FIELD OF THE INVENTION
Multiple storage and organizer device is a device that stores and organizes everyday objects, preferably: books, magazines, discs, clothes, keys, umbrellas, watch, lighting device, etc., said device comprising a plurality of independent components wherein each one of them has a plurality of embodiments and modes, complementary to each other to be assembled, generating a system that is designed to combine several concepts, several furniture, several organizers and accessories in a single device in a small area, which has a plurality of alternatives and it is functional, practical and decorative.
Sector of the art it belongs: within furniture sector, as an organizers device for multiple uses, either as a useful and/or decorative accessory for homes, shops, studios, apartments and offices, etc.
BACKGROUND OF THE INVENTION
Currently there are rack units, shelves, bookshelves and organizers, etc. of any kind: based on a single, pair or multiple brackets or metal support bars, whether independent or attached to a wall; many of these systems have limitations, either because they are fixed, big, heavy or with great space requirements or because—generally—they do not generate all the advantages they are able to provide.
On one hand, people need to accommodate, to order or organize some of their everyday objects in most common places such as homes, offices and commercial spaces, activities as ordering books, hanging clothes, organizing objects, lighting, etc. generally each of these needs are solved by furniture or accessories of a single and specialized use as: book shelves, clothes hanger, disc shelves, umbrella holder, lamps, etc.
On the other hand the houses, apartments and offices are usually developed in smaller spaces and trying to solve these needs lead us to a crossroads: organizing but saturating spaces with furniture or accessories, logically—being independent furniture—they occupy more space and they are more expensive.
BRIEF SUMMARY OF THE INVENTION
In order to solve problems and limitations so far today exist, multiple storage and organizer device is developed and it is intended to be protected by this application, because the system configuration is new, non-obvious, compact, assemble, multifunctional, mixed use, light, mobile, portable, able to be install easily, practical, adaptive, adjustable, interchangeable, ergonomic, versatile and flexible for independent shelves, accessories and attachments that people may combine or use it either as a set or acquiring independent accessories according user's needs and likes and the structures as well as any and all components together in a preferred combination such as those presented herein becomes a design solution that joins and combines from 1 to 11 types of organizers, furniture and decorative accessories integrated in a single device which is manageable, transportable, assembled and armed by a single person and is transportable with one hand only.
Two support models or structures and various modes and embodiments for carrying out the invention are described here, understanding that the scope of protection will extend even to different projects, ideas, embodiments and achievements as long as they include the essential elements described and drawn in this application.
The object of the invention comprise means of support, either with autonomous functions or forming light and assembled structures, creating devices for a variety of accessories and conforming mixed use systems to organize everyday objects for houses, offices, shops etc. the system comprises different models and modes.
Characteristic details of this novel device are clearly shown in the following description and accompanying drawings, following the signs, letters or reference numbers to indicate the parts and features.
The system comprises 3 kinds of independent components, the first is essential and indispensable, provides means of support and the fundamental appearance of the system FIG. 1A (A100, A200), the second component is variable, provides area, support, holding and stability, which simultaneously determines the mode of the device FIG. 1B (B600, H700, U750, 800, 850, 860) so the third is an optional and interchangeable component, which enables the majority of the utility of the system FIG. 1C (1000, 1100).
a.—Within its essential component—the support means—comprises unitary structures, which individually perform the support tasks, and wherein at least one structure is in vertical format and the other in horizontal format or flat shape; the first model comprises a polyhedral structure with longitudinal faces which in a preferred combination is a prism and hollow column in vertical position in the form of a tower—with or without a base—, which is called the first structure or “tower model” FIG. 1A (A100), another solution with a flat structure formed only with a sheet or a plate of sufficient thickness—in the form of board or panel, or forming a frame—is the second structure, alternative structure or “panel model”, both with a special design and made of rigid or metallic material preferably FIG. 1A (A200).
b.—Within variable components—the fasteners or holders—there is a plurality of parts and models among them: a flat base FIG. 1B (B600), a “H”-shaped overlapping and connector component FIG. 1B (H700), U-shaped brackets FIG. 1B (U750), right angled structures—squares—, an intermediate frame, half frame and its segments FIG. 1B (800), “L” light structures FIG. 1B (850), all made of rigid or metallic material preferably. The variable component generally determine the modes of the system FIG. 1B.
c.—The third component—an optional and interchangeable component of the system—comprises the collection, collections, series or set of shelves, accessories, attachments and complementary parts; and here is presented the 1st collection of accessories, each and every one of them are independent, optional, assembling and preferably made of rigid or metallic material FIG. 1C (1000, 1100).
Initially with the purpose of knowing and understanding the system clearly and logically, the first structure—the “tower model” its design, its operation, modes, accessories and all the system features will be described and drawn, after that, the “panel model”—the second structure—will be shown, explained, drawn as well as features implemented.
BRIEF DESCRIPTION OF THE DRAWINGS AND ORGANIZATION
FIG. 1A-FIG. 1C, Show the 3 kinds of components included in the system: the structures, the holding means and the accessories with isometric views.
FIGS. 2A-11C, show the structural and polyhedral element of the “tower model”, the prism-column (A100), it is presented in a preferred combination, a 4-sided prism, its rectangular cross section and its design; are also shown each of its faces, that the structure is hollow, its voids and its interior space that is a duct (du) and the slots, openings, holes and drilling holes through which communication (co) is achieved. Frontal, lateral and isometric views.
FIGS. 12A-12C, show sizes and variants of the prism; the prism can be cut and sectioned.
FIGS. 13A and 13B show independent and autonomous modes of the prism or tower, some uses of the structure without using accessories. Isometric views.
FIGS. 14A-14F show a base and its modes, its assembly, and the standing or floor mode.
FIGS. 15-17 show the utility of the prism design, the slots, openings, holes and drilling holes, the device assembled in the floor mode and its ergonomics in isometric views.
FIGS. 18-21 illustrate that the structure model 1—the tower—can work without a base in a wall mode using U-shaped brackets, with frontal, lateral and isometric views.
FIGS. 22-43 show accessories, components and attachments specially designed for this system, and assembled to the tower model, with frontal, lateral and isometric views.
FIG. 44 shows some examples of existing commercial or well-known items or accessories that can be adapted or incorporated to the system.
FIG. 45 Shows 2 additional accessories that are for fixing, for securing or hanging structures and the device in general. Isometric views.
FIGS. 46A-49 show the 2nd structure, an alternative structure or “panel model”, characteristics and features. With frontal, lateral and isometric views
FIGS. 50A and 50B show the installation of the accessories in the panel-type polyhedral structure. Isometric views.
