MODULAR EXERCISE PLATFORM WITH ADJUSTABLE SUPPORT

Description

CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims the benefit of U.S. Provisional Patent Application No. 63/676,806, filed 29 Jul. 2024, entitled MODULAR EXERCISE APPARATUS, the disclosure of which is incorporated by reference herein in its entirety.

FIELD

The present disclosure relates generally to exercise equipment. More particularly, the present disclosure relates to a modular exercise platform.

BACKGROUND

Conventional exercise equipment typically falls into discrete categories, each designed for specific types of workouts or muscle groups. Weight machines, cardio equipment, and functional training apparatus generally serve distinct purposes and occupy separate spaces within fitness facilities or home gyms. This segmentation can lead to inefficient use of available space and may limit the variety of exercises that can be performed within a given area.

Many existing exercise platforms provide fixed configurations that cannot be easily modified to accommodate different exercise routines or user preferences. Users may find themselves switching between multiple pieces of equipment to complete a comprehensive workout, which can be time-consuming and may interrupt the flow of their exercise routine. The lack of versatility in traditional equipment design can also make it difficult for users to progress their workouts or adapt their routines as their fitness levels change.

Space constraints represent another consideration in exercise equipment design. Home fitness enthusiasts often face limitations in available floor space, making it challenging to accommodate multiple pieces of exercise equipment. Even in commercial fitness facilities, efficient use of space remains a consideration for maximizing the variety of exercise options available to users.

The integration of resistance training elements with platform-based exercises presents opportunities for creating more versatile exercise solutions. However, many existing systems do not provide flexible attachment points or modular configurations that would allow users to easily transition between different exercise modalities on a single piece of equipment.

SUMMARY

This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.

According to an aspect of the present disclosure, an exercise apparatus is provided. The exercise apparatus includes a base including a frame and defining a substantially planar platform configured to support a user. The exercise apparatus further includes a pillar coupled to the base. The exercise apparatus also includes a support platform coupled to the pillar, wherein the pillar and support platform are movable between a first position in which the pillar extends upward from the base with the support platform positioned above the substantially planar platform, and a second position in which the support platform is disposed within an opening in the base to form part of the substantially planar platform.

According to other aspects of the present disclosure, the exercise apparatus may include one or more of the following features. The support platform may be rotatably coupled to the pillar. The support platform may include a locking mechanism configured to secure the support platform in the first position. The pillar may be adjustable in length to vary a height of the support platform above the substantially planar platform when in the first position. The base may further include a plurality of removable floor panels that form part of the substantially planar platform. Removal of at least one of the plurality of removable floor panels may create the opening in the base. The exercise apparatus may further include a plurality of attachment points disposed on at least one of the base, the pillar, or the support platform, wherein the plurality of attachment points are configured to receive resistance training devices.

According to another aspect of the present disclosure, an exercise platform is provided. The exercise platform includes a frame. The exercise platform further includes a first floor section fixedly coupled to the frame. The exercise platform also includes a second floor section removably coupled to the frame in a first configuration to form a substantially planar exercise surface with the first floor section. The exercise platform additionally includes a pillar configured to support the second floor section above the first floor section in a second configuration, wherein the second floor section serves as a support platform when supported by the pillar.

According to other aspects of the present disclosure, the exercise platform may include one or more of the following features. The pillar may be rotatably coupled to the frame and movable between an upright position supporting the second floor section and a stowed position disposed within the frame. The second floor section may be rotatably coupled to the pillar via a hinge mechanism. The hinge mechanism may include a locking mechanism configured to secure the second floor section in a fixed angular position relative to the pillar when in the second configuration. The hinge mechanism may be locked by a spring loaded pin engagement with a radial piece including cutouts, holes or other features that can be selectively engaged by the spring loaded pin. Alternatively, a bolt, pin, cam, or other engagement feature can be used to selectively vary the angular position of the hinge mechanism. The pillar may be adjustable in length to vary a height of the second floor section above the first floor section when in the second configuration. The exercise platform may further include a plurality of attachment points disposed on at least one of the frame, the first floor section, or the second floor section, wherein the plurality of attachment points are configured to receive resistance training devices.

According to yet another aspect of the present disclosure, an exercise apparatus is provided. The exercise apparatus includes a base defining a substantially planar platform. The exercise apparatus further includes a pillar rotatably coupled to the base via a hinge mechanism. The exercise apparatus also includes a support platform removably coupled to the pillar. The exercise apparatus additionally includes a plurality of attachment points disposed on at least one of the base, the pillar, or the support platform, wherein the attachment points are configured to receive resistance training devices.

According to other aspects of the present disclosure, the exercise apparatus may include one or more of the following features. The resistance training devices may include elastic bands. The elastic bands may be configured to connect between different attachment points to provide variable resistance during exercises. The hinge mechanism may allow the pillar to rotate between an upright position and a stowed position disposed within the base. The support platform may be configured to form part of the substantially planar platform when the pillar is in the stowed position. The support platform may be rotatably coupled to the pillar and include a locking mechanism configured to secure the support platform at a predetermined angle relative to the pillar. The predetermined angle may be adjustable to accommodate different exercise positions.

The foregoing general description of the illustrative embodiments and the following detailed description thereof are merely exemplary aspects of the teachings of this disclosure and are not restrictive.

BRIEF DESCRIPTION OF FIGURES

Non-limiting and non-exhaustive examples are described with reference to the following figures.

FIG. 1 illustrates a perspective view of an exercise platform assembly in a first configuration, according to aspects of the present disclosure.

FIG. 2 illustrates a top view of a platform system in a second configuration, according to aspects of the present disclosure.

FIG. 3A shows an example of a resistance training device attached to an exercise platform, according to aspects of the present disclosure.

FIG. 3B shows another example of a resistance training device attached to an exercise platform, according to aspects of the present disclosure.

FIG. 3C shows another example of a resistance training device attached to an exercise platform, according to aspects of the present disclosure.

FIG. 4A shows an example of a resistance training device attached to an exercise apparatus, according to aspects of the present disclosure.

FIG. 4B shows another example of a resistance training device attached to an exercise apparatus, according to aspects of the present disclosure.

FIG. 4C shows another example of a resistance training device attached to an exercise apparatus, according to aspects of the present disclosure.

FIG. 4D shows another example of a resistance training device attached to an exercise apparatus, according to aspects of the present disclosure.

FIG. 5A shows a side view of an example of an exercise apparatus in one configuration, according to aspects of the present disclosure.

FIG. 5B shows a side view of an example of an exercise apparatus in another configuration, according to aspects of the present disclosure.

FIG. 5C shows a side view of an example of an exercise apparatus in yet another configuration, according to aspects of the present disclosure.

FIG. 6 illustrates a top perspective view of an exercise platform, according to aspects of the present disclosure.

FIG. 7 illustrates a bottom view of a platform base, according to aspects of the present disclosure.

FIG. 8 illustrates an additional view of an exercise platform configuration, according to aspects of the present disclosure.

FIG. 9 illustrates a side view of an exercise platform configuration, according to aspects of the present disclosure.

FIG. 10 illustrates a further side view of an exercise platform configuration, according to aspects of the present disclosure.

FIG. 11 illustrates a top perspective view of an exercise platform, according to aspects of the present disclosure.

DETAILED DESCRIPTION

The following description sets forth exemplary aspects of the present disclosure. It should be recognized, however, that such description is not intended as a limitation on the scope of the present disclosure. Rather, the description also encompasses combinations and modifications to those exemplary aspects described herein.

The following description relates to a modular exercise platform that can be configured in multiple arrangements to accommodate different exercise routines and training requirements. The exercise platform may include a base structure that provides a stable foundation for various exercise activities. The base structure may define a substantially planar surface that can support the weight of a user during exercise movements, allowing the user to step, jump, stand, and otherwise exercise on the platform.

In some cases, the exercise platform may include adjustable components that can be repositioned or reconfigured to create different exercise environments. These adjustable components may allow the platform to transform between a flat exercise surface configuration and configurations that include elevated support structures. The transformation capability may enable users to perform exercises that target different muscle groups or require different body positions.

