Patent Application
20240216755
The present disclosure generally relates to the field of exercise equipment. For example, aspects of the present disclosure relate to reformer devices and equipment configured to provide resistance training for various types of body exercises. Some reformer devices can be undesirably bulky, heavy, and expensive.
Described herein are methods, systems, and devices that facilitate compound and/or full-body strength, stretching, and/or balance training, wherein spring(s) (e.g., resistance band(s)) and/or other features can be utilized to provide resistance against movement of a movable carriage or other member to exercise one or more muscles of the body.
Modular resistance-training and other exercise systems/equipment disclosed herein can comprise a glide module including a chassis, a sliding extremity platform configured to operate as a carriage/sled, and/or one or more resistance devices, such as resistance bands, configured to be coupled between a docking structure of the chassis and the sliding extremity platform. Such systems/equipment can further comprise an exercise bar module, which may comprise a base/stand configured to support an exercise bar, such as a balance bar or other bar having a horizontal crossbar component. The base/stand can include leg bases that provide standing support for the exercise bar module; the leg base(s) can include laterally/horizontally-extending support to provide added stability. The exercise bar module can include a fixed extremity platform (e.g., standing platform), which can provide a fixed extremity platform that, combined with the sliding extremity platform of the glide module, can facilitate resistance training. The glide module can be configured to mate with, or otherwise be disposed in physical coupling or proximity to, the exercise bar module to provide a resistance/reformer training assembly/system.
For purposes of summarizing the disclosure, certain aspects, advantages and novel features have been described. It is to be understood that not necessarily all such advantages may be achieved in accordance with any particular example. Thus, the disclosed examples may be carried out in a manner that achieves or optimizes one advantage or group of advantages as taught herein without necessarily achieving other advantages as may be taught or suggested herein.
Various examples are depicted in the accompanying drawings for illustrative purposes and should in no way be interpreted as limiting the scope of the inventions. In addition, various features of different disclosed examples can be combined to form additional examples, which are part of this disclosure. Throughout the drawings, reference numbers may be reused to indicate correspondence between reference elements.
The headings provided herein are for convenience only and do not necessarily affect the scope or meaning of the claimed invention. Although certain preferred embodiments and examples are disclosed below, inventive subject matter extends beyond the specifically disclosed embodiments to other alternative embodiments and/or uses and to modifications and equivalents thereof. Thus, the scope of the claims that may arise herefrom is not limited by any of the particular embodiments described below. For example, in any method or process disclosed herein, the acts or operations of the method or process may be performed in any suitable sequence and are not necessarily limited to any particular disclosed sequence. Various operations may be described as multiple discrete operations in turn, in a manner that may be helpful in understanding certain embodiments; however, the order of description should not be construed to imply that these operations are order dependent. Additionally, the structures, systems, and/or devices described herein may be embodied as integrated components or as separate components. For purposes of comparing various embodiments, certain aspects and advantages of these embodiments are described. Not necessarily all such aspects or advantages are achieved by any particular embodiment. Thus, for example, various embodiments may be carried out in a manner that achieves or optimizes one advantage or group of advantages as taught herein without necessarily achieving other aspects or advantages as may also be taught or suggested herein.
Certain reference numbers are re-used across different figures of the figure set of the present disclosure as a matter of convenience for devices, components, systems, features, and/or modules having features that are similar in one or more respects. However, with respect to any of the examples disclosed herein, re-use of common reference numbers in the drawings does not necessarily indicate that such features, devices, components, or modules are identical or similar. Rather, one having ordinary skill in the art may be informed by context with respect to the degree to which usage of common reference numbers can imply similarity between referenced subject matter. Use of a particular reference number in the context of the description of a particular figure can be understood to relate to the identified device, component, aspect, feature, module, or system in that particular figure, and not necessarily to any devices, components, aspects, features, modules, or systems identified by the same reference number in another figure. Furthermore, aspects of separate figures identified with common reference numbers can be interpreted to share characteristics or to be entirely independent of one another.
Where an alphanumeric reference identifier is used that comprises a numeric portion and an alphabetic portion (e.g., ‘10a.’ ‘10’ is the numeric portion and ‘a’ is the alphabetic portion), references in the written description to only the numeric portion (e.g., ‘10’) may refer to any feature identified in the figures using such numeric portion (e.g., ‘10a,’ ‘10b,’ ‘10c.’ etc.), even where such features are identified with reference identifiers that concatenate the numeric portion thereof with one or more alphabetic characters (e.g., ‘a,’ ‘b,’ ‘c,’ etc.). That is, a reference in the present written description to a feature ‘10’ may be understood to refer to either an identified feature ‘10a’ in a particular figure of the present disclosure or to an identifier ‘10’ or ‘10b’ in the same figure or another figure, as an example.
The present disclosure relates to personal exercise equipment, which may include one or more modular subsystems, and/or associated virtual reality and/or computer systems. Disclosed herein are various exercise systems, devices, and methods for personal strength training/exercise. Various exercise and/or fitness disciplines (e.g., yoga, Pilates, etc.) have grown extensively in popularity. While some embodiments are described herein in the context of yoga and/or Pilates exercises, it should be understood that any of the embodiments disclosed herein can be used for, or relate to, any other suitable or desirable type of exercise and/or fitness discipline.
Yoga and Pilates can provide many health benefits, particularly for those suffering from back pain and/or other conditions. Yoga and Pilates have shown to have a number of different health benefits for both physical and mental wellbeing. Some embodiments disclosed herein provide a yoga and/or Pilates exercise system/device that is usable as a metaverse (e.g., virtual reality) gym and/or exercise platform combining various/multiple categories of exercise with metaverse (e.g., virtual reality, augmented reality, internet-of-things, artificial intelligence, blockchain, and/or the like) features, which can advantageously provide an immersive experience for a user, further promoting health. Such metaverse environment may be interactive and/or instructional and/or can include exercise gaming with other users. Visual metrics can be displayed, for example speed, distance, duration, repetitions, resistance, and/or sets.
