objective of the present invention is to reduce the number of apparatuses without limiting the methods and uses provided by a multiple number of apparatuses; thus the invention has collapsed the need for multiple apparatuses by combining the benefits and features of several apparatuses into a single-unit apparatus. Therefore, a third problem associated with systems and methods in a single apparatus is resolved as the present invention is a single-unit apparatus.
Additionally a fourth, a ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention regarding exercise of the body. Nearly all joints, muscles groups, associated tissue need to be focused upon for a more complete physical fitness regimen. Often schedules and workouts may lack a balance between the different physical exercise methods; stretching may be overlooked, isometric may be replacement of isotonic, isokinetic may be replaced for another aerobics exercise. Because there is very little, if any, apparatuses in the market that covers nearly all types of physical exercise. Thus an objective of the present invention, at least, is to engineer and make available a system and methods thereof whereby a user may employ a single-unit apparatus, capable of multiple embodiments that first provide for stretching, followed by an embodiment that provides for rotating joints and related muscles/tissues, followed by an embodiment that provides for isokinetic and aerobic exercises, followed by an embodiment that provides for isometric exercises, followed by an embodiment that provides for isotonic exercises. Having thus engineered into a single-unit apparatus all such embodiments that accompany methods just cited, as a novel presentation to the world, and enabling persons having ordinary skill in the art; the present invention comprises of these modalities and more.
Specifically, the present invention provides for physical exercise methods recited as applied, in part, to increase heart rates and respiration while strengthening, toning, rehabilitating, maintaining, improving physical fitness; applicable to neck/shoulder, abdominal/back, pectoral/torso, arm/leg, wrist/ankle, foot/hand muscle and/or tissue; simulating bicycling, swimming, rowing, boxing, curling, pumping, or other modalities; and facilitating un-wanted-fat waistline(s). Therefore the fourth problem as associated with physical exercise that often arise from a lack of a unique apparatus, and/or method thereof, that is capable of uniquely dealing with the multiple disciplines and modalities in the physical fitness field is resolved.
Further a fifth, a ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention regarding the assembly of an apparatus. The background of the invention recites the challenges found in the assembly process of an apparatus. It thus is another objective of the present invention to reduce and or eliminate theses challenges. This is accomplished in the present invention by entirely eliminating reusable attaching-pieces from the apparatus; no less eliminating other methods of contiguity that may have a one-time use, e.g. seams, welds, compression fittings, rivets, and the like. Intentionally, the present invention is engineered so that the pieces comprised in the apparatus are integral to the embodiments forthcoming from the apparatus. This is accomplished by a unique method of assembly to be known as the twist-push locking-process method; locking contiguous pieces and resulting in a completed embodiment of a useable apparatus. Therefore, the fifth problem as associated with the assembly processes for an embodiment of an apparatus is resolved because each piece of the apparatus is self locking upon assembly.
Further a sixth, a ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention regarding the disassembly of an apparatus. Having thus benefitted from an assembled embodiment there often may arise the desire by a user to disassemble and/or reuse the pieces of an apparatus. Looking to the challenges recited in the background of the invention, it is understood that the aforementioned assembly process not only eliminates cited risks, but also it also makes potential a disassembly process whereby said embodiment pieces are made reusable. Another objective of the present invention is to incorporate a disassembly process this is accomplished by a unique method of disassembly to be known as the pull-twist unlocking-process method. Because this process occurs by the intrinsic pieces of an apparatus and unlocks contiguous pieces without causing damage and/or premature wear and tear it is novel to the world and unique to persons having ordinary skill in the art. Therefore, the sixth problem as associated with the disassembly processes for an embodiment of an apparatus is resolved because each piece of the apparatus is self un-locking upon disassembly.
Further a seventh, a ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention regarding intellectual activities at least, to support external devices/objects(s) that may increase a use of intellectual function(s). While facially a person may relate a known rubrics cube to an intellectual activity, it more properly might be classified under an amusement apparatus. Thus as an objective of the present invention, there was a look to the actual employment of the intellect as related to an increase in the use of intellectual function(s). This included but was not limited to sight, hearing, cognitive-skills; inherently comprising a physical-exercise in conjunction with an intellectual-activity during embodiment-assembly, thus augmenting the conscious-subconscious relationship, or at least, to support external devices/objects(s) that may increase a use of intellectual function(s). This is accomplished in the present invention by providing systems and methods that provide a means to enhance engagement of the senses via a support of foreign objects, that include, at least, hearing, sight, and touch. When a foreign object, e.g. an electronic book is supported within the present invention, it may produce audible presentations of an academic nature, or visual images that increase the knowledge base of a user. Additionally, via a touching of the pieces, of the present invention, by a user requires the user to become skilled in application of the proper amount of force and/or accurate direction of force during the assembly/disassembly processes. Furthermore, because there exists a plethora of assembly steps as well as a vast amount of exercise options related to a multitude of embodiments, all bound in a single-unit apparatus, enhancing a user to engage the intellectual activities related to the Dorsolateral Prefrontal Cortex (DLPFC). Therefore, the seventh problem as associated with intellectual activities for an embodiment of an apparatus is resolved because the use of the present invention inherently requires the user to engage the intellect, via the senses, during the assembly process, use, the disassembly process, uses, and/or reuse as methodized.
Further an eighth, a ripening and harvesting of solutions, to the challenges and/or problems recited in the background of the invention, may further be found within the instant invention regarding amusement with an embodiment of an apparatus. Another objective of the present invention is to provide a means as a solution to the often lacking pursuit of leisure via amusement in daily routine. Because the present invention already inherently provides multiple purposes within a single-unit apparatus, a user need not procure yet another apparatus for the engagement of an amusement activity. Therefore, making practical use of an already existing object, the present invention, the user is able to approach that realm of enjoyment in leisure; being free from time-consuming duties, responsibilities, or activities by utilizing the intrinsic amusement embodiments provided in the present invention apparatus. A light musical note may be exerted through a form of the apparatus that is selectable under the rigid tubular material used in the formation of the apparatus. This option to the user may be employed between a physical exercise, supra, or an intellectual activity, surpa, or purely on its own account. Therefore, the eighth problem as associated with amusement of an embodiment of an apparatus is resolved because it provides a means for a user to occupy oneself in an agreeable, pleasing, efficient, or entertaining fashion.