FIGS. 51-53 show some specific details of 3 holders or fasteners means, isometric views.
In the figures, letters (A) and numbers of 100 and 200 are combined to indicate and differentiate the principal unitary polyhedral structures (A100, A200) and their successive numbers of each component to indicate their sides or faces, their components or parts; with lowercase letters is usually complemented and subcomponents of each piece are indicated, also the zones or the different sides of the slots or the openings (a, b, c . . . );
Numbers from 600 to 999 are used to indicate the fastening means (B600 a base, H750 “H” connector, 800 an intermediate frame, 850, 860 etc . . . ) and the successive numbers of each component to indicate the parts or sides thereof.
The numbers from 1000 to 2000 are used for accessories (1000 a shelf, 1100 a polyhedral essential accessory, 1400 a multifunctional accessory, 1600 a low lamp, 1700 a high lamp, 1850, 1900, etc.) and the successive numbers of each component to indicate their parts or sides that integrate it.
It is indicated with wide and shaded arrows and with letters also when through the internal space a duct (du) is generated and also a communication (co) and intercommunication, the screws as well as the threads for said screws are designated as (ts).
DETAILED DESCRIPTION OF THE INVENTION
Structure 1: “Tower Model”
Structure Characteristics:
Essential Component: an Upright Polyhedral Prism (A100)
General Features of the Rectangular Prism—the Support Structure, a Tower—FIG. 2A-11C (A100) and FIGS. 18-21
Within the organizer device comprises unitary structures, which individually perform the main support tasks, wherein the first main structure in a preferred combination is a metallic and hollow prism in an upright position as a single and individual support means and configured in one single piece FIG. 2A (A100) of predetermined rectangular cross section having 4 sides or faces FIG. 2A-2C (A100), two major faces—FIGS. 2B and 2C (101 and 110) the main face (101) and the back face (110), and two minor faces that are the lateral faces or flanks (120 and 130); in order to achieve a versatile and utility device this invention designs at least one of said prism's faces with slots, openings, holes and drilling holes in both horizontal and vertical positions as well as in different inclinations, also in a plurality of shapes and in a plurality of diameters, wherein a plurality of these are aligned and coincident at all with the slots, openings, holes and drilling holes at least of their contiguous or opposing face, i.e. one slot or opening may be an entrance and the other slot located in a different face is an exit (input-output), which can be used as double supports or bridge type supports, thus creating a sequence of solids and voids FIG. 2B-2C (A100); indicated with wide and shaded arrows shows that the prism, tower or column is hollow, empty and said empty interior space generates a duct (du) therefore it becomes possible and feasible if it is desired, to introduce, to communicate, to cross or to install something inside; the prism is then communicated (co) in itself along its entire length, its width and its 4 faces simultaneously (du, co). It is shown here in a preferred combination that the slots are preferably 4-sided, rectangular with two major sides FIG. 2C (103a and 103b) and two minor sides (130c and 103d).
Characteristics of 4 Sides of the Prism (A100)
In order to better understand this structure the tower model, the 4 sides of the prism or column in the same sheet are drawn: the main or front face FIG. 3 (A100, 101), back face FIG. 4 (110) left side FIG. 5 (120) and the right side-lateral FIG. 6 (130), wherein the structure, tower or prism is appreciated in this preferred combination which is formed by said faces (A100).
The Front Face—the Main Face (A100) FIG. 3, FIG. 7A-7D (A100, 101)
The prism has an upright position and special design, its front face—first one of two major faces—its general appearance in a preferred combination is a face with horizontal, parallel and continuous slots groups rhythm FIG. 7A (A100, 101), each slot rectangular shape and narrows and almost the same width of the face without reaching the front side ends completely FIG. 2C (103a—103d). In this system we can distinguish virtually—and only to explain it correctly—, 3 zones within vertical prism FIG. 7A (a, b, c): a high zone, the top end (a) a middle zone (b) and a low zone—near the base (c).
The high zone FIG. 7A (a), 7B it is distinguished by having an independent and isolated slot, very near to the top end (102), the coinciding slots (103) and circular openings preferably (106).
The middle zone FIG. 7A (b) wherein most of the slots are located, a plurality of them designed in horizontal and parallel position; in this zone a plurality of the slots are grouped in blocks of 4 preferably.
The low zone FIG. 7A (c) and FIG. 7C is the anchor area and has less number of slots and greater number of drilling holes for screws (103, 106) a circular opening (104), the matching slots (103) and a plurality of drilling holes.
Highlighting clearly the slot, slot groups, openings and holes—the sequence of solids and voids—, is represented in a shading pattern the mass and light tone—blanks—in the drawing symbolizes the voids FIG. 7D (A100, 101).
The Rear Face (A100) FIG. 4, FIG. 8A-8D (A100, 110)
It is the 2nd face of major width; its general appearance is a face with slots groups, with spacing rhythm—with a greater distance among the groups—compared with front face—as well same virtual zones are represented here.—upright—FIG. 8A (a, b, c):
The high zone FIG. 8A (a) it is distinguished by having an independent and isolated slot, very near to the top end (112), the coinciding slots (113), presents 3 different groups of openings: a group of 2 preferably circular openings FIG. 8B (117), a group of 3 preferably circular openings (116), a group of 4 preferably circular openings (115) and a square opening (114).
The middle zone FIG. 8A (b) also has the most of slots, a plurality of them matching in all its characteristics with those of the main face, therefore the coinciding and aligned slots are generated, which are the slots that function as double supports, or bridge type supports wherein one of them is an entrance and the other one is an exit (input-output), although they are grouped in a different way and rhythm, —the slots in groups of 3—preferably, wherein a plurality of them remain coincident with those of the front face.
The low zone FIG. 8A (c) and FIG. 8C, almost identical to described in low zone of the front face, but having here a square and a circular openings FIG. 8C (114c). The general appearance is a solid face, with slots grouped in groups of 3 slots—preferably—with certain rhythm but not as continuous as the front face. In the same way highlighting clearly the slot, slot groups, openings and holes—the sequence of solids and voids—, is represented in a shading pattern the mass, and light tone—blanks—in the drawing symbolizes the voids FIG. 8D.
In order to be supplementary and auxiliary drawing are presented FIGS. 9A and 9B (A100, 101, 110) remarking the matches and variations between the main face (101) and back face (110); in general the front face is designed in groups of 4 slots FIG. 9A (107), and a small solid segment among each group (108); the rear face of the prism having larger solids spaces FIG. 9B (118) compared to the front face, less number of slots and presented in groups of 3 preferably (117), —for both faces: groups of slots FIG. 9A and 9B (107, 117) and solids (108, 118). With dotted auxiliary lines it reaffirms conclusively what at least is coincident and what is not between the two faces.