Metaverse-integrated exercise platforms disclosed herein can provide a virtual reality (VR) environment that includes artificial intelligence (AI) evaluation. For example, as a user exercises, an AI engine can continuously evaluate and/or compare the user's workouts and/or body metrics to determine progress and/or can automatically make changes to a user's workout routine by decreasing and/or increasing sets, repetitions, resistance, and/or duration. Systems disclosed herein can include one or more electronic displays, such as televisions, monitors, tablets, VR headsets, augmented reality (AR) glasses, and/or phones inserted into a VR viewer associated with the exercise platform. Such exercise platforms can include a means for scanning body movements and representing and/or overlaying user images/representations in a virtual environment. For example, exercise platforms described herein can incorporate AI motion sensors using certain control circuitry (e.g., integrated in smartphone and/or laptop computing devices), and can use 2D and/or 3D marker-less motion tracking of a user's movements to generate metrics including reps, form, position, angles, and other biomechanical feedback. The exercise platforms/systems can implement various other metrics that can be securely stored (e.g., in remote/cloud data storage), that can include, for example, health data, anti-aging metrics, body and personal data metrics, workout and physical activity data along with biomechanical analysis and feedback.
Some embodiments disclosed herein can provide various benefits, including simplified devices for strengthening core muscles, improving overall body posture, relieving joint pain and/or muscle pull, body toning, and/or increased flexibility and/or balance. Pilates reformer devices/systems disclose herein can be used to perform exercises that stimulate muscles without requiring substantial cardiovascular exercise or weightlifting. Embodiments disclosed herein can be used to help tone the body, develop core muscles, and/or reduce joint discomfort and muscle tension.
Exercise platforms disclosed herein can be used to perform various exercises including upper body arm, shoulder, chest, back, triceps, bicep, lats, and/or other muscle groups using various resistance bands and/or positions on the exercise platform. Systems disclosed herein can further allow users to perform approximately twenty or more lower body exercises that can be done with resistance for strength training and/or toning the glutes, calves, thighs, glutes, stomach, hamstrings, and other lower body muscles. Lunges, squats, leg presses, twists, side stepping, lateral raise, calf raise, and many other exercises can be performed using any of the embodiments disclosed herein.
The reformer system 100 may comprise a gliding platform module/unit 30 including one or more platforms, which may have the form of segmented support boards. For example, the glide module/unit 30 can include a first board/platform/panel 1 and/or a second board/platform/panel 2. The first board/panel 1 and the second board/panel 2 may be interconnected by a resistance band/device docking segment 3, which may have the form of a raised hub structure. The dock 3 may have a ridge/curb/flange form that has a lengthwise dimension that is transverse-oriented with respect to a lengthwise dimension Dl of the module 30 and/or system 100. For example, the dock 3 may have an elongate shape that runs perpendicular to the lengthwise dimension Dl of the system 100 (i.e., parallel with the widthwise dimension Dw of the system 100). The dock/hub 3 may serve as, and/or be considered, a partition, interface, divider, console, dock, docking station, or the like, and may comprise one or more wells, slots, channels, grooves, anchor points, or compartments 19 configured to receive and/or anchor/secure portions (e.g., proximal anchor/docking ends/portions) of one or more resistance devices 6 (e.g., bands).
The resistance devices 6 are described as bands in the description below, although it should be understood that the resistance devices shown and described in connection with the present disclosure 6 may have any suitable or desirable configuration or structure. The resistance bands 6 may be coupled at a first end 21 (e.g., ‘proximal’ end) thereof to the dock 3, as shown, which can advantageously provide a static/stationary base for the resistance bands 6. For example, anchors/ends 22 associated with the first end 21 of the resistance bands 6 can be inserted into and/or otherwise coupled with the openings/wells 19 of the dock 3 and held/secured therein. The terms “associated” and “associated with” are used herein according to their broad and ordinary meanings. For example, where a first feature, element, component, device, or member is described as being “associated with” a second feature, element, component, device, or member, such description should be understood as indicating that the first feature, element, component, device, or member is physically coupled, attached, or connected to, integrated with, embedded at least partially within, or otherwise physically related to the second feature, element, component, device, or member, whether directly or indirectly. The anchor wells 19 may be any type of receptacle or cavity access for placement of resistance band portions.
Second ends 23 (e.g., ‘distal’ ends) of the one or more resistance devices/bands 6 may be connected to a sliding touchpoint (e.g., foot) plate/platform 5. The sliding foot plate 5 may provide a dynamic/movable component that, when coupled via spring/resistance devices/bands 6 to the stationary dock 3, provides a resistive sliding carriage for resistance training. In combination with other resistive features of the system 100, such as the resistance bands/devices 24, the system 100 allows for simultaneous upper and lower body resistance training.
The first glide panel/board 1 and the sliding foot plate 5 can operate as a linear guide/rail system, where the foot plate 5 can move as a carriage/slide/runner in a single dimension Dl along a rail. The panel/board 1 can include a track 25 running along one or both sides of the platform 1, which includes structure along which the foot plate 5 can move. Although certain images and description herein relate to liner guiderails/tracks that run along one or both sides of a board/panel, it should be understood that such rails/guides can run along a center line 109 or other position of the respective board/panel. The board/panel 1 can operate as a linear slide table with the foot plate 5. The track 25 can provide a linear bearing for the movement of the plate/platform 5. The platform 1 The foot plate can comprise any structure to slidingly interface with the track 25, such as a t-slot extension configured to be disposed within, and retained by, a channel of the track 25.
The foot plate 5 can comprise a proximal flange 26, which may provide a stopper, bumper, cushion, or the like that a user's foot may contact to provide support when exercising. The proximal end/portion 26 of the plate 5 can further provide docking features for coupling distal ends/portions 23 of the resistance bands 6 to the plate/platform 5. In addition, the surface of the foot plate 5 may comprise traction features 27, such as a mat, pad, or surface comprising one or more treads, ridges, grooves, or the like, which can provide traction for the user's foot (or hand). In addition to, or as an alternative to, the proximal stopper flange 26, the foot plate 5 may include a distal stopper flange/lip 36, which may allow the user to apply lateral force to the foot plate 5 in the longitudinal dimension Dl to thereby cause the resistance bands 6 to expand/stretch to permit the foot plate 5 to slide in the distal direction. The distal stopper 36 may have a generally straight form, as shown in
The system 100 may comprise a base structure 4, which may serve as an exercise bar stand, and therefore may be considered a bar-support base or stand. For example, the base/stand 4 may be configured to support an exercise/balance bar 16 and/or other component(s) of the system 100. The base/stand 4 may comprise a fixed foot/standing platform/plate 7, and may be physically coupled/secured to the second board/panel 2 of the glide module/unit 30 (or to another component of the glide unit 30, such as the dock/hub 3). The base/stand 4 can include a foot stop 8 and/or traction features 27. The base/stand 4 can include lateral stabilizers 9 that run along the lengthwise dimension Dl to provide stability for the base/stand 4 and system 100. The stabilizers 9 can have the form of any type of foot, footing, spreader, outrigger, or the like. The glide unit 30 may advantageously comprise a foldable, dual-board chassis, wherein flexing the boards (e.g., at/near bases thereof) can be implemented to transition the chassis between folded/stowed and open configurations.