As provided under, and adherence to law, vocabulary is here noted, and may be defined within this document under these definition(s):
Preferred and alternative embodiments of the present invention are described in detail below with reference to the following drawings:
Like reference symbols in the various drawings indicate like elements.
This document describes and includes, in part, the contents of the abstract of this document.
As required under, and adherence to MPEP 608.01(w) referenced to 37 C.F.R. §1.84(s) and §1.71(e) “Authorization” here stated: “A portion of the disclosure of this patent document contains material which is subject to (copyright or mask work) protection. The (copyright or mask work) owner has no objection to the facsimile reproduction by anyone of the patent document or the patent disclosure, as it appears in the Patent and Trademark Office patent file or records, but otherwise reserves all (copyright or mask work) rights whatsoever.”
The present invention relates to a multi-purpose apparatus embodiments and methods for use thereof. The system and method embodiments for the instant invention are described with regard, at least, and, in part, to the following thirty (30) figures:
The invention relates to a multi-purpose apparatus with a potential use in a variety of human activities. More specifically, the instant invention relates, at least, to activities in the field of physical exercise, and/or assembly/disassembly processes for an apparatus, and/or intellectual activity, and/or amusement. Furthermore, the instant invention allows a user to utilize said apparatus, as a single unit, to cover a multitude of activities; making efficient the quantity of objects otherwise required to perform such activities. A user is not necessarily restricted by environmental setting, e.g. indoor versus outdoor, because the instant invention is portable and lightweight. Further a user is not necessarily restricted by physical setting, e.g. at home versus at work, because the instant invention is a single-unit and easily transportable. Moreover, a user is not necessarily restricted, be geographical location, e.g. travel to a shoreline or to a mountain top because the instant invention is compact and durable. Finally a user is not necessarily financially restricted accessing said apparatus and benefits thereof because the instant invention is readily available and inexpensive apparatus.
These inherent eight, 8, attributes, i.e. portable and lightweight; single-unit and easily transportable; compact and durable; readily available and inexpensive, combined in a multi-purpose apparatus, at least, make the instant invention novel to the world, and particularly unobvious as accompanied by the benefits said instant invention provides to a user as a single source apparatus; augmenting, separately and/or jointly, a user's physical exercise fitness routine, along with a potential for said user's intellectual activity fitness, whereby the overall wellbeing of said user's body-mind health can be jointly pursued.
The multi-purpose apparatus of the instant invention further provides a user a wide spectrum of physical exercise options, ranging from and including stretching and rotating, to and including aerobic and isokinetic, to and including isometric and isotonic disciplines; all within the potential variety of embodiments that avail nearly each embodiment to the cited disciplines; inherent in a single apparatus.
Further the instant invention provides to a user a system and a method to more easily maintain a routine associated with said invention because said invention is capable of being utilized during travel, easily stored and/or carried in a gym-sized carrying device, along other paraphernalia that might, at least accompany such a routine; including but not limited to a book (printed/e-book), a notepad, writing instruments, clothing. The multi-purpose apparatus of the instant invention further provides a user a way to benefit from the instant invention while said user may be positioned in nearly any of a varied of bodily positions during use of the apparatus, e.g. at least standing, walking, seated, supine, or kneeling. This benefit enlarges the potential group of users to include those users who may be physically compromised due to physical status, e.g. a wheelchair bound, or even a bed bound user may benefit from the overall provisions of the instant invention.
Hereinafter, exemplary embodiments for the instant invention shall be described with references to the illustrations within the accompanying drawings.
The pieces illustrated and described in
Predetermindedly, 101, 102C, 104, 106A, 107, 109, 112, and 114 provide a hollow and comprise such hollow with an inside diameter that at least share a range that includes an exact dimension with the outside diameter of 102A, 103, 105, 106C, 108, 110, 111, and 113 respectively. The pieces of 100, at least, individually and/or collectively provide a user to assemble and/or disassemble a given embodiment for use in a multiple of human activities. Optimally, at least, said hollow(s) are positioned in such a manner that contiguity may exist between said pieces.
Predetermindedly, the said pieces within 100 inherently possess, at least, a potentiality for a multitude of embodiments with a practical useable, and/or reusable, methods for human beings. The pieces at least are comprised of rigid materials that are related to fiber, wood, plastic, glass, fiberglass, metal, resins, or materials of similar rigid properties; currently known or yet to be known. Furthermore, the structural shape of the said pieces within 100, at least, can be in the shape of: oval, rectangular, round, square, triangular, or tubular, or similarly rigidly shaped so as to accommodate contiguity between said pieces.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 200 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 200 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 200, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 103A, and 103B with 104A, and 104C with 105A, and 105B with 106A, and 106C with 107B, and 107C with 108A, and 108B with 109A, and 109C with 110A, and 110B with 101C, and 111A with 104B, and 111B with 112A, and 112B with 113A, and 113B with 114A, whereby said assembly, at least, now exists in an embodiment for storage and/or transportation, and/or physical exercise, and/or uses for intellectual activities, and/or amusement. The assembly process, and/or any subsequent disassembly process, by its very nature, is consistent with an engineered purpose to be in and of itself, an intrinsic physical exercise, and/or intellectual activity as associated to 200.