In some examples, the removable floor panels and removable seat can be used in various combinations to optimize range of motion, comfort, and training efficiency for different exercises and muscle groups. The exercise apparatus can also include be constructed from materials such as wood, metal, rubber, foam, polymers, and others. The exercise apparatus can also be optimized for use by including padding, rounded edges, and other features that make the exercise apparatus easier to use and more aesthetically pleasing.

In one example, one or more portions of the device, which lies flush with one or more other portions to form a flat platform on which to step, stand, jump, and otherwise exercise, can be adjusted upward to form a seat above the platform. The seat can be rotationally secured to a post or other support structure such that the seat can be folded down flush to form a portion of the substantially planar platform. In this way, the exercise apparatus can be modular to accommodate a variety of exercise positions.

The modular design may incorporate removable or adjustable floor sections that can be manipulated to create openings or recesses in the platform surface. These openings may provide additional range of motion for certain exercises or accommodate the installation of support structures. The floor sections may be integrated within a frame structure that maintains the overall stability and structural integrity of the platform.

In some cases, the exercise platform may include a support structure that can be positioned above the base platform to provide seating, back support, or other positioning assistance during exercises. The support structure may be coupled to the base through a pillar or post that can be adjusted in height or position. The coupling mechanism may allow the support structure to be moved between an active position where the support structure extends above the platform and a stowed position where the support structure becomes part of the platform surface.

The exercise platform may also incorporate attachment points that can receive resistance training devices such as elastic bands, cables, or other resistance mechanisms. These attachment points may be positioned at various locations on the platform to enable different resistance training configurations. The resistance training devices may be connected between different attachment points or between attachment points and user interface components to provide variable resistance during exercise movements.

The modular nature of the exercise platform may allow users to quickly reconfigure the apparatus for different types of workouts without requiring multiple pieces of equipment. The platform may accommodate exercises performed in standing, seated, lying, or kneeling positions through appropriate configuration of the adjustable components.

FIG. 1 shows an example of an exercise apparatus 100 in one configuration. The exercise apparatus 100 can be configured such that a user can sit, stand, or lie down on the exercise apparatus 100 and perform various exercise movements. The exercise apparatus 100 can include a base 102. The base 102 can be configured to support the weight of a user. The base 102 can include a frame 104. The frame 104 can provide structural rigidity to the exercise apparatus 100. Increased structural rigidity can allow a user to apply more force to the exercise apparatus 100. For example, increased structural rigidity can allow the exercise apparatus to support users of various weights. Increased structural rigidity can also allow a user to use heavier weights, stronger resistance bands, or otherwise increase the load felt by the exercise apparatus 100. In some examples, the frame 104 can be made from round tubes. In some examples, the round tubes can have circular cross-sections. In other examples, the round tubes can have an oval shaped cross-section.

The exercise apparatus 100 can also include removable or adjustable panels 106, 108, and 110. The panels 106, 108, and 110 can be adjusted in position or removed to configure the exercise apparatus for different exercises. The panels 106, 108, and 100 can be made from polymers, wood, metal, or a combination thereof. In some examples, the panels 106, 108, and 110 can be coated in a rubberized material. Coating the panels 106, 108, and 110 in a rubberized material can prevent a user from slipping while using the exercise apparatus 100. In some examples, the area of the panels 106, 108, and 110 individually or in combination can be greater than half the area of the base 102. In some examples, the panels 106, 108, and 110 can be different shapes. In some examples, the panel 106 can be one shape, and the panels 108, 110 can be another shape. For example, the panel 106 can be rectangular, and the panels 108, 110 can be semicircular. Additionally, the outer edges of the exercise apparatus 100 can include a protective cushion. The protective cushion can be made from foam, rubberized material, padding, or another material. The inclusion of a protective cushion can help prevent damage to the exercise apparatus 100.

In at least one example, the panels 106, 108, 110, frame 104, and other portions of the apparatus 100 can define a flush, substantially planar platform 101 configured to support the weight of a user, for example when the user stands, sits, or lies on the platform 101. The platform 101 can include or define a plane defining an upper surface of the apparatus 100.

Any of the features, components, and/or parts, including the arrangements and configurations thereof shown in FIG. 1 can be included, either alone or in any combination, in any of the other examples of devices, features, components, and parts shown in the other figures described herein. Likewise, any of the features, components, and/or parts, including the arrangements and configurations thereof shown and described with reference to the other figures can be included, either alone or in any combination, in the example of the devices, features, components, and parts shown in FIG. 1.

FIG. 2 shows an example of an exercise apparatus 200 in another configuration. The exercise apparatus 200 can include a base 202 and an opening 212. One or more of the floor panels 106, 108, and 110 described in reference to FIG. 1 can be adjusted or removed to create the opening 212. For example, the panel 106 shown in FIG. 1 can be adjusted upward to form support 214. When the support 214 is rotated upward into the position shown in FIG. 2, the support 214 can serve as a seat for the user to sit, kneel, or otherwise be support with during various exercised and positions. In at least one example, when the support 214 is moved upward as shown in FIG. 2, the opening 212 is left where the support 214 was previously disposed (as seen by the panel 106 in FIG. 1).

In some examples, the opening 212 can allow a user to perform exercises with a greater range of motion than the exercise apparatus 100 described in reference to FIG. 1. For example, the opening 212 can allow a user to perform calf raises on the base 202 with greater range of motion. In other examples, the opening 212 can facilitate greater range of motion during hip thrust exercises by creating a lower minimum height reachable by the hips of a user. In some examples, at least one floor panel 210 can be left in place.

In some examples, the exercise apparatus 200 can also include the support 214. In some examples, the opening 212 can facilitate installation of the removable of the support 214. The adjustable and/or removable support 214 can be configured to support the weight of a user. The support 214 can be secured to the base 202 in any number of ways, including but not limited to fasteners, pins, press fits, or other securement methods. The support 214 can further include a pillar 216. In some examples, a user can sit on the support 214. In other examples, the support 214 can support the back of a user. In yet other examples, the support 214 can support the torso of a user. The support 214 can facilitate various exercises such as seated rows, hip thrusts, Bulgarian split squats, seated overhead presses, cable kicks, and more.

In at least one example, the support 214 is rotatably secured to a distal end of the pillar 216, as shown in FIG. 2, such that the pillar 216 and the support 214 can be rotated downward such that the support 214 occupies the opening 212 and lies flush with the platform 201 defining an upper surface of plane of the apparatus (e.g., similar to the panel 106 shown in FIG. 1). When the support 214 and pillar 216 are in the upright position as shown in FIG. 2, the support 214 can be locked in position (e.g., via a lock mechanism of the pillar 216 or support 214) such that the support 214 can support the user without moving relative to the pillar 216 during use. When the user wants to return the support 214 downward to form a portion of the platform 201 in the opening 212, the user can unlock the support 214 to rotate the support 214 relative to the pillar 216 as the pillar 216 and support 214 are moved downward.

Any of the features, components, and/or parts, including the arrangements and configurations thereof shown in FIG. 2 can be included, either alone or in any combination, in any of the other examples of devices, features, components, and parts shown in the other figures described herein. Likewise, any of the features, components, and/or parts, including the arrangements and configurations thereof shown and described with reference to the other figures can be included, either alone or in any combination, in the example of the devices, features, components, and parts shown in FIG. 2.