As shown in
The base/stand 4 supports and/or includes the exercise (e.g., balance) bar 16. For example, the bar 16 may be integrated with and/or secured to the base 4 in some manner via exercise bar docks 11, which may comprise one or more mounting sockets or receptacles 33, which may include a height-adjustment means or mechanism for selectively setting the height of the bar 16. For example, the bar 16 may include vertical pole segments 31 and a crossbar segment 32, wherein the height of the crossbar segment 32 may be adjustable by adjusting the coupling of the vertical bar segments 31 with the base 4. In some implementations, height adjustment is implemented through the use of a pin-and-hole adjustment system, where a pin 34 may be inserted through the bracket 33 and through corresponding apertures 35 in the vertical portions 31 of the balance bar 16. Such mechanism may allow the user to select the desired height for the crossbar portion 32 of the balance bar 16 that corresponds to the particular workout and/or the height of the user, wherein the height setting of the bar 16 can be secured in place using the pin 34.
The balance bar 16 can be curved in the lengthwise dimension Dl to some degree, which may provide a more ergonomic presentation for manual holding by the user. The system 100 may further comprise one or more receptacles 12 for storing the bar height fixing pin(s) 34 when not in use, such as for when the bar 164 is placed in a storage position in the lateral docks/receptacles 10. In some examples, such as is shown in
The system 100 can further include one or more (e.g., two, as shown) handled resistance bands/devices, including band 24 and handle 18 portions/components, which may be secured to the base/stand 4 in a position laterally outside of the center 109, and/or advantageously laterally outside of the area of the footpad/plate 27. In some implementations, handle clips 14 can be coupled to and/or otherwise associated with the vertical portion(s) 31 of the exercise bar 16, wherein the clip(s) 14 can include hooks or other similar features configured to secure/hold the handle portion 18 of the handled resistance bands. Therefore, when not being used by the user, the resistance band handles 18 may be secured to the base/stand 4 and/or bar 16 in a position as to not interfere with the exercise activity of the user and/or in a position that is suitable for storage of the system 100. In some implementations, the clip(s) 14 for the resistance band handles 18 may be disposed below the balance bar 16 in an area closer to the floor contact of the base/stand 4. For example,
The balance bar 16, in addition to the crossbar 32, may include one or more additional handles 13. For example, whereas the crossbar 32 may generally be oriented in the widthwise dimension Dw, the manual handles 13 may be oriented in the lengthwise dimension Dl in some embodiments. As an example, the secondary handles 13 may project from the vertical portions 31 of the balance bar 16. In some implementations, as shown, the secondary handlebars 13 may project from the balance bar 16 first in the widthwise dimension Dw, and may curve towards the lengthwise dimension Dl, as shown. As with any handle of the system 100, the handles 13 may include grip foam or tape, or similar features to promote grip and/or comfort when manually engaged by the user.
As described in detail herein, the system may provide an exercise assembly for allowing a user to dynamically move/extend lower body parts, such as the feet and legs, through standing on the dynamic (e.g., sled/carriage 5) and/or static (e.g., platform 7) extremity-support (e.g., foot) plates/platforms of the system 100 and engaging the resistance bands 6 to slide the sliding sled/carriage (e.g., foot plate) 5 through foot contact, thereby increasing and decreasing the relative distance Dp between the foot sled/carriage 5 and the static standing platform 7. However, it should be understood that the system 100 may be configured to allow for various upper-body exercises through engagement with the sliding plate/platform 5 by placing hand(s), forearm(s), elbow(s), or other upper-body member(s) on one or more of the platforms 5, 2, 7, or by using/engaging upper-body-targeted tools, such as push-up bars or the like. For example, the system 100 may include docks, holes, or other types of receptacles 39 for coupling push-up handle bars 38, or similar manually-engageable devices.
Handle-mating holes/receptacles 39 may be implemented in the sliding plate 5, the glide module/unit hub/dock 3, the stationary plate 2, the balance bar leg base(s) 42, such as in the lateral/horizontal stabilizer(s) 9, or any other component of the system. For example, a user may couple a first exercise/manual handle 38 (e.g., push-up bar/handle) with handle-mating holes 39 associated with the sliding plate 5, and may further couple a second exercise/manual handle 38 to one of the static components of the system 100, such as the surface of the other static panel 2 of the glide module 30, the dock/hub 3, and/or the leg base(s) 42. Example positions for such handle-coupling holes/receptacles 39 are shown in
The system 100 may further comprise one or more side handles 15 associated with the exercise/balance bar 16. The one or more side handles 15 may comprise pads 13. The side handles 15 of the balance bar 16 can be used in a different grip exercises, allowing for user to grip in a side, hand grip position.
One or more resistance band handle clips 14 may be associated/coupled with the exercise/balance bar 16 and configured to receive one or more resistance band handles 18. The resistance band handle storage clip(s) 14 can provide dock(s) for placement of the handle(s) 18 when not being used for exercise. The system 100 may comprise upper 14a and/or lower 14b resistance band handle storage docks configured to receive one or more resistance handles 18. The resistance band handles 18 can have grip cushion features to allow users to grip and perform multiple exercises. The bar 16 can further include inner pegs/mounts 45 for mounting a resistance band handle or other equipment. The peg(s)/mount(s) 45 can be vertically in-line with the secondary side handles 15, as shown, or at another elevation relative to the vertical portions 31 of the handle 16. The peg(s)/mount(s) 45 can be straight and horizontally-oriented, as shown, and may have end caps/flanges to retain a mounted handle or other piece of equipment.
In some implementations, as shown in
In the configuration of the system 100c, the user may exercise using the crossbar grip 32 or the side handle grips 13, which provide another angle and grip point to use for balance and various exercises. By providing the ability to rotate the exercise bar base/stand 4, thereby rotating the fixed foot plate/platform 7, by, e.g., 90°, as shown, the system 100 allows for a variety of exercises at different angles and directions using the same modular components and system. Such configurability can enable a user to work out in different planes or vectors of motion, and can improve the flow of any exercise class by having this increased functionality on a single apparatus. The system configurability can also enable a user to perform a greater variety of exercises to exercise a greater variety of muscle groups.