It is presented FIG. 10 that shows the main face with parallel slots (101) and the rear face with slots arranged at different inclinations (110) and even so, having slots, openings, holes and drilling holes with different inclinations, the concept remains, that a plurality of slots are aligned and coincident on both faces highlighting this by means of dotted auxiliary lines between both sides.
Two Lateral Faces, Right and Left Faces or Sides (A)
They are the faces that have minor width FIG. 5 and FIG. 6, the left side face FIG. 11A (120), the right side face FIG. 11B (130), an overview on each of these faces in a preferred combination is a general appearance of solid faces, with 3 combined groups of slot, openings and holes (127, 137) as well as independent openings (122, 132) these groups are distributed throughout its entire length, these 2 faces are preferably equal. Slots here are designed rectangular shape, narrow and in vertical position, which a plurality of them matching with its opposite face in order to be a plurality of them as input—entrance—and a plurality of them as output—exit—slots (127, 137), openings and holes. A detail view of one of the groups is drawn FIG. 11C, and the floor and support of each slot is indicated—the lower edge of the slot (127a).
The purpose of the structures as well as distribution, location, shape and size of slots, slots groups, openings, holes and drilling holes either the 4 sides of the prism—1st. structure—as well as the panel—2nd. Structure—, have 10 main objectives:
- 1. The structure provides adequate support FIG. 2A, the slotted, perforated, and drilled prism or tower generates the spaces of assembly and insertion wherein the edges of each of them become the supports for holding means and accessories FIG. 2C (103, 103a-103d) and thus exponentially grows its potential and capacity of inclusion and support, it creates a sequence of solids and voids in a plurality o faces FIGS. 9A and 9B—which are suitable for the inclusion of accessories and components preferably. FIG. 15-17.
- 2. Preferably horizontal slots in major faces, preferably vertical slot in minor faces—essential feature—according its purpose and operation. Slots allow insertion, attach or easily fastening proper attachments, minimizing the use of screws, however screw holes are available, but will be use, almost exclusively for fixed items.
- 3. Connection and communication among all areas and points of the column (hollow)—so the panel—; therefore length, width and its 4 sides simultaneously are self-connected FIG. 2B (du, co).
- 4. Identify easily and logically the role of each one, practically to: insert, place, replace, screw, anchor, hold, traverse, cross, transfer and hang accessories, attachments, screws.
- 5. Create multiple choices, locations and placement for optional accessories, increasing and diversifying the versatility and flexibility of the system in order to personalize its use and its result.
- 6. Visually detecting groups, which provide location and order, facilitating the identification of intervals for easy differentiation and selection for installations and assembling of accessories and components FIG. 7A-FIG. 9D.
- 7. Identify easily in the metallic prism or column the front face, the back face, the base and the upper end. Also to identify the aligned and coincident slots that function as double and bridge type supports FIG. 7A-FIG. 9D.
- 8. Keep the intrinsic structural capacity of the metallic prism and panel to be enough and proper for its design goals.
- 9. To achieve a useful, practical and flexible system for easy identification, with an ordered and harmonious visual appearance and esthetic.
- 10. Flexibility to create, adapt and design other matching accessory or collection of accessories and/or components to be monitored or authorized for this system.
Prism Models:
The first support model—“tower model”—primarily comprises a larger size—accomplished with one piece prism—tower item FIG. 12A (A100) but also includes an alternative mode, the small size, so the prism is presented here but divided substantially in two parts, cut transversely in the middle into 2 halves—FIG. 12A-12C (A100a) and (A100b), the prism is prepared and designed with this objective also, without impeding any of its functions; both halves are assembled by means of a variable component which is at least an overlapping connector “H” shaped and made of rigid or metallic material preferably, also designed with slots, openings, holes and drilling holes matching with the lateral faces of the prism, the H connector is inserted inside of one end of the hollow structure prism FIGS. 12B, 12C and FIG. 51 (H700), and once that both halves are assembled, the “H” connector will be hidden FIG. 12B y 12C (H700) and could be optionally screwed. This mode is aiming to increase its versatility, because the lower part of the prism anchored to the base—by itself, (A100b) it can be either as a small size of the prism and also the small size of the device and therefore of the system, increasing its performance as well as a better handling and transportation.
Modes:
The polyhedral structure tower or prism either the two previous and alternative sizes comprise at least 3 modes: an autonomous and an independent mode, the standing or floor mode, and a wall mode.
In the autonomous and independent mode, the sequence of solids and voids has multiple uses, and as already described; the floor and the wall modes, the solids and voids generally designed to be support and suitable space for the accessories insertion—optional component of the system—, generally fitting into the slots.
Autonomous Mode:
Variable Component: “U” and “L” Shaped Brackets—a Staple Type
The practicality and simplicity which the design of the structure support in the form of a prism or column is developed, constitute a part of the novelty and originality of this system, wherein the prism or tower in autonomous or independent mode—by itself, without accessories—and only aided by simple attachments or installations for connecting, hanging or suspending may have a plurality of alternatives of use, among them at least 2:
a multiple support structure for a plurality of elements and attachments at least formed either by screens, bars, strips, soles, hooks, structures and sculptures either belonging and even not belonging to this device, which at least are assembled, screwed or engage in the plurality of slots, openings, holes and drilling holes up to all sides of the tower simultaneously FIG. 29A-FIG. 31 (1800, 1801a-1801d), 1820, 1830). Another independent operation is when the interior space becomes a duct for installations and wiring and that any of its ends as well as a plurality of openings and holes are for inserting and installing at least a lighting source FIGS. 42 and 43 (1601) and the space is also to set the required specialized controls thereof (1602, 1603, 1702, 1703) and that the tower at least the vertical and horizontal formats have caps to cover its ends, which also have at least the preparations for installing a source of light—a light bulb—and cables (1701) and thus the prism-type polyhedral structure—the tower—is also a luminous device which allows an installation of the structure either horizontally or vertically FIGS. 13A and 13B, using variable components like a U-shaped support for suspension (860) or a simple structure with profiles or tubes (865).