FIGS. 3A-3C show an exercise platform apparatus 300. The platform apparatus 300 can be used by a user to perform various exercises. The platform apparatus 300 can include a base 302 and one or more removable or adjustable floor sections 306, 308, and 310. The platform apparatus 300 can also include attachment points 320a-f configured to receive and retain resistance training devices 322a-b. In some examples, the resistance training devices 322a-b can be resistance bands. In other examples, the resistance training devices 322a-b can be magnetic resistance devices or electrically controlled adjustable-resistance devices. The platform apparatus 300 can also include a rigid member 324, with the resistance training device 322a secure to the rigid member 324 at one end and the resistance training device 322b secure to the rigid member 324 at another end. In some examples, thee rigid member 324 can be a user interface portion made from wood, metal, foam, polymers, rubber, or a combination thereof. The rigid member 324 can be wrapped or coated in a cushion. In some examples, the platform apparatus 300 can include two or more rigid members 324, wherein one rigid member 324 is configured to contact a hand, foot, ankle or other body part of a user and another rigid member 324 is configured to contact another hand, foot, ankle or other body part of a user. In some examples the rigid member 324 can instead be a flexible member. For example, a flexible member can be a cuff configured to receive a wrist or ankle of a user to perform certain exercises.

FIG. 3A shows the platform apparatus 300 in a first configuration. The attachment point 320a can be disposed opposite the attachment point 320b. The attachment points 320a-b can be located along the perimeter of the base 302 substantially in the middle of the shorter sides of the base 302. The resistance training device 322a can be secured to the attachment point 320a, and the resistance training device 322b can be secured to the attachment points 320b. In some examples, the rigid member 324 can contact the body of a user across the shoulders, behind the neck, on the front of the shoulders, or be gripped by the hands of a user. In some examples, a user can stand on the base 302 and use the resistance training devices 322a-b. The configuration shown in FIG. 3A can be used by a user to perform exercises such as standing overhead press, back squats, front squats, or other exercises.

FIG. 3B shows the platform apparatus 300 in another configuration. The attachment point 320c can be disposed along the perimeter of the base 302 on the same side as attachment point 320d. The resistance training device 322a can be secured to the attachment point 320c, and the resistance training device 322b can be secured to the attachment points 320d. In some examples, the rigid member 324 can contact the body of a user across the shoulders, across the thighs, or be gripped by the hands of a user. In some examples, a user can stand on the base 302 and use the resistance training devices 322a-b. The configuration shown in FIG. 3C can be used by a user to perform exercises such as upright rows, bent over rows, deadlifts, or other exercises.

FIG. 3C shows the platform apparatus 300 in another configuration. The attachment point 320e can be disposed along the perimeter of the removable floor section 310 on the same side as attachment point 320f. The resistance training device 322a can be secured to the attachment point 320e, and the resistance training device 322b can be secured to the attachment points 320f. In some examples, the rigid member 324 can be gripped by the hands of a user. In some examples, a user can stand on the base 302 and use the resistance training devices 322a-b. The configuration shown in FIG. 3C can be used by a user to perform exercises such as upright rows, bent over rows, biceps curls, overhead triceps extensions, or other exercises.

Any of the features, components, and/or parts, including the arrangements and configurations thereof shown in FIGS. 3A-3C can be included, either alone or in any combination, in any of the other examples of devices, features, components, and parts shown in the other figures described herein. Likewise, any of the features, components, and/or parts, including the arrangements and configurations thereof shown and described with reference to the other figures can be included, either alone or in any combination, in the example of the devices, features, components, and parts shown in FIGS. 3A-3C.

FIGS. 4A-4D show a platform exercise apparatus 400. The platform exercise apparatus 400 can be used by a user to perform various exercises. The platform exercise apparatus 400 can include a base 402 and an opening 412. One or more of the adjustable or removable floor sections 306, 308, and 310 described in reference to FIGS. 3A-3C can be removed to create the opening 412. The platform exercise apparatus 400 can also include a removable or adjustable support platform 414, similar to the support 214 shown in FIG. 2 and described above. In some examples, the opening 412 can facilitate installation of the support platform 414. The support platform 414 can be configured to support the weight of a user. The support platform 414 can be secured to the base 402 via a myriad of methods, including but not limited to fasteners, pins, press fits, or other securement methods. The platform exercise apparatus 400 can also include attachment points 420a-g configured to receive resistance training devices 422a-b. In some examples, the resistance training devices 422a-b can be resistance bands. In other examples, the resistance training devices 422a-b can be magnetic resistance devices or electrically controlled adjustable-resistance devices.

In some examples, the platform exercise apparatus 400 can also include a rigid member 424, with the resistance training device 422a secure to the rigid member 424 at one end and the resistance training device 422b secure to the rigid member 424 at another end. In some examples, thee rigid member 424 can be a bar made from wood, metal, foam, polymers, rubber, or a combination thereof. The rigid member 424 can be wrapped or coated in a cushion. In some examples, the platform exercise apparatus 400 can include two or more rigid members 424, wherein one rigid member 424 is configured to contact a hand, foot, ankle or other body part of a user and another rigid member 424 is configured to contact another hand, foot, ankle or other body part of a user. In some examples the rigid member 424 can instead be a flexible member. For example, a flexible member can be a cuff configured to receive a wrist or ankle of a user to perform certain exercises.

FIG. 4A show the platform exercise apparatus 400 in a first configuration. The attachment point 420a can be disposed along the perimeter of the opening 412 on the same side as attachment point 420b. The resistance training device 422a can be secured to the attachment point 420a, and the resistance training device 422b can be secured to the attachment points 420b. In some examples, the support platform 414 can contact the glutes, back, shoulders, or torso of a user. The rigid member 424 can contact the hips, thighs, back, or be gripped by the hands of a user. In the configuration shown in FIG. 4A, a user can use the platform exercise apparatus 400 to perform exercises such as hip thrusts, seated rows, Bulgarian split squats, or other exercises.

FIG. 4B show the platform exercise apparatus 400 in another configuration. The attachment point 420c can be disposed along the perimeter of the opening 412 on the same side as attachment point 420d. The resistance training device 422a can be secured to the attachment point 420c, and the resistance training device 422b can be secured to the attachment points 420d. In the platform exercise apparatus 400 shown in FIG. 4B, the resistance training devices 422a-b can be one or more cables, elastic resistance bands, loops, or other forms of resistance training devices. The platform exercise apparatus 400 can also multiple rigid members 424a-b. In some examples, the rigid members 424a-b can gripped by the hands of a user. In some examples, the support platform 414 can contact the glutes, back, shoulders, legs, or torso of a user. In the configuration shown in FIG. 4A, a user can use the platform exercise apparatus 400 to perform exercises such as hip thrusts, seated rows, Bulgarian split squats, or other exercises. The inclusion of multiple rigid members 424a-b can help a user isolate certain muscle groups, prevent imbalances in muscle development, train muscle groups unilaterally, and train more comfortably.

FIG. 4C show the platform exercise apparatus 400 in another configuration. The attachment point 420e can be disposed on or near the base of the support platform 414. The resistance training device 422a can be secured to the attachment point 420e. In some examples, the support platform 414 does not contact the body of a user. In some examples, a user can stand in the opening 412 or on the base 402 and grip the rigid member 424. In the configuration shown in FIG. 4C, a user can use the platform exercise apparatus 400 to perform exercises such as lateral shoulder raises, front shoulder raises, cable kicks, pull through exercises, or other exercises.

FIG. 4D show the platform exercise apparatus 400 in another configuration. The attachment point 420f can be disposed along the perimeter of the opening 412 on the same side as attachment point 420g. The attachment points 420f-g can be disposed on the same side of the opening 412 as the support platform 414. The resistance training device 422a can be secured to the attachment point 420f, and the resistance training device 422b can be secured to the attachment points 420g. In some examples, the support platform 414 can contact the glutes, back, shoulders, or torso of a user. The rigid member 424 can contact the hips, thighs, back, or be gripped by the hands of a user. In the configuration shown in FIG. 4A, a user can use the platform exercise apparatus 400 to perform exercises such as seated overhead press, seated overhead triceps extensions, or other exercises.

Any of the features, components, and/or parts, including the arrangements and configurations thereof shown in FIGS. 4A-4D can be included, either alone or in any combination, in any of the other examples of devices, features, components, and parts shown in the other figures described herein. Likewise, any of the features, components, and/or parts, including the arrangements and configurations thereof shown and described with reference to the other figures can be included, either alone or in any combination, in the example of the devices, features, components, and parts shown in FIGS. 4A-4D.