A carriage 5 is supported by the horizontal frame/track members 25, the carriage 5 being configured to translate along at least a portion of a length of the horizontal frame/track members 25 and having a planar support surface 29. A first set of springs 6 is supported by, and/or coupled to, the carriage 5, wherein the first set of springs 6 (e.g., resistance bands) are configured to extend toward a proximal end of the first panel/board 1 to a connection with the docking structure 3. The docking structure 3 can have a raised top surface 49 that lies in a plane above a top surface 29 of the glide carriage 5 and can be configured to support a user in a seated position. Alternatively, the fixed platform 7 can be used by the user as a sitting platform in some exercises.
The underside 84 of the fixed platform 7 can be raised above a floor-contact plane 107 of the leg bases 42, such that when the base/stand 4 is placed on a generally flat surface, the underside 84 of the platform 7 and the inside walls 86 of the leg bases 42 define an open channel/space 83 (e.g., generally rectangular volume) between the platform surface 84, sidewalls 86, and the surface on which the base/stand 4 is place (e.g., ground). Such space 83 can be configured/dimensioned to receive at least a portion of the proximal boar/panel 2 of the glide module 30. In some implementations, the platform 7 includes groove/channel features 87, such as male tongue/groove flanges/projections that are configured to fit within corresponding channels 54 of the board/panel 2 to guide insertion of the board/panel 2 into the space 83 under the standing platform 7. Although male mating features 87 are shown on the underside 84 of the standing platform 7 and corresponding female mating features 54 are shown on the glide module panel/board 2, it should be understood that the feature 54 of the panel/board may be male features and the features 87 of the platform 7 female features in some implementations.
In the storage configuration shown in
The system 100 can operate as a reformer system wherein the user 95 can place an extremity (e.g., foot) on a carriage/sled component 5, and another extremity (e.g., foot) on a fixed platform (e.g., platform 7, platform 2). Springs/bands 6 or other resistance members can resiliently bias the carriage 5 toward the direction of the fixed platform and/or bar 16. The user 95, as shows, can stand (or sit or lie) on the carriage 5 and push against a surface, such as a foot bar portion/flange to move the carriage 5 away from foot bar. The user 95 can additionally grasp the ends 18 of a pair of resistance bands 24 to perform upper-body exercise.
Conventional reformer devices do not provide adjustable handle grips near the elevated portion of the apparatus that a user can grasp during various exercise movements and routines using. Embodiments of the present disclosure advantageously provide reformer/exercise systems that are relatively simple and easy to use, and include a compact convertible platform mechanism that can convert from a slide board to various other exercise with relatively minor modifications. For example, the user 95 can perform exercises in different planes standing on the elevated platform 7, or perform exercises from a seated position, kneeling, lying, or otherwise from the elevate platform 7. Embodiments of the present disclosure further provide one or more handle members that are adjustable to suit a wide range of users exercising in a seated position on the platform 7 (can also be referred to as a ‘chair’ in some contexts).
As with other embodiments disclosed herein, the system 100 in
The fixed foot platform 7 can connect to and sit at least partially over/on one of the glide module boards/panels 1, 2 and provide various additional exercise options. The platform 7 can be associated with an exercise bar stand/base 4, including a leg bases 42 for additional stability. The carriage 5 and/or fixed platform 7 can have non-slip foot cushion surfaces. As described in detail above, the bar stand 4 can have integrated balance bar 16 storage features 10.
The system 100 can be used by the user 95 in connection with yoga, Pilates, and/or stretching exercises, among other exercises. Positioning the bar 16 in the lowered configuration shown in
The system 100 can include a second set of resistance bands 24 that can provide for simultaneous muscle group exercises when used in combination with the sliding carriage 5. For example, the user 95 can perform a resistance lunge while doing a squat with downward resistance for squat motion and forward resistance for leg movement, while doing a single leg squat with a second leg pushing the carriage 5 backward under resistance. In some examples, the exercise system 100 can provide for multiple (e.g., up to 39 or more) exercises, which can include yoga resistance stretches, Pilates reverse and/or side lunges, back splits, side arm work, knee stretches, squats, curls, triceps, resistance push up, upper lower back hamstrings, deltoid exercises, chest exercises, and many others. The carriage 5 can also be used for cardio gliding exercises.
The foot plate/carriage 5 is elastically attached to the resistance device dock/hub/console of the glide module 30 via one or more resistance bands 6, and the handles 18 are elastically attached to the base/stand 4 via the bands 24. The base/stand 4 can include certain ports 78 through which the resistance bands 24 may pass for attachment within and/or beneath the leg bases 42.
The position of the crossbar 32 and the side handles 15 can be adjusted such that they can be moved a first position height relative to the ground surface to a second height relative to the ground surface, the second height being further away from the ground surface than the first height. Also, the second portion of each handle member can be selectively rotatable about an axis extending approximately through the centerline of the first portion of the handle member such that the rotational orientation of each handle member can be adjusted from a first rotational orientation to at least a second rotational orientation about the axis extending approximately through the centerline of the first portion of the handle member.
The embodiment of
The chassis 301 includes a first tray/board/panel 1 and a second tray/board/panel 2. The first 1 and second 2 boards may be coupled to a central hub 3, which is described in detail above. For example, the hub 3 may connect to the platforms 1, 2 at interfaces 57, which may have hinge mechanism(s) associated therewith. For example, the chassis 301 may be configured to fold along the hinge lines 57 to allow the chassis 301 to transition between an open/expanded configuration as shown in
In some implementations, the hub 3, which may serve as a resistance band dock, has a side profile (see
One or both of the trays/boards 1, 2 may have associated therewith a handle feature 46. For example, as illustrated, each of the trays/boards 1, 2 can include apertures 46 through which the user's fingers can be placed to allow for manual engagement therewith for holding and/or transporting of the chassis 301. For example, the handle features 46 may serve as recessed handles that are flush with one or more surfaces of the boards/panels 1, 2. The handle apertures 46a, 46b may have any suitable or desirable shape, such as the illustrated elongated oval/stadium shapes. The handles 46 may advantageously be positioned relatively close to distal ends 62, 63 of the respective trays/boards 1, 2, such as within six inches of the ends 62, 63, or within the end 20% of the length of the trays/boards.