Floor Mode
Variable Component: a Base FIG. 14A-FIG. 17 (B600):
With only 2 light elements—the prism and the fastening means as a variable component, which is a circular base—with predetermined size diameter preferably—generate a structure as a spine, capable to work as a vertical support for everyday objects, the prism with a base FIG. 14A-14F (A100, B600) which is a metallic, circular and one single piece base preferably, is presented the top plan view FIG. 14C (B600), and it is appreciated that it has an outstanding male-type preparation FIGS. 14B and 14C (601) wherein the end and cross section of the hollow prism (A100) is assembled into said base preparation and held together at least with screws FIG. 14B (106, ts). Also the base presents screw holes to anchor it to a flat floor if necessary (602), both items (A100+B600) are fastened in an autonomous and independent structure, and thus each of the 4 faces of the device in this combination have free space around that facilitate their use; the prism can accept a top cover lid. The circular opening in the lower zone of the prism structure (A100) is for specialized uses (104).
It is presented an alternative base divided into 2 assembling halves, aiming a better handling and transportation, each of the 2 halves FIG. 14D-14F has a substantially “Z”-shaped cut which are complementary edges (653) and a button or protruding—male-type (654) that by overlapping thereon a metal plate or cap preferably with female type openings, are secured to prevent movement (655).
The base and the prism—the structure—complemented with the organization of slots, openings, holes and drilling holes within the prism achieved a fully designed system, providing so far, from 1 to 11 daily duties in a standing or floor mode, depending on the optional element, the accessories FIG. 15 and FIG. 16 (A100, B600), the system in a preferred combination is presented in relation to a human scale in order to see its ergonomic aspect too FIG. 17.
Wall Mode
Variable component: “U” wall brackets, FIG. 18-21, FIGS. 52 and 52A The system is able to work installed on a wall—wall mode—and this is another original factor, the rectangular prism (A100), avoiding or canceling the use of its base, is anchored and secured by one or a pair of “U” type wall brackets that are inserted through matching slots of the structure and it could be mounted on a wall, there is shown here a front view of the system installed on a wall FIG. 18 (U750), side views FIG. 19-19A (U750), the details of the wall bracket FIGS. 18-21 (U750) and FIG. 52 being isometric views. For all drawings: the structure or main prism (A100) the wall bracket (U750), and the wall (w). Here it is mentioned how the wall mode of tower structures is achieved and the complete description and details of the “U” brackets are detailed further. FIG. 52.
In a synthesized manner, we can say that structure can be assembled, disassembled and provides an adequate support, in this case operating in vertical or portrait format and several modes; the accessories and attachments, generally fitting into the slots, provide most of the utilities and also defining the system's appearance.
Accessories, Description and General Features:
Another novel contribution of the organizer and multiple storage device as a system is a collection of accessories that has been designed preferably for assembling completely optional and independent, wherein users may elect accessories freely according to their needs or likes. The slots, openings, holes and drilling holes as well as solid sections in the polyhedral structures of the organizer and multiple storage device—the system—, in this case applied to the “tower model”, as described, are designed to be insertion and support spaces for matching accessories, which are the optional component of system, FIG. 15, FIG. 16, and FIG. 17, among some of their features are as follows:
1.—It is presented here the first collection of accessories specially design for the system FIG. 22-FIG. 43 and FIG. 45 generally they are also versatile, because they perform one, dual or more roles due to the accessories are designed to accept themselves even more additions, components or extra attachments.
2.—accessories are light, practical and easily removable as many times as needed, Since they are only generally insertable and assembled into the plurality of slots, openings, holes and drilling holes of the structures, therefore are interchangeable and not permanent.
3.—there are at least 3 kinds of accessories: utility accessories, decorative accessories and mixed accessories.
4.—most of accessories for front and back faces are designed with the same objective and purpose as the main structure—the prism (A100) and base (B600)—, since they are a small supporting structure also, one of them made of a small rectangular and hollow prism with slots, openings and drilling holes in order to be itself connected, traversed or inserted for additional items and attachments. Each one is prepared to operate at least in a wall mode as independent accessories and also in the 2nd structure or “panel model”.
5.—this system admits also some currently available commercial accessories. FIG. 44.
6.—the use, purpose, utility and even decorative purposes, whether structure supports—by itself—or in its supporting structure function, as well as the system in general and each one of the accessories will be decided by the users, according to their needs and likes.
7.—due to the different sizes of the faces of the prism—major and minor—accessories are divided into 2 groups: accessories for front and back faces and accessories for lateral faces. Only the first group fit on both faces and is not suitable for lateral faces, but the second group of accessories could be adapted also in front and back faces too.
8.—the above increases and multiply versatility and flexibility of each accessory as well as the system in general, because it can be used interchangeably.
Optimal and suggested accessories are present here for each of the faces of the device, but this order is not limited. This system and accessories described below in whole provide solution to solve or adequate so far, from 1 to 11 daily assignments, functions and roles: 2 for the front face, 5 for lateral faces and 4 functions for the back face, if a standing or floor mode is chosen. If wall mode is chosen, the back side will be near the wall, therefore some utilities are removed or cancelled on the back face.
To order, to know and to explain said accessories the sequence is as follows: prism faces (A100) wherein different accessories are recommended and described, they are designated, listed along with the number of function, titled, states the attachment, general description, its adequate integration form or assembly, installation and proper use.
Accessories for the Front Face, FIG. 22 (A100, 101)
The front face and slots are supporting structure and spaces to place, assemble or anchor at least 2 recommended accessories FIG. 22, a shelf or shelves (1000, 1020, 1030), may admit several of them simultaneously and is designed to be installed on any horizontal slot; also an accessory as a trapezoidal prism FIG. 22 (1600) placed on the base at the lower part of main prism (B600).
Accessory 1—Feature 1: Book Shelves FIG. 23A-23D, FIGS. 25A and 25B.