FIGS. 5A-5C show an exercise platform apparatus 500 in various configurations. In some examples, the platform apparatus 500 can include a base 502, a pillar 516, and a support platform or panel 514. In some examples, the pillar 516 can be removably coupled to the base 502. In some examples, the support panel 514 can be removably coupled to the pillar 516. The support panel 514 can be at a fixed angle relative to the pillar 516 when coupled to the pillar 516. A fixed angle between the support panel 514 and the pillar 516 when the support panel 514 is coupled to the pillar 516 can facilitate greater structural integrity of the support panel 514 and/or provide an optimal angle for various exercises.

The support panel 514 shown in FIG. 5A can be adjusted upward to form the upright support panel 514. When the support panel 514 is rotated upward into the position shown in FIG. 5A, the support panel 514 can serve as a seat for the user to sit, kneel, or otherwise be support with during various exercised and positions. In at least one example, when the support panel 514 is moved upward as shown in FIG. 5A.

In at least one example, the support panel 514 is rotatably secured to a distal end of the pillar 516 via a rotational connection or hinge 503, as shown in FIG. 5A, such that the pillar 516 and the support panel 514 can be rotated downward such that the support panel 514 occupies the opening and lies flush with the platform 501 defining an upper surface of plane of the apparatus, as shown in FIG. 5C. When the support panel 514 and pillar 516 are in the upright position as shown in FIGS. 5A and 5B, the support panel 514 can be locked in position, for example via a lock mechanism of the hinge 503 of the pillar 516 or support 514, such that the support panel 514 can support the user without moving relative to the pillar 516 during use. When the user wants to return the support panel 514 downward to form a portion of the platform 501 as shown in FIG. 5C, the user can unlock the support panel 514 to rotate the support panel 514 relative to the pillar 516 as the pillar 516 and support panel 514 are moved downward.

In some examples, the pillar 516 can be adjustable in length. FIG. 5A shows the platform 500 in one configuration, where the pillar 516 is extended in one position. The lengthened or extended position can be used for various exercises such as split squats, seated overhead press, seated curls, hip thrusts, and other exercises that can make use of a higher platform or bench. FIG. 5B shows the platform 500 in another position, where the pillar 516 is retracted or shortened. In the retracted or shortened position, the support panel 514 can be closer to the base 502 than in the lengthened position shown in FIG. 5A. The position shown in 5B can allow a user to adjust the height of the support panel 514 to effectively and comfortably perform various exercises. The pillar 516 can be adjustable in more than the two positions shown in FIGS. 5A-5C, allowing a user to further adjust the height if the support panel 514 according to preference.

FIG. 5C shows an example of the exercise platform apparatus 500. The exercise platform apparatus 500 can be substantially similar to the exercise platform apparatus 500 shown in FIGS. 5A-5B and described above. The exercise platform apparatus 500 can include a base 502, a support platform 514, and a pillar 516. In some examples, the pillar 516 can be rotatably coupled to the base 502 via a proximal hinge 526. The pillar 516 can be rotatably coupled to the base 502 via the proximal hinge 526 and can be selectively positionable relative to the base in more than one position. In some examples, the support platform 514 can be removed from the pillar 516 and secured to the base 502. The support platform 514 can effectively become part of the base 502, for example defining an upper plane or surface 501 flush with the rest of the platform 514, allowing a user to sit, stand, or otherwise dispose weight on the support platform 514 as part of the base 502.

The pillar 516 can rotate to be stowed within or under the base 502 and the support platform 514. In some examples, the proximal hinge 526 and the pillar 516 can be hidden from the view of a user when in the stowed position. The proximal hinge 526 and the pillar 516 can also be protected from external forces while in the stowed position by the base 502 and the support platform 514. The stowed position shown in FIG. 5C can allow a user to perform various exercises such as squats, standing curls, standing presses, lying presses, crunches, or other exercises utilizing a flat or substantially flat surface. The pillar 516 can be rotatably coupled to the support platform 514 via the distal hinge 503 and rotated upward to lock in position as shown in FIGS. 5A and 5B and described above.

Any of the features, components, and/or parts, including the arrangements and configurations thereof shown in FIGS. 5A-5C can be included, either alone or in any combination, in any of the other examples of devices, features, components, and parts shown in the other figures described herein. Likewise, any of the features, components, and/or parts, including the arrangements and configurations thereof shown and described with reference to the other figures can be included, either alone or in any combination, in the example of the devices, features, components, and parts shown in FIGS. 5A-5C.

The following addresses exemplary structures and components that may be incorporated in the current exemplary system and method.

Referring again to FIG. 1, an exercise apparatus 100 may include a base 102 that provides a foundational structure for the exercise platform. The base 102 may comprise a frame 104 that defines the structural framework of the apparatus. The frame 104 may establish the overall dimensions and shape of the exercise apparatus 100 while providing structural support for user loads and exercise activities.

The base 102 may define a platform surface 101 that forms a substantially planar platform configured to support a user during various exercise movements. The platform surface 101 may provide a stable surface area where users can stand, sit, lie, or perform other exercise positions. In some cases, the platform surface 101 may be sized to accommodate the full range of motion for different exercise activities while maintaining structural stability.

The frame 104 may be constructed from various materials to provide adequate strength and durability for exercise applications. In some cases, the frame 104 may be made from round tubes that form the perimeter and internal support structure of the base 102. The round tubes may have circular cross-sections that provide uniform strength characteristics in all directions. In other cases, the round tubes may have oval-shaped cross-sections that may offer different structural properties or aesthetic appearances while maintaining the structural integrity of the frame 104. Alternatively, the frame 104 may be made of wood, structural plastics, composites, or combinations thereof.

The frame 104 may extend around the perimeter of the base 102 to create a defined boundary for the exercise platform. The frame 104 may also include internal structural members that provide additional support across the platform surface 101. These internal members may help distribute loads evenly across the base 102 and prevent deflection or movement during exercise activities.

In some cases, the outer edges of the exercise apparatus 100 may include a protective cushion that provides impact protection and user safety. The protective cushion may be made from foam materials that absorb impact forces and provide a softer contact surface. In other cases, the protective cushion may be constructed from rubberized material that offers durability and resistance to wear while providing cushioning properties. The protective cushion may also be made from padding materials that combine comfort with protective characteristics.

Referring to FIG. 2, an exercise apparatus 200 may include a base 202 that provides similar foundational support as described for the base 102. The base 202 may define a platform 201 that forms the exercise surface for the apparatus. The platform 201 may incorporate the same structural principles as the platform surface 101, providing a stable and supportive surface for exercise activities.

The exercise apparatus 100 may include adjustable panels that form portions of the platform surface 101. The adjustable panels may be integrated within the frame 104 to create a modular exercise surface that can be reconfigured for different exercise requirements. In some cases, the adjustable panels may be constructed to provide structural support while allowing for repositioning or removal as desired.

An adjustable panel 106 may be positioned within the frame 104 as part of the platform surface 101. The adjustable panel 106 may be sized and shaped to fit within a designated area of the base 102 while maintaining alignment with adjacent surface components. In some cases, the adjustable panel 106 may be rectangular in shape to provide a defined surface area for exercise activities.

An adjustable panel 108 may be positioned adjacent to the adjustable panel 106 within the frame 104. The adjustable panel 108 may have dimensions that complement the adjustable panel 106 to create a continuous surface when both panels are in their lowered positions. In some cases, the adjustable panel 108 may have a semicircular shape that provides different geometric characteristics compared to the adjustable panel 106.

An adjustable panel 110 may be positioned within the frame 104 to complete the modular panel system of the platform surface 101. The adjustable panel 110 may work in conjunction with the adjustable panel 106 and the adjustable panel 108 to form a substantially planar exercise surface. In some cases, the adjustable panel 110 may also have a semicircular shape that matches the configuration of the adjustable panel 108.