As with other embodiments disclosed herein, the first tray/panel/board 1 may have associated therewith tracks 25 running on opposite sides of the tray 1, wherein such tracks 25 can facilitate linear translation of a sliding carriage platform/plate (e.g., foot plate) as described herein. The second tray/panel 2 may or may not likewise have carriage tracks associated therewith. In some implementations, the second tray/panel/board 2 includes lengthwise-running channels 54 (or projections/tongues), which may facilitate alignment and/or engagement with a balance bar stand/base structure and/or associated standing platform, as described herein. For example, the channels 54 may be configured to have corresponding projections associated with a separate structure running therethrough to guide insertion of the panel/board 2 into a space defined by the other structure/base of the relevant system. The track(s) 25 can be any type of linear or non-linear guiderails, rails, slide tracks, guide channels, or the like configured to allow a foot platform to operate as a rail-mounted carriage.
The surfaces 53, 56 of the panels/boards 1, 2 can be smooth, or can have traction grooves or other non-slip features associated therewith to accommodate standing or hand placement thereon by the user in connection with various exercises. The bottom view of
The central hub/dock 3 can interconnect the first board 1 and the second board 2. The sides of the dock/hub 3 may form hinged connections with the first board 1 and/or the second board 2 to allow the first board 1 and/or second board 2 to fold and/or extend towards each other to reduce the profile of the chassis 301 and/or combined glide module (e.g., including a sliding carriage and/or resistance band(s)).
The anchor wells 19 may have opening on the top side 49 of the dock 3, as well as band slots 47 on the side surface 48, which may be ramped. The slots 47 are contiguous with the wells 19 to allow the bands 6 to pass from the wells 19 into the slots 47. The panels/boards 1, 2 of the resistance-training platform/chassis 30 can have the form of wings, leaves, flaps, or the like. The sides 48 of the hub can be opposite-facing ramps, as shown in
The carriage/sled 5 may further be mated with the tracks 25 in a manner as to allow for free sliding within the tracks 25 by the carriage/sled 5, subject to friction between the carriage/sled 5 in the tracks 25 and/or resistance forces acting on the proximal portion 26 of the sled/carriage 5 by the resistance bands 6. The second board 2 can include guide rail(s), which may be male or female components of a tongue-and-groove coupling system, as described in detail herein. The guide feature(s) 54 may align the board with another piece of equipment in a modular assembly as described herein. Either or both of the boards 1, 2 can include side notch(es) 55, which may mate with corresponding key(s) of an exercise bar stand/base structure to provide discrete coupling/mating positions when the glide module 30 is inserted in a space defined by the stand/base structure.
The second board/panel 2 can have coupled thereto, or otherwise positioned in proximity thereto, or associated therewith, a stationary platform/plate 7, which may include one or more of a platform surface 27 and/or lateral stopper 8, as described in detail herein. For example, the stationary plate 7 may be coupled to the board/panel 2, or alternatively may be coupled to a balance bar stand/base or other structure under/into which the board/panel 2 may be inserted as part of an exercise assembly/system. Although
The foot/hand plate surfaces 27, 29 may be configured to have any type of extremity (e.g., hand, foot) placed thereon, wherein the stationary surface 27 may allow for stationary placement of a user extremity, whereas the sliding surface can allow for relative movement of a second extremity of the user relative to the first extremity placed on the stationary surface 27. Such combined stationary and sliding platform/surface assembly can facilitate implementation of a variety of exercises, such as those associated with Pilates, yoga, and/or other strength for balance training. Multiple resistance bands can be attached to the glide platform 5 and the resistance band dock/compartment, allowing for an individual to place their foot in multiple positions to allow forward, back, and side Pilates exercises. With the different connection features of the glide module, the module 30 can operate as a convertible platform that is reconfigurable into various arrangements.
In the folded configuration, the panels 1, 2 may be brought together at respective distal portions/ends 62, 63 thereof to reduce a lengthwise profile of the chassis 30. When the boards/panels 1, 2 are folded as shown in
The chassis 30 may be folded into the stowed/folded configuration shown in
The platform unit/module 30 may be configured to be portable in that the handle(s) 46 facilitate carrying of the unit/module 30. The back/underside 65, 59 of the boards 1, 2 and/or dock 3 may have a varying texture and/or surface, and/or may comprise relatively smooth portions 69 and/or relatively rough portions 67 configured to improve grip of the platform unit/module 30. The rough portions 67 may comprise a rough, embossed, and/or textured surface. In some examples, logos and/or lettering may be embossed or debossed within the rough portions 67.
With the longitudinal ends of the boards 1, 2 brought together, the boards may be secured in the stowed position relative to one another by one or more clips, straps, or other locking features 92, which may be implemented on the sides or in the area of the handle(s) 46. The areas of the boards 1, 2 close to the hinge(s) 57 can be considered the base of the boards. The boards are configured to flex/pivot about the hinge(s) 57.
The system 200 may include a chassis 130 configured to have coupled and/or otherwise associated therewith a sliding sled/carriage 105, which may be similar in one or more respects to any of the movable sleds/carriages disclosed herein, such as foot plates or the like. The carriage 105 may be coupled via resistance elements/devices 6 (e.g., resistance bands) to a dock/hub portion 103 of the chassis 130, as with other examples disclosed herein. The chassis 130 may include a panel/tray 101 coupled to one lengthwise Dl side of the dock/hub 103. However, unlike certain other examples disclosed herein, the chassis 130 may not have a second board/panel disposed on an opposite side of the dock/hub 103 from the first board 101.
In some implementations, the system 200 may be configured to have a spacer/bracket/plate structure 107 coupled to the dock/hub 103, such as through engagement of one or more engagement features (e.g., fingers, claws, hooks, or the like) 109 with openings/wells and/or other coupling features 119 of the dock/hub 103, which may allow for secure coupling between the plate/bracket 107 and the chassis 130. The bracket/plate 107 may be used as an extremity plate 107 for placement of a hand or foot during exercise. The bracket/plate 107 may be configured to have inserted therein and/or otherwise coupled thereto certain push-up bars or other apparatus(es) for manual engagement when performing various exercises with the system 200. Additionally or alternatively, the bracket/plate 107 may have a surface 127 designed for extremity support/placement (e.g., and/or foot placement) when performing exercises with the system 200, such as exercises that involve linear sliding of the sled/carriage 105. The plate 107 may include a proximal stopper 108, which may project away from the surface 127 and provide a counter surface against which user may push and/or apply force to facilitate exercise resistance for training. In some implementations, a secondary plate/structure 140 may be placed under and/or otherwise in association with the plate 107 to secure the secondary plate 140 for use in connection with various exercises. For example, the plate 140 may extend generally in the widthwise dimension Dw, and may have resistance bands/handles 118 coupled thereto to allow for resistance band training from a stationary fixture in connection with various exercises.