Having thus embodied said pieces, a user is able to places said user's fingers upon 200, in particularly at 106 as well as simultaneously at 102, or alternatively at any point between 107 through 101 as well as simultaneously at any point between 102 through 106, having made 108, 109, 110, and 103, 104, 105 contiguous, respectively as illustrated and described, or alternatively substitute any point of 111, 112, 113, 114, for any of the previous said pieces, and apply human force upon these said pieces in a static position providing a manner consistent with the performance of isometric exercises. Similarly a user may utilize 200 in such a manner of embodiment that said user is able to place said user's fingers in positions as recited above and further applying human force in a directional movement, allowing said user to perform isotonic exercises. The utility of 200 is decidedly engineered to allow a user to optionally choose a specific position of relationship between said user's fingers proximity to said user's other body parts; effectively allowing a user to perform a wide multitude of exercises, albeit isometric and/or isotonic. This freedom of position of relative body parts with each other provides a user, at least to optionally focus physical exercise(s) upon the individual fingers, singly and/or collectively, the wrists, the forearms, the upper arms, the shoulders, the neck, the back, the torso, and/or the abdomen. Further, if a user places 102 and 106 in between said user's thighs and/or knees and/or calves, or alternatively places said user's feet, and/or ankles within or without said pieces, and applies force upon 200 the user would then benefit from physical exercises involving these bodily parts and associated tissues thereto. Effectively, 200 provides an opportunity for nearly every muscle system within the entire human body. These detailed engagements of a user's body parts upon 200 in the performance of physical exercises are descriptive, but do not exhaust every conceivable potential that may exist for the embodiment 200.
Furthermore, a user may, at least, grasp 106B and 102B separately with each set of said user's fingers and apply force upon 200 in such manner whereby a user brings 200 horizontally towards said user's chest followed by said user pushing 200 away from said user's chest; providing a variation of range within which physical exercise may be performed.
An engineered purpose of 200 allows a user to perform an exercise with 200 by placing 200 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 200 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 200 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 200 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 200 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by user.
Additionally, a user may utilize 200 as a source of amusement, whereby, said user, having assembled 200 may then, at least choose to cause airflow into 101 and thereby throughout the entire interior borders of 200 while said user simultaneously then places an obstruction, at least partially, over 109 and/or 107 thereby allowing said airflow to exhaust 200 at an outlet 114. This action, according to the skill of the user, may result in the emission of a noise that may, or may not, approach or equal a frequency within a range of a musical tone. This is an exemplary sample for an application for use of 200, and in no way limits other potential types of amusement related to 200.
Additionally, a user may utilize 200 as a source of amusement, whereby, said user, having assembled 200 may then, at least, choose to adjust the position of 111, 112, 113, and 114 as a single set of pieces by a rotation of 103, 104, and 105, specifically where: 102C is joined with 103A and/or 103B is joined with 104A, and/or 104C is joined with 105A, and/or 105B is joined with 106A. Effectively said adjustment would provide 200 as a type of hanger whereby a user is able to mount pieces 114, 113, 112, and 111 upon a surface to support a suspended 200 and subsequently place an object to be placed over the portion of 200 at 108, 109, and/or 110, as supported by 101 and 102, 107 and 106 respectively.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 300 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 300 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 300, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 112A with 111A, and 111B with 102C, and 102A with 101B, and 101A with 110B, and 110A with 109C, and 109A with 108B, and 108A with 107A, and 107B with 106C, and 106A with 113A, and 113B with 114A, thereby forming a single contiguous apparatus, whereat 102 and 106 are within an alignment range that minimally does not include an exact rotational counterbalance alignment to each other, being offset from a perfect counterbalance, whereby said assembly, at least, now exists in an embodiment conducive for physical exercise, named 300.
A user is able to alter the overall dimension of 300 by simply substituting 103, and 104, and 105 in place of 108, and 109, and 110 respectively; continuing to make available 300 for use with physical exercises. This alteration provides a, more and/or less, variation of a range of motion during the performance of exercise. A user is thus able to simultaneously place said user's finger(s) upon 300 in a variety of locations, e.g. at 101A through 107A, and apply force to 300 in a directional manner by utilizing the mass of 300 as a means to initiate, and/or maintain rotation of 300 as a performance of isokinetic exercise. Moreover, 300 provides to a user the ability to increase and/or decrease the rate of revolutions of the directional motion of 300 in the performance of physical exercises. When said user increases, or even maintains, the amount of exertion placed upon 300, it correspondingly affects the user's heart rate, and/or respiration, as a performance of an aerobic exercise.
A user is able to isolate a single finger, or may alternatively select a plurality of fingers from either hand placed upon 300 and cause a movement of 300 in the performance of an exercise. This can be accomplished for the aerobic exercise supra, and/or the isometric, and/or the isotonic exercises infra. A user may thus place said user's fingers upon 106 and upon 102 further applying force upon said pieces in a static position; allowing said user to perform isometric exercises in a variety of relational positions of 300 with said user's body.
A user may also thus place said user's fingers upon 106 and upon 102 further applying force upon these pieces in a single, and/or, multiple directional position(s); allowing said user to perform isotonic exercises in a variety of relational positions of 300 with said user's body.
Furthermore, a user may grasp 106B and 102B separately with each set of said user's fingers and apply force upon 300 in such manner whereby said user brings 300 horizontally towards said user's chest followed by said user pushing 300 away from said user's chest; rotating said user's shoulders, elbows, wrists and associated bodily tissues in a stretching performance of exercise.
An engineered purpose of 300 allows a user to perform an exercise with 300 by placing 300 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 300 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 300 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 300 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 300 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 400 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 400 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 400, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 103A, and 103B with 104A, and 104C with 105A, and 105B with 106A, and 106C with 107B, thereby forming a single contiguous apparatus, whereat 102 and 106 are within an alignment range that minimally does not include an exact rotational counterbalance alignment to each other, being offset from a perfect counterbalance, whereby 400, at least, now exists in an embodiment for physical exercise.