The adjustable panels may be constructed from various materials to provide durability and functionality for exercise applications. In some cases, the adjustable panels may be made from polymers that offer lightweight characteristics while maintaining structural strength. The adjustable panels may also be made from wood materials that provide natural aesthetics and structural properties. In other cases, the adjustable panels may be constructed from metal materials that offer enhanced strength and durability for heavy-duty exercise applications. The adjustable panels may also be made from plastics, metals, composites, and/or a combination of these materials to achieve specific performance characteristics.

In some cases, the adjustable panels may be coated in a rubberized material that provides enhanced grip and safety during exercise activities. The rubberized material may prevent users from slipping while using the exercise apparatus 100. The rubberized coating may be applied to the upper surface of the adjustable panels to create a non-slip exercise surface while maintaining the structural properties of the underlying panel material.

The adjustable panels may be coupled to the frame 104 through various attachment mechanisms that allow for repositioning or removal. These attachment mechanisms may include fasteners, pins, press fits, or other securement methods that provide secure attachment while allowing for adjustment when desired. The attachment mechanisms may be designed to support the weight of users during exercise activities while permitting reconfiguration of the panel arrangement.

Referring to the exercise apparatus 200, the base 202 may include a floor panel 210 that remains in position as part of the platform 201. The floor panel 210 may provide a stable surface area that maintains continuity of the exercise platform during reconfiguration of other panel components. In some cases, the floor panel 210 may be fixedly coupled to the base 202 to provide a permanent reference surface for the exercise apparatus 200.

The base 202 may include an opening 212 that is created through the removal or repositioning of panel components. The opening 212 may provide additional space for exercise movements that require greater range of motion or clearance below the platform level. In some cases, removal of at least one of the adjustable panels creates the opening 212 in the base 202. The opening 212 may facilitate installation of support structures or accommodate exercise movements that extend below the primary platform surface.

The opening 212 may allow users to perform exercises with enhanced range of motion compared to configurations where all panels remain in their lowered positions. In some cases, the opening 212 may enable calf raise exercises with greater range of motion by providing clearance for heel movement below the platform level. The opening 212 may also facilitate hip thrust exercises by creating space for hip movement and positioning during the exercise motion.

The exercise apparatus 200 may include a support 214 that extends upward from the base 202. The support 214 may provide an elevated platform or seating surface that enables users to perform exercises in different positions relative to the platform 201. In some cases, the support 214 may be configured to support the weight of a user during seated, kneeling, or other exercise positions that benefit from elevated support.

The support 214 may be coupled to the base 202 through a pillar 216 that provides vertical support and positioning for the elevated structure. The pillar 216 may extend upward from the base 202 to position the support 214 at a desired height above the platform 201. In some cases, the pillar 216 may be constructed from materials that provide structural strength while maintaining appropriate weight characteristics for the exercise apparatus 200, such as metals, composites, and/or structural plastics.

The pillar 216 may be coupled to the base 202 through various attachment mechanisms that provide secure connection while allowing for adjustment or repositioning. These attachment mechanisms may include fasteners, pins, press fits, or other securement methods that maintain stability during exercise activities. In some cases, the pillar 216 may be removably coupled to the base 202 to allow for complete removal when the support 214 is not desired or needed for particular exercise configurations.

The support 214 may be rotatably coupled to the pillar 216 to allow for positioning adjustments relative to the vertical support structure. The rotatable coupling may enable the support 214 to be moved between different angular positions to accommodate various exercise requirements or user preferences. In some cases, the rotatable coupling may include a locking mechanism that secures the support 214 in a selected position during use.

The pillar 216 and support 214 may be movable between different operational configurations to accommodate various exercise activities. In a first position, the pillar 216 may extend upward from the base 202 with the support 214 positioned above the platform 201. This configuration may provide an elevated support surface that enables exercises such as seated rows, hip thrusts, or Bulgarian split squats. In a second position, the support 214 may be disposed within the opening 212 in the base 202 to form part of the platform 201. This configuration may create a substantially planar exercise surface that accommodates exercises requiring a flat platform.

Referring to FIGS. 5A-5B, an exercise platform apparatus 500 may include structural components that provide similar functionality to the exercise apparatus 200. The exercise platform apparatus 500 may include a base 502 that provides foundational support for the exercise platform. The base 502 may define a platform surface 501 that forms a substantially planar exercise area for user activities.

The exercise platform apparatus 500 may include a support platform 514 that provides elevated support similar to the support 214. The support platform 514 may be sized and configured to accommodate user positioning during various exercise movements. In some cases, the support platform 514 may serve as a seat for exercises that benefit from seated positioning, or the support platform 514 may provide back support for exercises performed in reclined positions.

The exercise platform apparatus 500 may include a pillar 516 that extends upward from the base 502 to support the support platform 514. The pillar 516 may provide vertical positioning for the support platform 514 while maintaining structural stability during exercise activities. In some cases, the pillar 516 may be removably coupled to the base 502 to allow for complete removal when elevated support is not needed or desired.

The support platform 514 may be removably coupled to the pillar 516 to allow for adjustment removal, or reconfiguration of the exercise platform apparatus 500. The removable coupling may enable the support platform 514 to be detached from the pillar 516 for storage or alternative positioning. In some cases, the support platform 514 may be repositioned to different locations on the pillar 516 or transferred to different mounting points on the base 502. The support platform can be removably coupled by a pin and slot engagement, a quick connect, detent actuated pins, or any other removable engagement feature.

The support platform 514 may be positioned at a fixed angle relative to the pillar 516 when coupled to the vertical support structure. The fixed angle may provide optimal positioning for specific exercise movements while maintaining structural integrity of the connection. In some cases, the fixed angle between the support platform 514 and the pillar 516 may be predetermined based on ergonomic considerations for common exercise positions.

The pillar 516 may be adjustable in length to vary the height of the support platform 514 above the base 502. The length adjustment capability may enable users to customize the elevation of the support platform 514 for different exercise requirements or user dimensions. In some cases, the pillar 516 may include telescoping sections that allow for height adjustment while maintaining structural strength. The pillar 516 may be adjustable between multiple discrete positions or may provide continuous adjustment within a specified range by a toothed engagement, pin and hole configuration, a lever cammed engagement, bolt positioning, or any other adjustable affixation method.

Referring to FIG. 5C, the exercise platform apparatus 500 may include a distal hinge 503 that connects the support platform 514 to the pillar 516. The distal hinge 503 may enable rotational movement of the support platform 514 relative to the pillar 516 while providing secure attachment during use. In some cases, the distal hinge 503 may include a locking mechanism that secures the support platform 514 in a selected angular position. The distal hinge 503 can be any functional hinge capable of selectively positioning the pillar.

The exercise platform apparatus 500 may include a proximal hinge 526 that connects the pillar 516 to the base 502. The proximal hinge 526 may enable the pillar 516 to be rotatably coupled to the base 502, allowing for movement between different operational positions. In some cases, the proximal hinge 526 may allow the pillar 516 to rotate between an upright position where the pillar 516 extends above the base 502 and a stowed position where the pillar 516 is disposed within the base 502.

The pillar 516 may be movable between an upright position that supports the support platform 514 above the platform surface 501 and a stowed position where the pillar 516 is positioned within or under the base 502. In the stowed position, the support platform 514 may be configured to form part of the platform surface 501, creating a substantially planar exercise surface. The stowed configuration may enable the exercise platform apparatus 500 to function as a flat platform for exercises that do not require elevated support structures.

Referring to FIGS. 3A-3C, an exercise platform apparatus 300 may include a base 302 that provides foundational support for the exercise platform. The base 302 may incorporate multiple attachment points positioned at various locations to enable connection of resistance training devices in different configurations. These attachment points may be strategically positioned to accommodate various exercise movements and resistance training requirements.