The system 200, as with other systems/components disclosed herein, can have handle mounts/holes 139 implemented in one or more components of the system 200, as shown. For example, handle (e.g., push-up handle) mounts/holes 139 may be formed/implemented in any portion of the sled 105 and/or bracket/plate 107, as shown, and/or in the board 101 or secondary plate 140.
The board/panel/tray 101 may represent a possible implementation of any of the boards/panels/trays disclosed herein in connection with any of the illustrated and/or described exercise systems. In the example embodiment of
Example exercise systems can comprise computer systems configured to provide for user enrollment and/or registration. For example, user login details may be requested, received, and/or managed by one or more computer and/or computer networks. Login to the computer systems may be fully secured and/or may provide enhanced data security.
In some examples, computer systems may be configured to create a cryptographic signature of user data. While user information is managed and/or stored, the computer systems (e.g., blockchain layer) may be configured to ensure that a hash of the data is stored as a blockchain transaction and/or that data is well protected and secured. Ownership of data may be managed by user and data sharing and/or may be prohibited without acceptance from user.
Some example computer systems can comprise a blockchain solution and/or hybrid computer application that can run on blockchain and/or other system (e.g., Hyperledger Fabric). In some examples, the computer application may be built up on Ethereum and/or may provide an option to launch on web 3.
User registration can comprise secure authentication of users using Blockchain and/or similar technology. In some cases, fingerprint authentication can be used. User confidential information can be secured cryptographically using Blockchain and/or similar technology. Ownership of user records may be managed in a decentralized architecture.
In some examples, the exercise systems described can incorporate direct inputs from various devices and/or applications, including Fitbit devices, Apple watches, and/or other smart devices. Health Regime suggestions may be incorporated using, for example, the Federated Decision model and/or using Blockchain. In some cases, an incentive model may be incorporated for health care experts and users of the app based on the active usage and management of health parameters.
In some examples, users may be able to store medical records into the exercise computer systems. Medical records can be received from different places (e.g., hospitals and/or labs) in one place and/or can be shared with providers as needed. Physicians may be provided with access to the information only if the user authorized.
Computer systems can comprise AI models with Blockchain transactions to automatically build a health diary for the user. AI and/or other systems may be configured to apply the user's health diary to big data, together with the security offered by blockchain technology for the management of various databases of the computer systems.
Gathered and/or stored data may be used in the development and/or enhancement of AI algorithms and/or may be secured with blockchain and/or similar systems. Such data may be used to audit intermediary steps that the AI takes to draw conclusions from the data, the integration of machine learning and AI into blockchain, and vice versa, will be used to enhance the blockchain's underlying architecture and boost the AI's potential; Additionally, blockchain may also make AI more coherent and understandable. The AI combined with blockchain may have the capability to divide and/or separate the information into blocks, providing more accurate data from users. Computer systems may be configured to trace and/or determine why decisions are made by users.
Provided below is a list of examples, each of which may include aspects of any of the other examples disclosed herein. Furthermore, aspects of any example described above may be implemented in any of the numbered examples provided below.
Example 1: An exercise device comprising a first board, a second board having one or more linear rails running along a lengthwise dimension of the exercise device, an extremity platform coupled to the one or more linear rails in a sliding engagement, and a resistance band dock coupled to sides of the first board and the second board.
Example 2: The exercise device of any example disclosed herein, in particular example 1, further comprising one or more resistance bands coupling the extremity platform to the dock.
Example 3: The exercise device of any example disclosed herein, in particular example 1, wherein the dock has a raised ridge form.
Example 4: The exercise device of any example disclosed herein, in particular example 3, wherein the dock comprises one or more anchor wells configured to receive a resistance band portion of a resistance band to anchor the resistance band to the dock.
Example 5: The exercise device of any example disclosed herein, in particular example 4, wherein the resistance band portion comprises an anchor.
Example 6: The exercise device of any example disclosed herein, in particular example 4, further comprising an anchor well cover at least partially covering the one or more anchor wells.
Example 7: The exercise device of any example disclosed herein, in particular example 1, further comprising a fixed extremity platform coupled to the first board.
Example 8: The exercise device of any example disclosed herein, in particular example 1, wherein the extremity platform comprises a distal stopper flange.
Example 9: The exercise device of any example disclosed herein, in particular example 1, wherein the first board includes one or more guide rails to align the first board with another exercise device.
Example 10: The exercise device of any example disclosed herein, in particular example 9, wherein the other exercise device comprises a balance bar assembly.
Example 11: The exercise device of any example disclosed herein, in particular example 1, wherein at least one of the first board or the second board has a handle aperture.
Example 12: The exercise device of any example disclosed herein, in particular example 1, wherein the first and second boards are foldable on opposite sides of the resistance band dock.
Example 13: The exercise device of any example disclosed herein, in particular example 1, wherein at least one of the extremity platform, the resistance band dock, or the first board comprises handle-anchoring recesses.
Example 14: An exercise device comprising a first board, a second board, and a raised ridge structure coupled to a first side of the first board via a first hinge that runs along a widthwise dimension of the exercise device, and a first side of the second board via a second hinge that runs along the widthwise dimension.
Example 15: The exercise device of any example disclosed herein, in particular example 14, further comprising a first platform that is slidable over at least a portion of the first board.
Example 16: The exercise device of any example disclosed herein, in particular example 15, wherein the first board comprises one or more guide rails configured to guide linear motion of the first platform.
Example 17: The exercise device of any example disclosed herein, in particular example 15, wherein the first platform is configured to be coupled to the raised ridge structure by one or more resistance bands, such that the one or more resistance bands oppose movement of the first board in one or more directions.
Example 18: The exercise device of any example disclosed herein, in particular example 15, wherein the second board is fixed relative to a second platform.
Example 19: The exercise device of any example disclosed herein, in particular example 14, further comprising an exercise bar supported by a base structure configured to be mated together with the second board.
Example 20: The exercise device of any example disclosed herein, in particular example 19, wherein the base structure comprises a fixed extremity platform.
Example 21: The exercise device of any example disclosed herein, in particular example 20, wherein the base structure further comprises a dock for one or more handled resistance bands.
Example 22: The exercise device of any example disclosed herein, in particular example 19, wherein the exercise bar has a crossbar portion that runs along the widthwise dimension when the base structure is mated together with the second board.