They are shelves made of a substantially flat metallic or rigid material sheet with necessary folds to create structural strength for its design goal FIG. 23A-23E (1000, 1020, 1030,1060 and 1070), which is a right-angled structure forming by three zones: a horizontal supporting surface, which is for placing objects an items, a main fold and an assembly area, wherein the horizontal support surface has 2 different widths or sections, which from a surface at least greater than the cross section of the prism type polyhedral tower (A100) decreasing its section to form an assembly zone, the neck, which is at least smaller than the cross section of the tower-type polyhedral structure FIG. 23A (1000, 1001, 1002, 1003, 1004), FIG. 23A-FIG. 23E (1001, 1021, 1031, 1061, 1071), FIG. 23A-23E (1002,1004, 1024, 1034, 1064, 1074), FIG. 25B (1094), wherein said main fold divides the assembly zone into two portions FIG. 23C (1003, 1023, 1033), a horizontal neck FIG. 23A (1002) and a vertical neck (1004). The shelves are at least in 3 different sizes: small FIG. 23C (1000), medium (1020) and large (1030), where its anchoring element—the neck—remains with the same measurements and characteristics in the 3 sizes for the purpose of assembling into the plurality of slots of the polyhedral structures, and having at least drilling holes also (1006, 1026, 1036), FIG. 23D, FIG. 23E and FIG. 25B (1066, 1076, 1096); a perspective view of the lower part of the accessory is presented too FIG. 23B, wherein is possible to see a fold down or bents in the horizontal neck reinforcing its structure, as well as working as a “stop” for a better holding of the accessory (1005) and FIG. 24 (1005), and are also presented 4 modes for this shelf: a mode with a small frame achieved with upward edges of the support surface in order to achieve a container shelf FIG. 23D (1061), similar to a small tray useful for small items such as keys, rings or a watch. Another 3 following modes are for specialized and complementary functions, one with a longer and inverted “U” shaped neck FIG. 23E (1070), another mode composed by shelves-surfaces or elements deployed at different angles, substantially with a difference of 45° between one surface and the other FIG. 25A (1080, 1081, 1083) where the central element is able to adjust its height at least with screws or notches (1082), and also having a base (1084) so an additional mode composed by the neck or anchor element FIG. 25B (1090) and a flat bar or strip which is a vertical supporting surface as a cutting edge at 90 degrees in the front part of the accessory either attached, screwed or welded preferably (1091), designed with slots, openings, holes and drilling holes along the strip for special applications (1098); that said flat bar or strip may have a plurality of positions and a plurality of shapes either curves, wavy and also broken lines (1097); all of the above embodiments in rigid or metallic material preferably.
Installation: A plurality of embodiments of this accessory is installed by inserting the neck or anchor element FIG. 23A-23C (1004, 1024, 1034), FIG. 23D (1064), FIG. 25B (1094) into any of the horizontal slots of the prism, there is shown a perspective view of the installation on the main face of the tower-type polyhedral structure FIG. 24 (A100, 101). It is noteworthy that the “shelves”—all modes—if desire, also may be installed in an independent mode, with screws—through the neck drilling holes—or a proper preparation to any wall or to the “panel model”—2nd structure and operate in the same way and benefits.
Proper use: book shelves, magazines shelf, discs or dvd's holders, 3 sizes are suggested according the size of the item, also an alternative use as a small tray as well as 2 additional modes for specialized applications.
Accessory 2—Feature 2: Low Lamp and Shelf-Supporting Surface FIG. 22 (1600).
In a preferred combination is a hollow trapezoidal shape prism of only 4 faces—without back face and without floor—FIG. 22 (1600), FIG. 26-27B and FIG. 43, FIG. 22 (1600), FIG. 26-27B which in its 3 side faces (1620, 1601, 1630) and its upper face (1610) have slots (1615, 1625, 1635) with design suitable to operate for double role: floor lamp and a supporting surface. Slots also develop double feature: to get light effects and ventilation slots for the same lamp. Views: top plan view and two isometric views or perspective FIG. 26 (1600).
Installation: for installation and operation, standing on the base FIG. 27A (B600, 1600) and sliding it backwards and inserting the flange (1640) into the first slot of the main face of the prism nearest the base and it will match FIG. 2C (103), FIG. 27B (A100, 101, B600, 1600).
Proper use: a screen for a low or floor lamp and also is a supporting surface or shelf for big or heavy books.
Accessories for Lateral Faces, FIG. 28.
Lateral faces and slots are the supporting structure and spaces to place, fit or assembling 5 recommended accessories FIG. 28, one exclusively decorative element FIG. 28, and a multiple-utility accessory (1400) also an utility and decorative object (1850).
Accessory 3—Feature 3: Sculpture FIG. 29A-FIG. 31.
At least a simple pair of light metallic or rigid material sheets, screens, boards or panels—flat—FIG. 29A (1801a-1801d) will create a simple sculptural and decorative element FIG. 31 (1800, 1820, 1830).
Installation: each one of 2 panels can easily attached and secure in the slots, openings, holes and drilling holes on both lateral sides of the prism or structural column FIG. 29 (A100, 1801a-1801d), there are 3 drawings in FIG. 29A-29D, where is possible to see how this accessory is assemble and placed, front views FIGS. 29A and 29B (A100, 1801a,-1801d) as well as its location in the top plan view FIG. 29C (B600) and the back side view FIG. 29D (A100, 110), also it is shown the way to assemble 2 sheets FIGS. 29A and 29B (1801a, c) with a light and metallic angle—preferably—with openings and drilling holes (b, d), details how to hold and/or insert different sculptured items or components to main structure, in FIGS. 30A and 30B (A100) drawing describes an aluminum sheet, alucobond or wood (suggested materials) (c), a metal angle attached to each one of these sheets (d) which has the necessary openings, holes and drilling holes to screw, anchor and join to the main structure (A100).
In order to show that this sculpture can have variants are shown only 3 different options and shapes—among the plurality of alternatives—in which this sculpture can be realized FIG. 31 (1800, 1820, 1830) likewise different materials are symbolized.
Proper use: decorative item-sculpture
Accessories 4, 5 and 6—Features 4, 5, and 6: Multifunctional Accessory FIG. 32A-FIG. 33B (1400).
This multifunctional accessory comprises strips, bolts and a flexible plastic sheet or panel; it is assembled substantially with 4 aluminum—preferably—flat bars or strips designed with slots, openings, holes and drilling holes along the strips; a long flat bar or strip which has a length FIG. 32B (1401) and 3 short flat bars or strips—wherein each one of them is substantially the half of the length of the long strip (1402) with a functional and aesthetic design that already integrated simulates a large fan FIG. 32A (1400). To assemble this large and stepped fan FIG. 32C (1400), to the large strip FIGS. 32B, 32C (1401) are screwed the 3 small strips (1402), with a single screw and nut they are fastened and also allowing to make turns to the 3 short strips (ts), among each of the 3 short strips, some plastic or rubber spacer washers type (o-rings) in order to generate a space between each of them are added, but will remain hidden (1403) then, when no more turns are longer needed, screw is tighten (ts), and pulling knobs like outstanding buttons are screwed matching with one of the drilling holes in each short strip, they will be visible (e), and each one of them is placed leaning on the edge of the previous and lower strip (1404), then, one or several long spacer bolts for glass—in a role of hooks—are placed on any of the available drilling holes or openings of the long strip (1405), and finally for this multifunctional accessory, is integrated preferably a flexible plastic sheet that can be folded U-shaped (1406), as a folder or bag.