The exercise platform apparatus 300 may include a left front attachment point 320a positioned along the perimeter of the base 302. The left front attachment point 320a may be configured to receive and retain resistance training devices such as elastic bands, cables, or other resistance mechanisms. In some cases, the left front attachment point 320a may be located substantially in the middle of one of the shorter sides of the base 302 to provide optimal positioning for resistance training configurations. According to some embodiments, the attachment points can be rings, quick connects, carabiners, threaded engagement features, or any other connection feature that can engage and secure the associated resistance training devices.

A right front attachment point 320b may be positioned opposite the left front attachment point 320a along the perimeter of the base 302. The right front attachment point 320b may provide a connection point that works in conjunction with the left front attachment point 320a to enable resistance training devices to span across the base 302. In some cases, the right front attachment point 320b may be positioned substantially in the middle of the opposite shorter side of the base 302 to create symmetrical resistance training configurations.

The exercise platform apparatus 300 may include a left rear attachment point 320c positioned along the perimeter of the base 302 on the same side as a right rear attachment point 320d. The left rear attachment point 320c may enable resistance training configurations where multiple attachment points are positioned along the same edge of the base 302. This positioning may facilitate exercises that benefit from parallel resistance vectors or concentrated resistance application from one direction.

The right rear attachment point 320d may be positioned adjacent to the left rear attachment point 320c along the same edge of the base 302. The right rear attachment point 320d may work in conjunction with the left rear attachment point 320c to provide multiple connection options along a single side of the exercise platform apparatus 300. In some cases, the spacing between the left rear attachment point 320c and the right rear attachment point 320d may be configured to accommodate standard grip widths for various exercise movements.

A left side attachment point 320e may be positioned along the perimeter of an adjustable floor section within the base 302. The left side attachment point 320e may provide connection capabilities that move with the adjustable floor section, enabling resistance training configurations that adapt to different platform arrangements. In some cases, the left side attachment point 320e may maintain its relative position to the adjustable floor section during reconfiguration of the exercise platform apparatus 300.

A right side attachment point 320f may be positioned along the perimeter of the same adjustable floor section as the left side attachment point 320e. The right side attachment point 320f may work in conjunction with the left side attachment point 320e to provide paired connection points that maintain consistent spacing regardless of the position of the adjustable floor section. This configuration may enable resistance training setups that remain functional across different platform configurations.

Referring to FIGS. 4A-4B, a platform exercise apparatus 400 may include a base 402 that incorporates attachment points positioned around an opening 412 formed within the base structure. The attachment points may be strategically located to take advantage of the opening 412 for enhanced exercise positioning and resistance training configurations.

The platform exercise apparatus 400 may include a first attachment point 420a disposed along the perimeter of the opening 412. The first attachment point 420a may be positioned to enable resistance training devices to be connected in configurations that utilize the opening 412 for exercise movements. In some cases, the first attachment point 420a may be located on one side of the opening 412 to provide directional resistance application.

A second attachment point 420b may be positioned along the perimeter of the opening 412 on the same side as the first attachment point 420a. The second attachment point 420b may provide additional connection capability adjacent to the first attachment point 420a, enabling multiple resistance training devices to be connected from the same general direction. This configuration may accommodate exercises that benefit from parallel resistance vectors or graduated resistance application.

The platform exercise apparatus 400 may include a third attachment point 420c disposed along the perimeter of the opening 412 on a different side from the first attachment point 420a and the second attachment point 420b. The third attachment point 420c may enable resistance training configurations that span across the opening 412 or provide resistance from alternative directions. In some cases, the third attachment point 420c may be positioned to create angular resistance vectors that complement the positioning of other attachment points.

A fourth attachment point 420d may be positioned along the perimeter of the opening 412 on the same side as the third attachment point 420c. The fourth attachment point 420d may work in conjunction with the third attachment point 420c to provide multiple connection options from one side of the opening 412. The spacing between the third attachment point 420c and the fourth attachment point 420d may be configured to accommodate different resistance training device configurations or user positioning requirements.

Referring to FIGS. 4C-4D, the platform exercise apparatus 400 may include additional attachment points positioned to accommodate different resistance training configurations. An attachment point 420f may be disposed along the perimeter of the opening 412 to provide connection capability for resistance training devices in alternative exercise setups. The attachment point 420f may be positioned to enable resistance training configurations that work in conjunction with the support platform 414.

An attachment point 420g may be positioned along the perimeter of the opening 412 on the same side as the attachment point 420f. The attachment point 420g may provide additional connection capability that complements the attachment point 420f for exercises that benefit from multiple resistance connection points from the same direction. In some cases, the attachment point 420f and the attachment point 420g may be positioned on the same side of the opening 412 as the support platform 414 to enable coordinated resistance and support configurations.

Referring to FIG. 6, an exercise apparatus 600 may include a base 602 with a frame 604 that incorporates multiple attachment points positioned around the perimeter of the apparatus. The exercise apparatus 600 may provide a comprehensive attachment point system that enables various resistance training configurations across different areas of the platform.

The exercise apparatus 600 may include a first attachment point 620a positioned along one edge of the base 602. The first attachment point 620a may be integrated within the frame 604 to provide secure connection capability while maintaining the structural integrity of the exercise apparatus 600. In some cases, the first attachment point 620a may be positioned to enable resistance training devices to be connected in configurations that span across the base 602.

A second attachment point 620b may be positioned along the same edge as the first attachment point 620a. The second attachment point 620b may provide additional connection capability that works in conjunction with the first attachment point 620a to accommodate different resistance training device configurations or exercise requirements. The spacing between the first attachment point 620a and the second attachment point 620b may be configured to provide optimal positioning for various exercise movements.

The exercise apparatus 600 may include a third attachment point 620c positioned along a different edge of the base 602 from the first attachment point 620a and the second attachment point 620b. The third attachment point 620c may enable resistance training configurations that utilize different directional vectors or provide resistance from alternative positions relative to the user. In some cases, the third attachment point 620c may be positioned to create perpendicular resistance vectors relative to the first attachment point 620a and the second attachment point 620b.

A fourth attachment point 620d may be positioned along the same edge as the third attachment point 620c. The fourth attachment point 620d may work in conjunction with the third attachment point 620c to provide multiple connection options from one side of the exercise apparatus 600. The fourth attachment point 620d may enable resistance training configurations that require parallel resistance vectors or multiple resistance training devices operating from the same general direction.

A fifth attachment point 620e may be positioned at another location on the exercise apparatus 600 to provide additional connection capability. The fifth attachment point 620e may be integrated within the frame 604 or positioned on other structural components of the exercise apparatus 600. In some cases, the fifth attachment point 620e may be positioned to enable resistance training configurations that complement the positioning of the other attachment points.

A sixth attachment point 620f may be positioned to work in conjunction with the fifth attachment point 620e or other attachment points on the exercise apparatus 600. The sixth attachment point 620f may provide connection capability that enables comprehensive resistance training configurations across multiple areas of the platform. The positioning of the sixth attachment point 620f may be configured to accommodate specific exercise movements or resistance training requirements.

Referring to FIG. 7, the exercise apparatus 600 may include a seventh attachment point 620g positioned to provide additional connection capability for resistance training devices. The seventh attachment point 620g may be integrated within the structural components of the exercise apparatus 600 to enable resistance training configurations that work in conjunction with other features of the platform. In some cases, the seventh attachment point 620g may be positioned to accommodate resistance training devices that connect to the pillar 216 or other vertical structural components.

Referring to FIG. 11, the exercise apparatus 600 may demonstrate how the attachment points may be distributed across the base 602 and frame 604 to provide comprehensive resistance training capability. The first attachment point 620a, second attachment point 620b, third attachment point 620c, fourth attachment point 620d, fifth attachment point 620e, and sixth attachment point 620f may be positioned to enable various resistance training configurations that accommodate different exercise movements and user positions.

The attachment points may be configured to receive various types of resistance training devices including elastic bands, cables, magnetic resistance devices, or electronically controlled resistance devices. In some cases, the attachment points may include connection mechanisms that accommodate different types of resistance training device interfaces. The attachment points may be constructed to provide secure connection while allowing for quick reconfiguration of resistance training setups.