Example 23: The exercise device of any example disclosed herein, in particular example 14, wherein the raised ridge structure has a trapezoidal shape with opposite-facing ramp surfaces facing in a lengthwise dimension of the exercise device.
Example 24: An exercise system comprising a chassis comprising a first board, a second board having one or more linear rails running along a lengthwise dimension of the chassis, a sled platform configured to couple to the one or more linear rails in a sliding engagement, and a resistance band dock coupled between the first board and the second board, and an exercise bar stand comprising a fixed standing platform, first and second leg bases including lateral stabilizers disposed on opposite sides of the fixed standing platform, and an exercise bar projecting vertically from the first and second leg bases and including a horizontal crossbar portion.
Example 25: The exercise system of any example disclosed herein, in particular example 24, further comprising one or more handlebars emanating from the exercise bar and extending in dimension perpendicular to the crossbar portion of the exercise bar.
Example 26: The exercise system of any example disclosed herein, in particular example 24, wherein vertical portions of the exercise bar have one or more handle docks associated therewith.
Example 27: The exercise system of any example disclosed herein, in particular example 24, wherein the first and second lateral stabilizers have horizontally-oriented bar docks configured to hold the exercise bar in a horizontal orientation.
Example 28: The exercise system of any example disclosed herein, in particular example 24, wherein the exercise bar stand comprises a raised foot stopper disposed proximal of at least a portion of the fixed standing platform.
Example 29: The exercise system of any example disclosed herein, in particular example 28, wherein the raised foot stopper extends between the first and second leg bases.
Example 30: The exercise system of any example disclosed herein, in particular example 29, wherein the raised foot stopper is an integrated form with the first and second leg bases.
Example 31: The exercise system of any example disclosed herein, in particular example 24, wherein the fixed standing platform includes a first standing area on a first longitudinal side of the exercise bar, and a second standing area on a second longitudinal side of the exercise bar.
Example 32: The exercise system of any example disclosed herein, in particular example 24, wherein, when the exercise bar is positioned in a standing position on a ground surface, the first and second leg bases hold the fixed standing platform in an elevated position above the ground surface.
Example 33: The exercise system of any example disclosed herein, in particular example 32, wherein the first board is configured to be slidable at least partially under at least a portion of the fixed standing platform, such that a first portion of the first board is disposed in a space between the standing platform and the ground surface and between the first and second leg bases.
Example 34: The exercise system of any example disclosed herein, in particular example 33, wherein when the first portion of the first board is positioned in the space, a second portion of the first board is exposed.
Example 35: The exercise system of any example disclosed herein, in particular example 34, wherein the second portion of the first board includes a exercise handle dock for coupling with an exercise handle.
Example 36: An exercise system comprising a segmented support board comprising a first wing having a linear guide track associated therewith, an elongate docking ridge structure coupled on a first long side to the first wing, and a second wing coupled to a second long side of the docking ridge structure, and a balance bar stand comprising a bar-support base, a standing platform fixed to the bar-support base, and a balance bar coupled to the bar-support base.
Example 37: The exercise system of any example disclosed herein, in particular example 36, wherein first and second ends of the balance bar are coupled to first and second support legs of the bar-support base.
Example 38: The exercise system of any example disclosed herein, in particular example 36, wherein the segmented support board is foldable along the first long side and the second long side of the docking ridge structure.
Example 39: The exercise system of any example disclosed herein, in particular example 36, wherein the docking ridge structure comprises one or more anchor wells.
Example 40: The exercise system of any example disclosed herein, in particular example 39, wherein the one or more anchor wells are open on a top of the docking ridge structure.
Example 41: The exercise system of any example disclosed herein, in particular example 40, wherein the docking ridge structure includes one or more slots on a side of the docking ridge structure, each of the one or more slots being contiguous with one of the one or more anchor wells.
Example 42: The exercise system of any example disclosed herein, in particular example 36, further comprising a foot plate slidingly coupled to the linear guide track of the first wing.
Example 43: The exercise system of any example disclosed herein, in particular example 42, further comprising one or more resistance bands that couple the foot plate to the docking ridge structure.
Example 44: The exercise system of any example disclosed herein, in particular example 36, wherein at least one of the first wing or the second wing has a handle aperture.
Example 45: The exercise system of any example disclosed herein, in particular example 36, wherein the second wing is dimensioned to slide under the standing platform of the balance bar stand.
Example 46: A method of using an exercise system, the method comprising providing a base plate module including a first panel, a second panel, and a resistance band docking module disposed between the first panel and the second panel with respect to a longitudinal dimension of the base plate module, providing an exercise bar module including a bar support base, a standing platform fixed to the bar support base, and an exercise bar coupled to the bar support base, and sliding the first panel of the base plate module at least partially under the standing platform of the exercise bar module.
Example 47: The method of any example disclosed herein, in particular example 46, further comprising unfolding the base plate module from a stowed configuration to an open configuration.
Example 48: The method of any example disclosed herein, in particular example 47, wherein, in the stowed configuration, longitudinal ends of the first panel and the second panel are brought together.
Example 49: The method of any example disclosed herein, in particular example 48, wherein, in the stowed configuration, the base plate module has a triangular side profile.
Example 50: The method of any example disclosed herein, in particular example 47, further comprising carrying the base plate module in the stowed configuration at least in part by grasping one or more handles associated with longitudinal ends of the first panel and the second panel.
Example 51: The method of any example disclosed herein, in particular example 46, further comprising fixing the first panel to the exercise bar module.
Example 52: The method of any example disclosed herein, in particular example 46, wherein said sliding the first panel under the standing platform involves mating tongue feature of a first one of the first panel or the standing platform with a groove feature of a second one of the first panel or the standing platform.
Example 53: The method of any example disclosed herein, in particular example 46, further comprising sliding a gliding platform engaged with a linear track of the second panel.
Example 54: The method of any example disclosed herein, in particular example 53, wherein said sliding the gliding platform involves placing a first foot on the standing platform of the exercise bar module, placing a second foot on the gliding platform, and pushing the gliding platform away from the standing platform using the second foot.
Example 55: The method of any example disclosed herein, in particular example 54, wherein the gliding platform is coupled to the resistance band docking module by one or more resistance bands.
Example 56: The method of any example disclosed herein, in particular example 46, further comprising adjusting a height of the exercise bar relative to the bar support base.