The overall dimensions of 400 may be altered by substituting 108, and 109, and 110 in place of 103, and 104, and 105 respectively; providing a variation of a range of motion during the performance of exercise. A user is able to grasp 400 in a variety of locations and apply force to 400 in a directional manner by utilizing the mass of 400 as a means to initiate, and/or maintain rotation of 400 as a performance of isokinetic exercise. Moreover, 400 provides to a user the ability to increase and/or decrease the rate of revolutions of the directional motion of 400 in the performance of physical exercises. When said user increases, or even maintains the amount of exertion placed upon 400 correspondingly affects the said user's heart rate, and/or respiration, as a performance of an aerobic exercise.
A user is able to isolate a single finger, or may alternatively select a plurality of fingers from either hand placed upon 400 and cause a movement of 400 in the performance of an exercise. This can be accomplished for the aerobic exercise supra, and/or the isometric, and/or the isotonic exercises infra. A user may thus place said user's fingers upon 106 and upon 102 further applying force upon said pieces in a static position; allowing said user to perform isometric exercises in a variety of relational positions of 400 with said user's body.
A user may also thus place said user's fingers upon 106 and upon 102 further applying force upon these pieces in a single, and/or, multiple directional position(s); allowing said user to perform isotonic exercises in a variety of relational positions of 400 with said user's body.
Additionally, at least alternatively, a user may utilize 400 and grasp 102, or 106, with one and/or both set(s) of said user's fingers and then simultaneously place either foot of said user upon the opposite piece not grasped by said user's fingers making both the hand(s) and a foot of the user to be contiguous with 102 and 106 with a purpose of potential exercise performance; exerting force upon 400 at 102 and 106 respectively, said user may commence motion upon 400 whereby there is a simulation of multiple bodily exercise movements as determined by the user, e.g. a cycling simulation, or a swimming simulation.
Furthermore, a user may grasp 106B and 102B separately with each set of said user's fingers and apply force upon 400 in such manner whereby said user brings 400 horizontally towards said user's chest followed by said user pushing 400 away from said user's chest; rotating said user's shoulders, elbows, wrists and associated bodily tissues in a stretching performance of exercise.
An engineered purpose of 400 allows a user to perform an exercise with 400 by placing 400 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 400 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 400 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 400 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 400 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 500 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 500 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 500, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 110B, and 110A with 109C, and 109A with 108B, and 108A with 106A, and 106C with 107B, whereby said assembly, at least, now exists in an embodiment, thereby forming a single contiguous apparatus, whereat 102 and 106 are contiguous within an alignment range that minimally includes a rotational counterbalance alignment between 102 and 106, whereby 500, at least, now exists in an embodiment for physical exercise.
The overall dimensions of 500 may be altered by substituting 103, and 104, and 105 in place of 108, and 109, and 110 respectively; providing a variation of a range of motion during the performance of exercise. Moreover, 500 provides to a user the ability to increase and/or decrease the rate of revolutions of the directional motion of 500 in the performance of physical exercises. When said user increases, or even maintains the amount of exertion placed upon 500 correspondingly affects the user's heart rate, and/or respiration, as a performance of an aerobic exercise.
A user is able to isolate a single finger, or may alternatively select a plurality of fingers from either hand placed upon 500 and cause a movement of 500 in the performance of an exercise. This can be accomplished for the isometric, and/or the isotonic exercises infra. A user may thus place said user's fingers upon 106 and upon 102 further applying force upon said pieces in a static position; allowing said user to perform isometric exercises in a variety of relational positions of 500 with said user's body.
A user may also thus place said user's fingers upon 106 and upon 102 further applying force upon these pieces in a single, and/or, multiple directional position(s); allowing said user to perform isotonic exercises in a variety of relational positions of 500 with said user's body.
Additionally, at least alternatively, a user may utilize 500 and grasp 102, or 106, with one and/or both set(s) of said user's fingers and then simultaneously place either foot of said user upon the opposite piece not grasped by said user's fingers making both the hand(s) and a foot of the user to be contiguous with 102 and 106 with a purpose of potential exercise performance; exerting force upon 500 at 102 and 106 respectively, said user may commence motion upon 500 whereby there is a simulation of multiple bodily exercise movements as determined by the user, e.g. a cycling simulation, or a swimming simulation.
Furthermore, a user may grasp 106B and 102B separately with each set of said user's fingers and apply force upon 500 in such manner whereby said user brings 500 horizontally towards said user's chest followed by said user pushing 500 away from said user's chest; rotating said user's shoulders, elbows, wrists and associated bodily tissues in a stretching performance of exercise.
An engineered purpose of 500 allows a user to perform an exercise with 500 by placing 500 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 500 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 500 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 500 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 500 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
Additionally, a user may utilize 500 as a source of amusement, whereby, said user, having assembled 500 may then, at least, choose to cause a portion of 500, for example 101 and/or 107 to be used as an extension of said user's hands, at least, in an action that allows said user to make contact with any of a variety of said user's body parts, at least optionally as a means to relieve said user from an irritation of a given body part, e.g. a mid-back irritating skin sensation, more commonly known as an itch, experienced by said user may thereby be relieved by said user grasping 500 and reaching rearward with 500 to make contiguous 500 with said location of said user's itch, thus enabling said user to relieve the user of said itch.
Additionally, a user may utilize 500 as a source of amusement, whereby, said user, having assembled 500 may then, at least, choose to cause a portion of 500, for example 101 and/or 107 to be used as an extension of said user's hands, at least, in an action that allows said user to reach an object that is beyond the normal range of attainability for said user without the assistance of an outside source, such as 500. This benefit enlarges the potential group of said users to include those users who may be physically compromised, e.g. a wheelchair bound, or even a bed bound user may benefit from the overall provisions of the instant invention.