Installation: in order to fit into the slots, once the “the fan” is assembled, is inserted, supported and transferred from one side to the other of the structure through any of the aligned and coincident vertical slots of the of lateral faces of prism polyhedral structure FIG. 33A (A100, 130), once it is installed in that position—slides to reach the opposite output and exit slot of the opposite face (A100, 120), after that, other attachments and accessories, like spacers bolts for glass or hooks FIG. 33B (1405) screwed to any of the long strip drilling holes as well as the outstanding buttons are added (1404) and finally a plastic “U” sheet is incorporated (1406). Proper use: “the fan” becomes a magazine holder FIG. 32A-FIG. 33B (1400), said spacers bolts for glass or hooks screwed in the large strip become an umbrella hanger (1405), said plastic “U” sheet will work like a flexible bag—to be used as folded bag for letters or envelopes or even magazines (1406)—plastic sheet may be designed and changed by other suitable material for these purposes.
Accessory 7—Feature 7: Clock FIG. 28, FIG. 30B and FIG. 44 (1850)
A light and commercial wall clock—(with predetermined diameter preferably)—can be adapted. Installation: can be inserted, placed or hung on a rod, flat bar or strip, which at the same time is attached to the angle of support of the sculpture FIGS. 30A, 30B (1801d, 1850) and FIG. 44 (1850).
Proper use: a wall clock incorporated to the sculpture, to the structure and to the system.
Accessories for Back Side, FIGS. 34A and 34B.
Back face and slots are supporting structure and spaces to place, fit or anchor 4 recommended accessories FIG. 34A, all these accessories have useful applications, the back side has the advantage of being almost hidden and accessories, installations and controls can be installed there. There is a clothes hanger-coat rack FIG. 34B (1100), an accessory for discs (1120), an accessory for lighting (1800) and at least one key holder.
Accessory 8, 9—Feature 8, 9: Coat Rack-Keys' Holder. FIG. 34A-37B
This is an accessory in a right angle shape structure based in a polyhedral, hollow and preferably metallic prism, standing in horizontal position with 3 differentiated zones FIG. 35A (1100, a, b, c) wherein zone “a” is the main and horizontal zone, zone “b” is the main fold and zone “c” is the neck zone for insertion FIG. 35A-35C (1104)—with drilling holes (1106)—these two zones (a+c) are joined by a bending or welding—preferably—(b); is appreciated also the floor of the prism with openings and/or drilling holes (1110); matching slots and drilling holes in its lateral faces (1120 and 1130) and a lid (1140), and isometric or perspectives views FIG. 35C (1100), wherein wide and shaded arrows show that this prism is hollow, is communicated (co) or intercommunicated and can be crossed, inserted, interconnected and crossed by more fittings and attachments functioning as a duct (du).
This prism or structure becomes the core or essential component for some accessories especially designed for the system, in order to avoid duplicate in its descriptions and features is called “essential polyhedral accessory” FIG. 35A, which is a polyhedral prism that in a preferred combination has rectangular cross-section and there are at least 2 different sizes: large and small, the large with preferably 4 circular openings on its upper face and 3 circular openings preferably for the small size—triangulated position preferable—, the bottom face or floor of the prism is designed with circular openings to allow transfer attachments and having drilling holes to match with screws (both sizes)—.
To achieve this accessory—clothe hanger—in particular said “essential polyhedral accessory” will be used in large size, an isometric drawing shows “essential polyhedral accessory” FIG. 36A-36C where can be seen the accessory allowing several attachments incorporation for an even more useful accessory, a slightly bent pipe is inserted in the circular openings (1160), the bent pipe admits the incorporation of an o-ring or a non-skid plastic attachment near the upper end (1162), the top end of this pipe will be closed with a small plastic lid preferably (1163), this pipe is inside threaded in its lower part so it can be held to the floor of the “essential polyhedral accessory”—screwed—(ts), when the bending pipe is incorporated (1160) works as clothes hanger and “essential polyhedral accessory” can support at least 4 pipes for this role, equal number of circular openings. Through slots—lateral faces of this accessory can be traversed a perforated aluminum—a flat bar or strip (1150), once installed, spacers bolts for glass, —hooks—are added and screwed—(1155) so, the clothes hanger multiplies its capacity, or may be used to hang something else, like keys.
Installation: it is installed by inserting “essential polyhedral accessory”—the prism—perpendicularly into any of the slots on the front or back faces of the main prism (A100, 101, 110), is shown here the complete accessory installed perpendicular to the tower or main prism structure in its rear face FIG. 37A (A100, 110, 1100), it is noteworthy that the “essential polyhedral accessory”—by itself—or with all matching components or accessories—if desire—also may be installed with screws—through the neck drilling holes—or a proper preparation to any wall FIG. 37B (ts) or to the “panel model”—2nd structure—and operate in the same way and benefits FIG. 50 (1100).
Proper use: clothes hanger and key holder
Accessory 10—Feature 10: Rotating Disc Holder-Keys' Holder. FIG. 38-41B
The small size of “essential polyhedral accessory” (previously described) with 3 holes on its top face will be used, same features and able to be crossed also by more attachments and accessories—FIG. 38 (1120); A pair of these prisms are required for a disc holder accessory and achieving the purpose of this accessory, one for a base part—and one for the upper part FIG. 39 (1120) which may preferably be placed on the back face of the main polyhedral prism structure preferably (A100, 110) and once installed, the aluminum strip FIG. 40A (1150) and the spacer bolts for glass or hooks could be added too (1155) becoming an extra cloth hanger or key holder. Also admits incorporation of a straight thin pipe (1170), inside threaded in its lower part so it can be held to the “essential polyhedral accessory's” floor—screwed—(ts), the pipes are supplemented with appropriate plastic inserts for discs to operate properly FIG. 40B (1175). This accessory preferably admits up to 3 pipes for this role, in equal number of circular openings to become rotating cd's holders.
Installation: Is installed by inserting the prisms “essential polyhedral accessory” in any of the slots of the main prism polyhedral structure—the tower—, either the front face or preferably the back face of the prism FIG. 41A (A100, 110, 1120). It is noteworthy that the “essential polyhedral accessory” with all matching components or attachments—if desire—also may be installed with screws—through the neck drilling holes—or a proper preparation to any wall FIG. 41B (1120), or to the “panel model”—2nd. strucure model—and operate in the same way and benefits FIG. 50 (1120).
Proper use: rotating cd's holder, key's holder.
Accessory 11—Feature 11: High Lamp (Night Lamp), Switches, Electric Installation. FIG. 42 and FIG. 43
The support means, the polyhedric prism—the tower—and main structure of this device FIG. 42 (A100) being a hollow structure becomes a duct, therefore allows to incorporate internally and hiding at least a simple electrical installation FIG. 42 (1702), FIG. 43 (1602).