The positioning of the attachment points throughout the exercise apparatus 600 may enable resistance training configurations that work in conjunction with the adjustable panels and support structures. In some cases, the attachment points may be positioned to maintain functionality across different platform configurations, allowing resistance training capabilities to be maintained regardless of the arrangement of the adjustable components.

The exercise platform apparatus 300 may include adjustable floor sections that form portions of the base 302 and provide mounting locations for resistance training components. An adjustable floor section 306 may be positioned within the base 302 to provide a removable or repositionable surface element. The adjustable floor section 306 may be sized and configured to integrate with the overall platform structure while accommodating attachment points for resistance training devices.

An adjustable floor section 308 may be positioned adjacent to the adjustable floor section 306 within the base 302. The adjustable floor section 308 may work in conjunction with the adjustable floor section 306 to create modular surface configurations that can be adjusted based on exercise requirements. In some cases, the adjustable floor section 308 may have dimensions that complement the adjustable floor section 306 to maintain surface continuity when both sections are in their installed positions.

An adjustable floor section 310 may be positioned within the base 302 to complete the modular floor section system. The adjustable floor section 310 may incorporate attachment points along the perimeter to enable connection of resistance training devices. In some cases, the adjustable floor section 310 may be configured to maintain attachment point functionality regardless of the position of the floor section within the base 302.

The exercise platform apparatus 300 may include resistance training devices that connect to the attachment points to provide variable resistance during exercise movements. A resistance training device 322a may be configured to connect to various attachment points positioned around the exercise platform apparatus 300. The resistance training device 322a may provide adjustable resistance that can be modified based on the connection configuration and user positioning during exercises.

A resistance training device 322b may work in conjunction with the resistance training device 322a to create resistance training configurations that span across different areas of the exercise platform apparatus 300. The resistance training device 322b may be connected to attachment points that complement the positioning of the resistance training device 322a to provide balanced resistance application during exercise movements.

The resistance training devices may comprise elastic bands that provide variable resistance characteristics based on extension and positioning. The elastic bands may be constructed from materials that provide consistent resistance properties across multiple extension cycles. In some cases, the elastic bands may be configured to connect between different attachment points to provide variable resistance during exercises. The connection capability between different attachment points may enable users to create resistance vectors that target specific muscle groups or accommodate different exercise movements.

The resistance training devices may also include magnetic resistance devices that provide adjustable resistance through magnetic field manipulation. The magnetic resistance devices may offer consistent resistance characteristics that do not vary with extension distance, providing alternative resistance profiles compared to elastic bands. In some cases, the resistance training devices may include electronically controlled adjustable-resistance devices that enable precise resistance adjustment through electronic control systems.

A rigid member 324 may be connected between the resistance training device 322a and the resistance training device 322b to provide a user interface component for resistance training exercises. The rigid member 324 may be sized and shaped to accommodate user grip or contact during exercise movements. In some cases, the rigid member 324 may be configured to distribute resistance forces across multiple contact points to enhance user comfort and exercise effectiveness.

The rigid member 324 may be constructed from various materials to provide durability and user comfort during resistance training exercises. In some cases, the rigid member 324 may be made from wood materials that provide natural grip characteristics and aesthetic appeal. The rigid member 324 may also be made from metal materials that offer enhanced strength and durability for high-resistance exercise applications. In other cases, the rigid member 324 may be constructed from foam materials that provide lightweight characteristics and enhanced grip comfort.

The rigid member 324 may be made from polymers that offer design flexibility and resistance to wear during repeated use. In some cases, the rigid member 324 may be constructed from rubber materials that provide enhanced grip characteristics and impact resistance. The rigid member 324 may also be made from a combination of these materials to achieve specific performance characteristics that balance strength, weight, and user comfort.

The rigid member 324 may be wrapped or coated in a cushion to enhance user comfort during resistance training exercises. The cushion may be applied to contact surfaces of the rigid member 324 to provide softer contact characteristics while maintaining the structural properties of the underlying material. In some cases, the cushion may be made from foam materials that provide impact absorption and enhanced grip characteristics.

In some cases, the rigid member 324 may be configured as a flexible member that provides alternative user interface characteristics. The flexible member may be constructed from materials that allow for bending or deformation during use while maintaining connection integrity with the resistance training devices. In some cases, the flexible member may be configured as a cuff that is designed to receive a wrist or ankle of a user to perform specific exercises. The cuff configuration may enable resistance training exercises that target specific muscle groups through direct attachment to user limbs.

Referring to FIGS. 4A-4B, the platform exercise apparatus 400 may include resistance training devices that connect to attachment points positioned around the opening 412. A resistance training device 422a may be configured to connect to the first attachment point 420a or other attachment points to provide resistance during exercise movements. The resistance training device 422a may be positioned to work in conjunction with the support platform 414 to enable exercises that combine elevated support with resistance training.

A resistance training device 422b may be connected to attachment points that complement the positioning of the resistance training device 422a. The resistance training device 422b may provide parallel or angular resistance vectors that work in conjunction with the resistance training device 422a to create comprehensive resistance training configurations. In some cases, the resistance training device 422b may be connected to the second attachment point 420b, the third attachment point 420c, or the fourth attachment point 420d based on the desired exercise configuration.

The platform exercise apparatus 400 may include a rigid member 424 that connects between the resistance training device 422a and the resistance training device 422b. The rigid member 424 may provide similar construction and functionality characteristics as the rigid member 324, enabling user interaction with the resistance training system. In some cases, the rigid member 424 may be sized and configured to accommodate the specific spacing and positioning requirements of the platform exercise apparatus 400.

The platform exercise apparatus 400 may include multiple rigid members that provide independent user interface components for resistance training exercises. A first rigid member 424a may be connected to the resistance training device 422a to provide a dedicated user interface for one side of the resistance training configuration. The first rigid member 424a may be sized and shaped to accommodate single-handed grip or contact during unilateral exercise movements.

A second rigid member 424b may be connected to the resistance training device 422b to provide an independent user interface component that works in conjunction with the first rigid member 424a. The second rigid member 424b may enable bilateral exercise movements where each hand or limb interacts with a separate resistance training device. The use of the first rigid member 424a and the second rigid member 424b may help users isolate specific muscle groups, prevent imbalances in muscle development, and train muscle groups unilaterally.

Referring to FIGS. 4C-4D, the platform exercise apparatus 400 may include additional resistance training device configurations that utilize different attachment point arrangements. A resistance training device 422e may be connected to attachment points positioned to provide alternative resistance vectors or exercise positioning options. The resistance training device 422e may work independently or in conjunction with the resistance training device 422a and the resistance training device 422b to create comprehensive resistance training configurations that accommodate various exercise movements and user positions.

Referring to FIG. 7, the exercise apparatus 600 may include hinge assemblies that enable transformation between different operational configurations. The exercise apparatus 600 may incorporate a hinge 636 that connects structural components to allow rotational movement while maintaining secure attachment during use. The hinge 636 may be positioned to enable movement of adjustable components between active and stowed positions.

A base 634 may provide foundational support for the hinge assembly and associated structural components. The base 634 may be constructed to accommodate the hinge 636 and provide secure mounting for rotational mechanisms. In some cases, the base 634 may include recessed areas or mounting features that enable the hinge 636 to be integrated within the structural framework of the exercise apparatus 600.

A pillar 616 may be connected to the base 634 through the hinge 636 to enable rotational positioning of vertical support structures. The pillar 616 may be configured to rotate between an upright position where the pillar 616 extends above the base 634 and a stowed position where the pillar 616 may be disposed within the base 634. The rotational capability provided by the hinge 636 may enable the pillar 616 to be positioned based on exercise requirements or storage considerations.

Referring to FIG. 9, the exercise apparatus 600 may include a rotational locking hinge 626 that provides both rotational capability and locking functionality for adjustable components. The rotational locking hinge 626 may be positioned to connect a pillar 616 to an adjustable panel 606, enabling the adjustable panel 606 to move between different angular positions relative to the pillar 616. The rotational locking hinge 626 may include internal mechanisms that secure the adjustable panel 606 in selected positions during use.