Additionally, a user may utilize 500 as a source of amusement, whereby, said user, having assembled 500 may then, at least, choose to cause 500 to be used in the process for breathing. A user could, at least, place one hand over 109 and grasp 107 with said user's other hand then place said user's mouth around an open hollow in 107 and commence an intake of air by inhaling through 500; having first assured that 101 is free of any obstruction to the flow of air into 500. The action of this use of 500 may be performed by a user when said user is in a restricted airflow environment, e.g. under water, effectively allowing said user to breathe through 500 while swimming, and/or submersed in water. Similarly if a user has a breathing difficulty and/or abnormality, said user may utilize 500 to assist in remedy of said challenge.
These are exemplary samples of applications for use of 500, and in no way limits other potential types of amusement, and/or uses related to 500.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 600 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 600 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 600, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 102A with 101B, and 101C with 103A, and 103B with 104A, and 104C with 105A, and 105B with 107C, and 107B with 106C, whereby said assembly, at least, now exists in an embodiment, thereby forming a single contiguous apparatus, whereat 102 and 106 are capable of being positioned at any point in a three hundred sixty-degree, 360°, range whereby 600, at least, now exists in an embodiment for physical exercise.
The overall dimensions of 600 may be altered by substituting 103, and 104, and 105, with 110, and 109, and 108, respectively; providing a variation of a range of motion during the performance of exercise. A user is able to grasp 600 in a variety of locations and apply force to 600 in a directional manner. Moreover, 600 provides to a user the ability to increase and/or decrease the rate of revolutions of the directional motion of 600 in the performance of physical exercises. When said user increases, or even maintains the amount of exertion placed upon 600 correspondingly affects the user's heart rate, and/or respiration, as a performance of an aerobic exercise.
A user is able to grasp 101, 102, 106 and/or 107 to manipulate the degree of angle between 102 and 106 to a preferred angle by the user in the performance of physical exercise; commencing a directional motion conducive to a multitude of physical exercises to be performed by said user. At least, said user is thus able to rotate said user's body parts, shoulders, arms, forearms, wrists, and hands, and tissues associated thereto, via means of said user's said sets of fingers placed upon 101 or 102, and 107 or 106, moving 600 in a directional motion in the performance of a multitude of physical exercises.
A user is able to isolate a single finger, or may alternatively select a plurality of fingers from both hands placed upon 600 and cause a movement of 600 in the performance of an exercise. This can be accomplished for the aerobic exercise supra, and/or the isometric, and/or the isotonic exercises infra A user may thus place said user's fingers upon 106 and upon 102 further applying force upon said pieces in a static position; allowing said user to perform isometric exercises in a variety of relational positions of 600 with said user's body.
A user may also thus place said user's fingers upon 106 and upon 102 further applying force upon these pieces in a single, and/or, multiple directional position(s); allowing said user to perform isotonic exercises in a variety of relational positions of 600 with said user's body.
Additionally, at least alternatively, a user may utilize 600 and grasp 102, or 106, with one and/or both set(s) of said user's fingers and then simultaneously place either foot of said user upon the opposite piece not grasped by said user's fingers making both the hand(s) and a foot of the user to be contiguous with 102 and 106 with a purpose of potential exercise performance; exerting force upon 600 at 102 and 106 respectively, said user may commence motion upon 600 whereby there is a simulation of multiple bodily exercise movements as determined by the user, e.g. a cycling simulation, or a swimming simulation.
Additionally, at least alternatively, a user may utilize 600 and grasp 102 with one hand and simultaneously grasp 106 with said user's second hand to cause a directional movement upon 600 either by causing 102, and/or 106 to move in a rotational motion, a circular type manner, allowing either 102 to rotate around a stationary position of 106, or visa versa, or alternatively, allowing 102 and 106 to jointly rotate around each other within any given three-hundred-sixty degree, 360°, angle as determined by said user. In this manner 600 provides said user an ability to exert force upon 600 thus being contiguous to said user's body parts, whereby said user may commence motion upon 600, at least, as a simulation of multiple bodily exercise as determined by said user, e.g. boxing simulation.
Furthermore, a user may grasp 106B and 102B separately with each set of said user's fingers and apply force upon 600 in such manner whereby said user brings 600 horizontally towards said user's chest followed by said user pushing 600 away from said user's chest; rotating said user's shoulders, elbows, wrists and associated bodily tissues in a stretching performance of exercise.
An engineered purpose of 600 allows a user to perform an exercise with 600 by placing 600 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 600 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 600 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 600 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 600 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As described in
The manipulation of 600, by said user, is in itself a form of a physical exercise that occurs when a user grasps 600 either at 101 and/or 102, and simultaneously said user grasps 600 either at 107 and/or 106, then altering the dimension between 102C with 104A, and/or, 106A with 104C by a directional movement of 101, 102, 106 and/or 107.
Effectively, this narrowed dimension between 102C with 104A, and/or, 106A with 104C, as illustrated and described by 602 results potentially, in a smaller diameter of circular motion, measured at the tips of 102C and 106A, capable of being produced during the potential exercises as expressed in
Under a controlled rate of a measurable displacement of the tips of 102C and 106A, during a directional movement performed by a user, e.g. in a circular-rotational motion, is exerted upon 600, as illustrated and described in
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 700 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 700 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 700, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 111A, and 111B with 107C, and 107B with 106C, and 106A with 113B, and 113A with 101C, whereby said assembly, at least, now exists in an embodiment, thereby forming a single contiguous apparatus, whereat 102 and 106 are part of a contiguously enclosed rigid formation, whereby 700, at least, now exists in an embodiment for physical exercise.
A user is able to isolate a single finger, or may alternatively select a plurality of fingers from either hand placed upon 700 and cause a movement of 700 in the performance of an exercise. This can be accomplished for the isometric, and/or the isotonic exercises infra. A user may thus place said user's fingers upon 106 and upon 102 further applying force upon said pieces in a static position; allowing said user to perform isometric exercises in a variety of relational positions of 700 with said user's body.
A user may also thus place said user's fingers upon 106 and upon 102 further applying force upon these pieces in a single, and/or, multiple directional position(s); allowing said user to perform isotonic exercises in a variety of relational positions of 700 with said user's body.