Example 57: A method of using an exercise system, the method comprising providing a resistance training chassis including a first board; a second board having one or more guiderails running in a longitudinal direction, and a transverse-oriented resistance band dock disposed between the first board and the second board, and transitioning the resistance training chassis between a stowed configuration and an open configuration by flexing bases of the first and second boards at respective hinge connections to the resistance band dock.
Example 58: The method of any example disclosed herein, in particular example 57, further comprising coupling one or more resistance bands to the resistance band dock.
Example 59: The method of any example disclosed herein, in particular example 58, wherein said coupling the one or more resistance bands to the resistance band dock involves placing a first portion of a resistance band in an anchor well of the resistance band dock.
Example 60: The method of any example disclosed herein, in particular example 59, wherein the first portion of the resistance band is an anchor associated with an end of the resistance band.
Example 61: The method of any example disclosed herein, in particular example 59, further comprising coupling a second portion of the resistance band to a proximal dock of a foot sled configured to be slidingly coupled to the one or more guiderails of the second board.
Example 62: The method of any example disclosed herein, in particular example 59, further comprising covering at least a portion of the anchor well with a cover after said placing the first portion of the resistance band in the anchor well.
Example 63: The method of any example disclosed herein, in particular example 57, further comprising coupling a foot sled to the one or more guiderails.
Example 64: The method of any example disclosed herein, in particular example 63, further comprising pushing the foot sled away from the resistance band dock against resistance force of one or more resistance bands coupled between the foot sled and the resistance band dock.
Example 65: The method of any example disclosed herein, in particular example 57, further comprising attaching a foot platform to the first board.
Example 66: The method of any example disclosed herein, in particular example 57, further comprising holding a handle associated with an end portion of one or more of the first board or the second board.
Example 67: The method of any example disclosed herein, in particular example 66, further comprising hanging the resistance training chassis on a wall by engaging a wall-mount with the handle.
Example 68: An exercise kit comprising a resistance training chassis including, a first board, a second board having one or more guiderails running in a longitudinal direction, and a transverse-oriented resistance band dock disposed between the first board and the second board, a sliding foot platform couplable to the one or more guiderails, and an exercise bar module including a bar support base, a standing platform fixed to the bar support base, and an exercise bar couplable to the bar support base.
Example 69: The exercise kit of any example disclosed herein, in particular example 68, further comprising a plurality of resistance bands configured to couple the sliding foot platform to the resistance band dock.
Depending on the embodiment, certain acts, events, or functions of any of the processes or algorithms described herein can be performed in a different sequence, may be added, merged, or left out altogether. Thus, in certain embodiments, not all described acts or events are necessary for the practice of the processes.
Conditional language used herein, such as, among others, “can,” “could,” “might,” “may.” “e.g.,” and the like, unless specifically stated otherwise, or otherwise understood within the context as used, is intended in its ordinary sense and is generally intended to convey that certain embodiments include, while other embodiments do not include, certain features, elements and/or steps. Thus, such conditional language is not generally intended to imply that features, elements and/or steps are in any way required for one or more embodiments or that one or more embodiments necessarily include logic for deciding, with or without author input or prompting, whether these features, elements and/or steps are included or are to be performed in any particular embodiment. The terms “comprising.” “including.” “having.” and the like are synonymous, are used in their ordinary sense, and are used inclusively, in an open-ended fashion, and do not exclude additional elements, features, acts, operations, and so forth. Also, the term “or” is used in its inclusive sense (and not in its exclusive sense) so that when used, for example, to connect a list of elements, the term “or” means one, some, or all of the elements in the list.
Conjunctive language such as the phrase “at least one of X, Y and Z.” unless specifically stated otherwise, is understood with the context as used in general to convey that an item, term, element, etc. may be either X. Y or Z. Thus, such conjunctive language is not generally intended to imply that certain embodiments require at least one of X, at least one of Y and at least one of Z to each be present.
It should be appreciated that in the above description of embodiments, various features are sometimes grouped together in a single embodiment, Figure, or description thereof for the purpose of streamlining the disclosure and aiding in the understanding of one or more of the various inventive aspects. This method of disclosure, however, is not to be interpreted as reflecting an intention that any claim require more features than are expressly recited in that claim. Moreover, any components, features, or steps illustrated and/or described in a particular embodiment herein can be applied to or used with any other embodiment(s). Further, no component, feature, step, or group of components, features, or steps are necessary or indispensable for each embodiment. Thus, it is intended that the scope of the inventions herein disclosed and claimed below should not be limited by the particular embodiments described above, but should be determined only by a fair reading of the claims that follow.
It should be understood that certain ordinal terms (e.g., “first” or “second”) may be provided for ease of reference and do not necessarily imply physical characteristics or ordering. Therefore, as used herein, an ordinal term (e.g., “first,” “second,” “third,” etc.) used to modify an element, such as a structure, a component, an operation, etc., does not necessarily indicate priority or order of the element with respect to any other element, but rather may generally distinguish the element from another element having a similar or identical name (but for use of the ordinal term). In addition, as used herein, indefinite articles (“a” and “an”) may indicate “one or more” rather than “one.” Further, an operation performed “based on” a condition or event may also be performed based on one or more other conditions or events not explicitly recited.
Unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which example embodiments belong. It be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the relevant art and not be interpreted in an idealized or overly formal sense unless expressly so defined herein.
The spatially relative terms “outer,” “inner,” “upper,” “lower,” “below.” “above.” “vertical,” “horizontal,” and similar terms, may be used herein for ease of description to describe the relations between one element or component and another element or component as illustrated in the drawings. It be understood that the spatially relative terms are intended to encompass different orientations of the device in use or operation, in addition to the orientation depicted in the drawings. For example, in the case where a device shown in the drawing is turned over, the device positioned “below” or “beneath” another device may be placed “above” another device. Accordingly, the illustrative term “below” may include both the lower and upper positions. The device may also be oriented in the other direction, and thus the spatially relative terms may be interpreted differently depending on the orientations.
Unless otherwise expressly stated, comparative and/or quantitative terms, such as “less,” “more,” “greater,” and the like, are intended to encompass the concepts of equality. For example, “less” can mean not only “less” in the strictest mathematical sense, but also, “less than or equal to.”
This application claims priority to U.S. Provisional Patent Application Ser. No. 63/406,507, filed on Sep. 14, 2022 and entitled PERSONAL EXERCISE SYSTEMS, the complete disclosure of which is hereby incorporated by reference in its entirety.
| Number | Date | Country | |
|---|---|---|---|
| 63406507 | Sep 2022 | US |