Installation: previously assembled the simple electrical wiring is introduced inside the hollow prism and supplies energy for a electrical outlet proper to plug a high lamp (night lamp) or any other component requiring electrical or similar installation FIG. 42 (1700, 1700a, 1702) and FIG. 43 (1602, 1702), the electrical switches (1703, 1603) one for the high lamp, the second for the low lamp FIG. 43 (1603), presenting the same electric installation, just as the bulb or bulbs or which is necessary will be hidden either inside the main prism (A100, 1601) and hidden inside also the trapezoidal prism of the low lamp (1600), which is the same that has already been described in FIG. 26-27B. Said installation plugs into any electrical outlet of a house, office or store.
Proper use: this system becomes a lighting device too.
Currently available commercial accessories that can be adapted and incorporated into the system are shown FIG. 44 like: a light wall clock (1850)—function 7—, a hook for commercial exhibitions—with certain settings—(1900), a rotating cd's holder as it is described in FIG. 38-FIG. 41B, FIG. 40B (1175).
Accessory for Security and/or Suspension Issues.
Two simple accessories or attachments base on a right angle shape FIG. 45 (850) or a “U” shape structure (860) made up preferably with a metal plate with drilling holes, may be used either—optionally—in an auxiliary manner and only if it is required to prevent movement and to obtain more safety in the standing or floor mode of the system either for suspended installation of the prism, depending on the case FIG. 13.
Installation: in order to fit it is inserted through on any of the aligned and coincident horizontal slots in main face preferably FIG. 45 (101, 850, 860) or back face (A100, 110), already assembled, a hook, or a wire or a plastic thread or a string is inserted in the proper holes to fasten the structure of this system to a wall if required (1952).
Proper use: safety accessory or hook to avoid possible device movements, it is recommended by caution if required, as well as accessory for suspension.
Structure 2: “Panel Model”
Characteristic of the Structure
Essential Component: a Panel, a Frame (A200)
General Features of Panel FIG. 46-FIG. 50B:
It is a unitary and individual structure that develops the support tasks, this is a second polyhedral structure of this device and this system, which is a single individual support means and configured in one piece and is achieved with a sheet of polyhedral shape preferably rectangular, flat and preferably of rigid or metallic material, likewise in a preferred combination, has its edges folded backwards to form its sides which is a substantially perimetral and a lateral frame, a frame type structure, which provides rigidity and creates an inner and a posterior space and having a predetermined cross section, with the aim of achieving a structure with sufficient rigidity for its purposes, with the general appearance of being a light structure or support and from a single face, in a front view FIG. 46A (A200, 201a) and isometric view FIG. 46B with its rear perimeter frame (220, 230, 240, 250).
The main and lateral faces of the panel are similar to the main and lateral faces of the prism of the first structure—the tower model—a plurality of slots, openings, holes and drilling holes on the front face—in a horizontal position, also vertical, as well as in a plurality of inclinations too—as well as slots, openings, holes and drilling holes on its 4 sides—the frame—coinciding with those of their opposite faces and communicating it FIG. 46B (co) and generating a duct for installations (du), the succession of solid and voids previously described are designed to be support and space for fastening means and for insertion of accessories—the optional component of system—; in order to get functionality and easy operation as the tower; a stripped pattern—(hatch) for solids—and blanks for voids are used in drawings FIG. 46C (A200).
Modes:
The polyhedral panel-frame structure has at least 3 modes: autonomous and independent, wall or floor mode and the back-to-back mode as a “sandwich”.
In the independent and autonomous mode the sequence of solids and voids with multiple uses as already described and the wall, surface and also “sandwich” modes, the solids and voids are generally and substantially designed for support and adequate space for the holding means and for the accessories preferably—the optional component of the system—the slots being the most suitable space to be assembled and inserted.
Autonomous Mode
Variable Component: “U” Shaped Brackets—Grip
The practical and the simplicity in which this panel is design and developed constitutes a part of the novelty of this system A200, wherein the panel in autonomous or independent mode, supported by simple installations or attachments to connect, hang or suspend FIG. 46A, may have a plurality of useful alternatives, among them at least 3, as a decorative item, also as lighting device, using the variable component for support and suspension—“U” shaped—for ceiling and as a support or versatile assembly for decorative items or sculptures.
Wall Mode
Variable Component: Wall Brackets FIG. 46C
The best suggestion for the panel structure is a wall mode FIG. 46C (A200), assembly with variable components either adapting a right angle small structures or the “U” shaped brackets already described in the tower model since it is also adaptable to different sheet thicknesses as well as sections and cross sections FIG. 46C (A200, U750), FIG. 52 can be temporarily or permanently attached to any wall. The panels are with an ergonomic size and transportable with one hand only and to be easily manageable and can be installed individually or with a consecutively repetition of panels according to the needs and likes of the user; Can be used at least either horizontal or vertical format and position, since its design is for that purpose, a figure is presented putting the device in relation to a human scale, to also realize its ergonomics FIG. 47 (A200).
Surface Mode:
Variable Component: Square Shaped Light Structures
This modality is accomplished by assembling the panel with the variable component, a simple square-shaped structure component to placed and install it on any flat surface, table or a flat floor.
Back to Back Mode, “Sandwich” Mode, FIG. 48, FIG. 49 and FIG. 53
Variable Component: an Intermediate Frame
This “panel structure” of the system can also be assembled as a sandwich by installing back-to-back a pair of panels, FIG. 48, FIG. 49, FIG. 53 in which the panels (A200) are assembled with a simple intermediate structure in the manner of a light rigid frame and preferably metallic or rigid material (800) which in a preferred combination is a 4 sides frame having a plurality of slots, openings, holes and drilling holes coincident and aligned substantially on its 4 sides (806) and also coincident substantially with those slots, openings, holes and drilling holes of the rear frames of the panels which already assembled, the panels and the frame as a sandwich they are screwed FIG. 49 (A200, 800, ts), which to be installed and used this sandwich is placed fixed or superimposed either on a flat surface (a floor, a table or shelf) FIG. 49 (A200, 800) and also has the option of being installed in a small structure composed of 2 tubes preferably (810).
Depending on the chosen mode to install the panel or panels will be the number of allowable accessories and functions. Accessories are assembled, inserted or installed in the slots, openings, holes and drilling holes in the same way already described in “tower model”, the panel is designed to accept at least 8 types or models of accessories for same number of functions FIGS. 50A and 50B: books (1000, 1020, 1030) (FIG. 23A-23D and FIG. 25B); clothes hanger (1100) (FIG. 36A-37B), multifunctional accessory and attachment for magazines, envelopes and umbrella (1400) (FIG. 32A-33B); disc holder (1120) (FIG. 38-41B); at least one key holder and even a lamp can be adapted too (1601).