Furthermore, a user may grasp 106B and 102B separately with each set of said user's fingers and apply force upon 700 in such manner whereby said user brings 700 horizontally towards said user's chest followed by said user pushing 700 away from said user's chest; rotating said user's shoulders, elbows, wrists and associated bodily tissues in a stretching performance of exercise.
An engineered purpose of 700 allows a user to perform an exercise with 700 by placing 700 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 700 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 700 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 700 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 700 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 800 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 800 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 800, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 111A, and 111B with 107C, and 107B with 106C, and 106A with 113B, and 113A with 101C, whereby said assembly, at least, now exists in an embodiment, thereby forming a single contiguous apparatus, whereat 102 and 106 are part of a contiguous rigid formation, subsequently, the user exerts force and makes contiguous: 101A with 108A, and 108B with 109A, and 109B with 110A, and 110B with 112A, and 112B with 103A, and 103B with 104A, and 104C with 105A, and 105B with 114A, whereby 800, at least, now exists in an embodiment for physical exercise.
Additionally, at least alternatively, a user may utilize 800 and grasp 112, 103, 104, 105 and/or 114 with said user's fingers and simultaneously place either foot of said user upon 102, or 106 with a purpose of potential exercise performance; exerting force upon 800 as recited. Said user may commence motion upon 800 whereby there is a simulation of multiple bodily exercise movements as determined by the user, e.g. a cycling simulation, or a swimming simulation.
A user may place fingers upon 106, and simultaneously place a different finger(s), upon 102, or alternatively said user's fingers upon 101, and 107, and apply force upon 106 and 102, placing 800 in a static position that allows said user to perform isometric exercises. Additionally, at least a user may utilize 800 by placing said user's finger(s) 106, and simultaneously different finger(s) upon 102, or alternatively, said user's fingers upon 101, and upon 107, further applying force to 106 and 102, or upon 101 and 107, respectively, thus commencing movement upon 800 in a directional manner that allows said user to perform isotonic exercises.
A user may also utilize 800 and place a user's foot upon or within either 102, and/or 106, and simultaneously placing said user's fingers at any point upon and/or around contiguous pieces: 108, 109, 110, 112, 103, 104, 105, 114, effectively grasping contiguous pieces said user is able to perform physical exercises engaging bodily systems from said user's foot up through and including said user's fingers in a rotational, and/or aerobic, and/or isometric, and/or isotonic manner. This would, at least, include a user being able to exert force upon 800 thus contiguous to the described said user's body parts, commencing motion upon 800 whereby said user may cause a stretching of said user's muscles and/or associated bodily tissues.
The engineering of 800 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 800 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 800 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 900 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 900 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
Said user performs the task to assemble 900, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 101B with 102A, and 102C with 111A, and 111B with 106A, and 106C with 107B, and 107C with 105B, and 105A with 104C, and 104A with 103B, and 103A with 101C, whereby said assembly, at least, now exists in an embodiment, thereby forming a single contiguous apparatus, whereby 900, at least, now exists in an embodiment for physical exercise.
A user may utilize 900 by placing said user's fingers(s) upon 106, and 102 simultaneously applying force to 106 and 102 in a static position, or alternatively placing said user's finger(s) at any point between 107 through 101, thus including 103, 104, and 105, and simultaneously placing different said user's fingers upon 106, and/or 111, and/or 102, further applying human force in a static position, allowing said user to perform isometric exercises.
A user may utilize 900 by placing said user's fingers(s) upon 106, and 102 simultaneously applying force to 106 and 102 in a directional movement, or alternatively placing said user's finger(s) at any point between 107 through 101, thus including 103, 104, and 105, and simultaneously placing different said user's fingers upon 106, and/or 111, and/or 102, further applying human force in a directional movement, allowing said user to perform isotonic exercises.
The utility of 900 is engineered to allow a user to optionally choose a specific position of relationship between said user's fingers proximity to said user's other body parts; effectively allowing a user to perform a wide multitude of exercises, albeit isometric and/or isotonic. This freedom of position of relative body parts with each other provides a user, at least to optionally focus physical exercise(s) upon the individual fingers, singly and/or collectively, the wrists, the forearms, the upper arms, the shoulders, the neck, the back, the torso, and/or the abdomen. Further, if a user places 102 and 106 in between said user's thighs and/or knees and/or calves, or alternatively places said user's feet, and/or ankles within or without said pieces, and applies force upon 900 the user would then benefit from physical exercises involving these bodily parts and associated tissues thereto. Effectively, 900 provides an opportunity for nearly every muscle system within the entire human body. These detailed engagements of a user's body parts upon 900 in the performance of physical exercises are descriptive, but do not exhaust every conceivable potential that may exist for the embodiment 900.
An engineered purpose of 900 allows a user to perform an exercise with 900 by placing 900 at, in front of, above, behind, and/or below said user's abdominal region of said user's body. Alternatively a user may combine any of these relational positions between 900 with said user's body regions; providing a, more and/or less, full range of extension as related to bodily extremities.
The engineering of 900 is calculated to allow a user to perform physical exercises in nearly any bodily position and/or bodily motion; ranging from standing or walking, to and including sitting or supine. Further, 900 is engineered to be minimally invasive to over taxing a user's muscle systems by providing said user a length of time of exercise as determined by said user. Further, the amount of force exerted by a user upon 900 is gauged by said user's own determination; providing said user the flexibility to increase and/or decrease said force as desired by said user.
As a means to perform a method of assembly and/or disassembly process, at least of an apparatus, a user may select and make a plurality of pieces contiguous by applying a force to a first piece upon a second piece, e.g. 108 with 109 with 110 with 101 with 102 with 103 with 104 with 105 with 106 with 107, as illustrated and described by 1000 in
Providing as a means for enablement of the present invention, 1001, which is a duplicate of 1000 as illustrated and described in
After making said pieces contiguous as described, the user, at least, can then additionally make an angular adjustment at 110B with 101C so that 108, 109, 110, and 101 are located within a plane that at least includes an exact plane with 102, 103, 104, 105, 106, and 107.
However because the arc of 102, having commenced at 102A and terminated at 102C, and/or because the arc of 106, having commenced at 106C and terminated at 106A, may include degrees known to not be exactly ninety-degrees, 90°, there may exist, within at least an exact plane of 107C with 108A, a potential misalignment of an exact centerline common to 107 and 108. Such a potential misalignment may be measured within 1001 as illustrated and described by the differential distance between B and A; B being a distance-measurement located at a first end of 1001 located near or at the outer side of 102, and A being a distance-measurement located at a second end of 1001 located near or at the outer side of 106; whereby such distance-measurements are comprised of a first axial centerline through 101, 110, 109, and 108, and a second axial centerline through 102C, 103, 104, 105, and 106A. A measureable difference in distance can result whereat A measures less than B. This variance of measureable distance, at least potentially creates a near impossible union of 108A with 107C. Lacking such union renders 1001, and thus also 1000, incapable of its complete and ultimate embodiment structure and methods thereof.
Providing as a means for enablement of the present invention, 1002, which is a duplicate of 1000, and also a duplicate of 1002, as illustrated and described in
The result of application of said force is measureable in the same manner as B and also A were measured as described and illustrated and described in
Effectively having thus completed the formation of 1002, there now exists at least two axial centerlines within 1002; a first centerline located between 102 with 103 with 104 with 105 with 106, and a second centerline located between 101 with 110 with 109 with 108 with 107. The said two centerlines are within a range of distances that at least include a parallel distance between each other; allowing a user to utilize said embodiment of an apparatus in a manner more fully consistent with the purpose of the apparatus.
Elsewhere,
A user may select and make a plurality of pieces incontiguous by applying a force to a first piece to cause separation with a second piece, e.g. 108 from 109 from 110 from 101 from 102 from 103 from 104 from 105 from 106 from 107, at least, by applying said first force in one direction on the first piece with the second piece, followed by simultaneously applying a second force in another direction upon either the first, and/or the second piece; continuing such process with each successive piece until formation of an embodiment is disassembled. The combination of, at least, the dual action of at least two forces exerted upon said piece in varying directions, make possible a straight withdrawal force to separate two contiguous pieces; creating an unlocking-process between said pieces. The user may, optionally, reuse said pieces in another embodiment.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1100 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1100 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1100, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 106C with 107B, and 107C with 108A, and 108B with 109A, and 109B with 111A, and 111B with 112A, and 109C with 110A, and 110B with 101C, and 101B with 102A, and 102C with 103A, and 103B with 104A, and 104C with 105A, and 104B with 113A, and 113B with 114A, whereby 1100, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1100, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1100, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 106, 107, 108, 109, 111, 112, 110, 101, 102, 103, 104, 105, 113, and/or 114 in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
Providing as a means for enablement of the present invention, 1101, which is a duplicate of 1100 as illustrated and described in
Fundamentally, 1102 is a duplicate of 1100 as illustrated and described in
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1200 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1200 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1200, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous 106C with 107B, and 107C with 108A, and 108B with 109A, and 109B with 111A, and 111B with 112A, and 109C with 110A, and 110B with 101C, and 101B with 102A, and 102C with 113A, and 113B with 114A, and 114B with 103A, and 103B with 104A, and 104C with 105A, whereby 1200, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1200, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1200, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 106, 107, 108, 109, 111, 112, 110, 101, 102, 113, 114, 103, 104, and/or 105 in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1300 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1300 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1300, optionally, and at least, in the following steps: exerting force upon the following pieces in a manner to make contiguous: 106C with 107B, and 107C with 108A, and 108B with 109A, and 109C with 110A, and 110B with 101C, and 101B with 102A, and 102C with 111A, and 111B with 112A, and 112B with 113A, and 113B with 104B, and 104C with 105A, and 104A with 103B, whereby 1300, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1300, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1300, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 106, 107, 108, 109, 110, 101, 102, 111, 112, 113, 103, 104, and/or 105 in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1400 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1400 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1400, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous: 106C with 107B, and 107C with 105B, and 105A with 104C, and 104A with 103B, and 103A with 112B, and 112A with 111B, and 111A with 109B, and 109C with 110A, and 109A with 108B, and 108A with 101C, and 101B with 102A, and 102C with 113B, and 113A with 114A, whereby 1400, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1400, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1400, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 106, 107, 105, 104, 103, 112, 111, 109, 110, 108, 101, 102, 113, and/or 114 in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1500 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1500 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1500, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous: 113A with 106A, and 106C with 107B, and 107C with 105B, and 105A with 104C, and 104A with 103B, and 103A with 101C, 101B with 102A, and 102C with 111A, whereby 1500, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1500, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1500, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 111, 102, 101, 103, 104, 105, 107, 106, and/or 113, in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
A user may use foreign objects found within M100 to be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
Providing as a means for enablement of the present invention, 1501, which is a duplicate of 1500 as illustrated and described in
Fundamentally, 1502 is a duplicate of 1500 as illustrated and described in
Fundamentally, 1503 is a duplicate of 1500 as illustrated and described in
Fundamentally, 1504 is a duplicate of 1500 as illustrated and described in
Fundamentally, 1505 is a duplicate of 1500 as illustrated and described in
As a means to perform a physical exercise in conjunction with an intellectual activity, and/or separately to solely engage said embodiment of 1600 as means to perform a physical exercise, and/or separately as a means to solely utilize said embodiment of 1600 for use in an intellectual activity, a user employs said user's fingers along with associated bodily tissues and/or organs required for said user to assemble selected pieces from 100, as illustrated and described in
A user performs the task to assemble 1600, optionally, and at least, in the following steps: exerting force upon the pieces in a manner to make contiguous: 112A with 111A, and 111B with 106A, and 106C with 107B, and 107C with 105B, and 105A with 104C, and 104A with 103B, and 103A with 101C, and 101B with 102A, and 104B with 113B, and 113A with 109B, and 109C with 110A, and 110B with 114A, and 109A with 108B, whereby 1600, at least, now exists in an embodiment for use of an intellectual activity, and/or in the support of intellectual activities.