Holders, Fasteners and Connector Means: Details of Some Variable Components: “H” Connectors FIG. 12A-FIG. 12C and FIG. 51
“H” connector be used to properly assemble two pieces of metallic and hollow profiles preferably, similar to the prism tower model, and are designed to be hidden FIG. 12A-FIG. 12C and FIG. 51 (H700); Include 2 vertical elements or “legs” (701) and a horizontal element, plate or volume forming an “H” (702) a plurality of them made with flat bar or strips preferably of rigid or metal material, designed with slots, openings, holes and drilling holes, aligned and coincident at least with those existing in the same “H” flat bars as those of the prism structure FIG. 51 (co), FIG. 51 (701); the main horizontal element binding the two vertical (702), as well as the upper and lower elements or lids, also with circular openings (703, 704); also presents an additional mode where at the end of the vertical elements have right angle inward folds with at least one circular opening (706), the holes and drilling holes are mainly to allow screws for proper attachment at least with the prism or with a plurality of structural profiles (ts), all in metallic or rigid material preferably; being coincident in its slots and openings this connector does not obstruct and makes feasible to pass from side to other side an accessory or long attachment without obstacle FIG. 33 and FIG. 34. This fastening means is feasible to use it independently in structures which do not even belong to this device.
Wall Brackets/Swivel Brackets
The “U” Wall Brackets/Swivel Brackets FIG. 18-21 and FIG. 52-52A
In order to achieve at least one wall mode for the polyhedral structures of this device, the system has the wall “U” brackets FIG. 18-21 and FIG. 46C (U750), including two components; The first component is formed by a plate with slots, openings, holes and drilling holes FIG. 52 (751) and a bar or a male-type profile with predetermined cross-section preferably welded to said plate being in a perpendicular position each other, wherein both are configured in a single piece (752), said plate allows the incorporation of screws through its multiple perforations to be attached to a wall (ts); The second component is an independent 2-pieces assembly and complementary set in the form of a “U” bracket—in a horizontal position—wherein there is a major “U” which is slightly higher and notoriously longer and the other is a minor “U” (755, 756), wherein the major “U” is introduced through the front slots which are coincident at least with slots in a rear face of the structure, said larger “U” when exceeding the prism section meets the smaller “U” which is placed on a back face, on which leans and slides on it, both are adjusted to different thicknesses or sections of polyhedral structures and both are screwed from the front of the larger “U” FIG. 52 (756, ts) and secured with nuts (754), the larger “U” continues even further until it coincides with the male bar installed on a wall, wherein both preferably have 3 coincident holes through which they are fastened at least with screws FIG. 52 (753), all in metallic material preferably. This holding means is compatible with the polyhedral structures of this system, either at least with the tower model and the panel.
If instead of the 3 upper screws that pass through the larger “U” and the cross-section of the bar or profile only the central screw is inserted, preferably FIG. 52A (753), the “U” bracket supported on the male type bar has the possibility of making turns, therefore also rotates the prism fastened in said bracket generating a rotating mode (760). This “U” bracket with the plurality of slots, openings, holes and drilling holes of the plate or base allows at least with screws that this fastener means can be installed on any wall independently and also fit in different cross sections, profiles and thicknesses of structures without requiring the structures of this device. The male type bar has an alternating cylindrical shape and logically circular shape section, FIG. 52 (751a y 752a).
The Frame, Medium Frame and the “L” Angle
The intermediate frame of the “panel model” FIGS. 48, 49 and FIG. 53 has a design in a preferred combination with 4 sides made up with flat bars or strips forming a frame with a sufficient cross-section to encompass the side faces or rear frame of two panels installed back-to-back, said frame having slots, openings, holes and drilling holes substantially on its 4 sides, coinciding either with its similar of the opposite side of the same frame and the slots, openings, holes and drilling holes of the rear frame of the panels FIG. 53 (800, 806), and also the frame has reinforcement preferably at its 4 corners at 45° (805), all in metallic or rigid material preferably. The same characteristics for the half frame and segments of the same frame FIG. 53 (802) and for the angle (“L”) with reinforced corners also FIG. 53 (803).
Depending on the model, embodiments, the user needs, different modes and installation type, the organizer and multiple storage device can achieve so far, from 1 to 11 functions in addition to its decorative use.
The 2 models of support—the “tower model” with its base or “U” brackets—, and also the “panel model”—are described and shown here in a single shape, in preferred combinations, with a single size and right angle only, but there are options to vary its shape, its size and even its inclination with appropriate adaptations in their design and features, the primary importance for this application, is its novelty and usefulness, its functionality, easy operation and its esthetic result. To achieve different inclinations of the device of the prism or tower polyhedral structure, said circular opening of the lower end of the main face FIG. 2C, 7C, 8C, 14B (104), which is coincident and aligned with the circular opening on its rear face FIG. 8C (114) is substantially for electrical installations and light sources, but it is also wherein the bar in horizontal position, the male type bar of the U-shaped bracket is inserted FIG. 52 (751a, 752a) having a cylindrical shape, since it is a support and an axis for rotation and when installing there the structure, said structure is enabled to turn.
Best Way Contemplated for Carrying Out the Invention:
Since the idea was conceived, the time invested in its development course, as well as in its evolution and maturation process and prototypes tests, a constant effort has been made to improve the operation of the multiple storage and organizer device as a system, and its appearance, looking for practical and feasible solutions, taking into account always its possible industrial production, in fact the result—as a product—, is a synthesis among best and practical operation of the system, best visual appearance and easy, practical and cheap manufacturing process, mostly requiring metal components, bending, drilling and trimming for metal, pipes, plastic parts, a simple electrical installation as well as adaptation of currently available commercial accessories.
Whereby for all that has been described, it can be said that these features have not been achieved by any other device, object or similar system, reaching the goals of being practical, useful, flexible and multifunctional, trying achieve a system almost customizable, the system is not the limiting attempt to provide a single use, a single application, provides all that is able to provide so far from 1 up to 11 different applications—It is a system designed to be assembled, wherein the user selects among the alternative functions and appearance of the system, emphasizing above all, that vertical, horizontal, versatile and mixed use organizer, storage and decorative matter take place within the minimum area of its support, holder or base; Wherein either and any of the structures as well as any and all the components, whether independent or together, in a preferred combination as presented herein, this device is manageable, transportable, assembled by a single person and is transportable with one hand only.
IMPORTANT NOTE: In order to facilitate understanding and avoid confusion in the claims, it has been decided to make reference to the figures, the components, the parts and pieces being referred to in said claims.
Patent Application
20180116395