A user is able, at least, to physically place, and/or physically support an object(s), foreign to 1600, e.g. at least, an object that contains a means that may engage intellectual activity, such as a book, a writing paraphernalia, upon and/or within the structure of 1600, at least, potentially for use by employment of said user's intellectual activities related to such an object(s). These foreign objects include, at least of the group of objects having a means, currently known, or yet to be known, item(s) used in a particular activity, e.g. intellectual activity: viewing printed matter, and/or an electronic object, and/or making a mark with an instrument upon a surface, such group herein illustrated and described and named M100.
Foreign objects found within M100 may be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
A user is further able to makes directional movement(s) upon 112, 111, 106, 107, 105, 104, 103, 101, 102, 113, 109, 110, 114, and/or 108, in an angular relation to each other thus, at least having conjoined pieces capable of a range of rotation of degrees as adjustment to accommodate a foreign object(s) contained in M100.
A user may use foreign objects found within M100 to be comprised of categories of objects among which includes, but is not limited to E100 comprised in part of printed matter, and/or E200 comprised in part of electronic devices, and/or E300 comprised in part of objects that are capable of making a mark upon a surface, and/or E400 portable surfaces upon which a mark is capable of being made.
Providing as a means for enablement of the present invention, 1601, which is a duplicate of 1600 as illustrated and described in
Providing as a means for enablement of the present invention, 1601, which is a duplicate of 1600 as illustrated and described in
Fundamentally, 1602 is a duplicate of 1600 as illustrated and described in
Providing as a means for enablement of the present invention, 1602, which is a duplicate of 1600 and 1601 as illustrated and described in
As a means to perform an intellectual activity with said embodiment of 1700, a user employs said user's mind to identify and select pieces from 100, as illustrated and described in
After said user assembled the pieces now comprised within 1700, the user may further engage said user's intellectual activity, at least, in the following manner as a means, at least to learn, to teach, and/or to communicate whole digits, i.e. zero through nine respectively: said user identifies and associates a whole number with a specific piece in 1700, at least optionally as follows, whole numbers: 1 identified with 101; 2 identified with 102; 3 identified with 103; 4 identified with 104; 5 identified with 105; 6 identified with 106; 7 identified with 107; 8 identified with 108; 9 identified with 109; and 0 identified with 110.
Additionally, after said user assembled the pieces, now comprised within 1700, may further engage said user's intellectual activity, at least, in the following manner as a means, at least to learn, to teach, and/or to communicate letters of the English alphabet with a specific piece and reference point (hereinafter, “RP”) therein within 1700, at least optionally as follows, English alphabet letters: A identified with RP 101A; B identified with RP 101B; C identified with RP 101C; D identified with RP 102A; E identified with RP 102B; F identified with RP 102C; G identified with RP 103A; H identified with RP 103B; I identified with RP 104A; J identified with RP 104B; K identified with RP 104C; L identified with RP 105A; M identified with RP 105B; N identified with RP 106A; O identified with RP 106B; P identified with RP 106C; Q identified with RP 107A; R identified with RP 107B; S identified with RP 107C; T identified with RP 108A; U identified with RP 108B; V identified with RP 109A; W identified with RP 109B; X identified with RP 109C; Y identified with RP 110A; and Z identified with RP 110B.
Similarly, a task to learn and/or to teach numeric digits and/or alpha letters, a user is, at least able to employ such process to communicate numbers and/or words as a unique code, novel to the world and unobvious to those practiced in the said arts, whereby the art of learning and/or teaching the use of letters and/or digits are subsequently capable of being used, at least, by other individual(s) who are similarly learned and/or schooled in the coding of such a unique code. For example the phrase, “I have 23 apples” may be known and/or communicated, via this unique code, as follows: 104A 103B101A109A102B 102103101A106C106C105A102B107C; alternatively a user may decode the same phrase, as written via this unique code as follows: I=RP 104A; have =RP 103B with 101A with 109A with 102B; 23=RP 102 with 103; apples=RP 101A with 106C with 106C with 105A with 102B with 107C.
Further employment of said unique code may, at least, be made known and/or communicated simply by having an image of 1700 whereby a reference, at least via highlighting, or otherwise making unique attention to a given RP within 1700. By way of example, a first user may have, at least, an image of 1700 that is also known by a second user, further whereby said first user may make unique attention to a given RP, or at least to a series of RP and thus, at least, communicate a message to said second user; e.g. when the second user may communicate a question, requiring an affirmative or a denial response, by the first user, thus the first user may via said unique code, respond in the affirmative by sequentially make unique attention to the following RP based in 1700: 110A and then 102B and then 107C, effectively communicating the word, “yes”; as 110A=Y; 102B=E; and 107C=S.
Obviously, many modifications and variations of the present invention are possible in light of the above teachings. It is, therefore, to be understood that within the scope of the claims, the invention may be practiced otherwise than as specifically described. Furthermore, although a particular embodiment of the invention has been described in detail for purposes of illustration, various modifications and enhancements may be made without departing from the spirit and scope of the invention. Accordingly, the invention is not to be limited except as by any appended claims. Moreover, the descriptions are given by way of example, and not limitation. Given the disclosures herein, one skilled in the art might devise variations that are within the scope and spirit of the invention disclosed herein. Further, the various features of the embodiments disclosed herein can be used alone, or in varying combinations with each other and are not intended to be limited to the specific combination described herein. Thus, the scope of the claims is not to be limited by the illustrated embodiments and/or descriptions thereof.