The rotational locking hinge 626 may include a locking mechanism configured to secure the adjustable panel 606 in a fixed angular position relative to the pillar 616 when in an elevated configuration. The locking mechanism may prevent unwanted movement of the adjustable panel 606 during exercise activities while allowing intentional repositioning when the locking mechanism is disengaged. In some cases, the locking mechanism may include spring-loaded pins, cam mechanisms, or friction-based systems that provide secure positioning with user-controlled release capability.

The pillar 616 may extend upward from the frame 604 to provide vertical support for the adjustable panel 606. The pillar 616 may be constructed to withstand loads applied during exercise activities while maintaining the positioning established by the rotational locking hinge 626. In some cases, the pillar 616 may include internal reinforcement or structural features that enhance load-bearing capability when the adjustable panel 606 is positioned above the frame 604.

A support brace 640 may be positioned between the pillar 616 and the frame 604 to provide additional structural stability for the hinge assembly. The support brace 640 may help distribute loads applied to the adjustable panel 606 across multiple structural components, reducing stress concentrations at the rotational locking hinge 626. In some cases, the support brace 640 may be adjustable in length or position to accommodate different configurations of the pillar 616 and adjustable panel 606.

The adjustable panel 606 may be rotatably coupled to the pillar 616 via the rotational locking hinge 626 to enable positioning adjustments based on exercise requirements. The rotational coupling may allow the adjustable panel 606 to be moved between a lowered position where the adjustable panel 606 forms part of the platform surface and an elevated position where the adjustable panel 606 serves as a support platform above the frame 604. The rotational locking hinge 626 may enable the adjustable panel 606 to be secured at predetermined angles that provide optimal positioning for different exercise movements.

The predetermined angle established by the rotational locking hinge 626 may be adjustable to accommodate different exercise positions and user preferences. The adjustability may be achieved through multiple locking positions within the rotational locking hinge 626, allowing users to select from several predetermined angles based on exercise requirements. In some cases, the rotational locking hinge 626 may provide continuous angle adjustment within a specified range, enabling precise positioning of the adjustable panel 606.

Referring to FIG. 10, the exercise apparatus 600 may demonstrate how the rotational locking hinge 626 integrates with other structural components to provide comprehensive transformation capability. The rotational locking hinge 626 may work in conjunction with the support brace 640 to maintain structural integrity across different configurations of the adjustable panel 606. The positioning of the rotational locking hinge 626 relative to the pillar 616 and frame 604 may be configured to optimize load distribution and movement characteristics.

A handle 612 may be integrated within the frame 604 to provide user interaction capability during reconfiguration of the hinge assemblies. The handle 612 may enable users to manipulate the position of adjustable components or engage locking mechanisms associated with the hinge assemblies. In some cases, the handle 612 may be positioned to provide leverage for operating the rotational locking hinge 626 or other hinge mechanisms within the exercise apparatus 600.

The hinge assemblies may be constructed from materials that provide durability and smooth operation across repeated use cycles. In some cases, the hinge assemblies may include bearing surfaces or bushings that reduce friction and wear during rotational movement. The hinge assemblies may also include sealing features that protect internal mechanisms from debris or moisture that could affect operation over time.

The locking mechanisms within the hinge assemblies may be designed to provide secure positioning while allowing user-controlled release for reconfiguration. The locking mechanisms may include visual or tactile indicators that confirm proper engagement and provide feedback to users during operation. In some cases, the locking mechanisms may include safety features that prevent accidental disengagement during exercise activities while maintaining accessibility for intentional reconfiguration.

The modular exercise platform may operate through coordinated interaction of multiple structural and functional components that enable transformation between different exercise configurations. The integration of these components may provide a comprehensive exercise system that maintains structural integrity while accommodating diverse exercise requirements through systematic reconfiguration processes.

The transformation process between configurations may begin with the manipulation of the adjustable panels within the frame 104. Referring to FIG. 1, the exercise apparatus 100 may demonstrate how the adjustable panel 106, adjustable panel 108, and adjustable panel 110 integrate within the frame 104 to form the platform surface 101. The adjustable panels may be positioned to create a substantially planar exercise surface that provides stable support for various exercise activities. The frame 104 may maintain structural continuity across the platform surface 101 while accommodating the repositioning of individual panel components.

The reconfiguration process may involve the selective removal or repositioning of specific adjustable panels to create functional openings within the platform structure. Referring to FIG. 2, the exercise apparatus 200 may illustrate how the removal of one adjustable panel creates the opening 212 while the floor panel 210 remains in position to maintain partial platform continuity. The opening 212 may enable the installation of vertical support structures while preserving the structural integrity of the remaining platform components.

The integration of vertical support components may occur through the coordinated operation of the pillar 216 and support 214 assembly. The pillar 216 may extend upward from the base 202 to position the support 214 at a predetermined height above the platform 201. The support 214 may be rotatably coupled to the pillar 216 to enable angular positioning adjustments that accommodate different exercise requirements. The rotational coupling may include locking mechanisms that secure the support 214 in selected positions during exercise activities.

The transformation between flat platform configuration and elevated support configuration may involve coordinated movement of multiple components to maintain system stability throughout the reconfiguration process. The pillar 216 and support 214 may move between a first position where the support 214 extends above the platform 201 and a second position where the support 214 occupies the opening 212 to restore platform continuity. The transition between these positions may be accomplished through rotational movement of the support 214 relative to the pillar 216 combined with vertical positioning adjustments of the pillar 216 relative to the base 202.

Referring to FIGS. 5A-5B, the exercise platform apparatus 500 may demonstrate advanced integration capabilities through the coordinated operation of the pillar 516 and support platform 514. The pillar 516 may provide height adjustment capability that enables the support platform 514 to be positioned at various elevations above the base 502. The height adjustment mechanism may maintain structural stability across the adjustment range while providing precise positioning control for different exercise configurations.

The distal hinge 503 may enable rotational positioning of the support platform 514 relative to the pillar 516 while maintaining secure attachment during exercise activities. The rotational capability may allow the support platform 514 to be positioned at predetermined angles that optimize user positioning for specific exercise movements. The locking mechanism within the distal hinge 503 may secure the support platform 514 in selected angular positions to prevent unwanted movement during exercise activities.

Referring to FIG. 5C, the exercise platform apparatus 500 may demonstrate comprehensive transformation capability through the integration of the proximal hinge 526 with the pillar 516 and support platform 514 assembly. The proximal hinge 526 may enable the pillar 516 to rotate between an upright position and a stowed position where the pillar 516 may be disposed within the base 502. The stowed configuration may allow the support platform 514 to be repositioned to form part of the platform surface 501, creating a substantially planar exercise surface.

The resistance training integration may occur through the coordinated positioning of attachment points and resistance training devices across different platform configurations. Referring to FIGS. 3A-3C, the exercise platform apparatus 300 may demonstrate how the left front attachment point 320a, right front attachment point 320b, left rear attachment point 320c, right rear attachment point 320d, left side attachment point 320e, and right side attachment point 320f may be positioned to accommodate various resistance training configurations. The resistance training device 322a and resistance training device 322b may be connected between different attachment points to create resistance vectors that complement the platform configuration and user positioning.

The rigid member 324 may provide user interface capability that integrates with the resistance training devices to enable controlled application of resistance forces during exercise movements. The rigid member 324 may be positioned to distribute resistance forces across multiple contact points while maintaining connection integrity with the resistance training device 322a and resistance training device 322b. The positioning of the rigid member 324 may be adjusted based on the attachment point configuration to optimize user interaction with the resistance training system.

Referring to FIGS. 4A-4B, the platform exercise apparatus 400 may demonstrate how resistance training integration may be coordinated with elevated support structures. The first attachment point 420a, second attachment point 420b, third attachment point 420c, and fourth attachment point 420d may be positioned around the opening 412 to enable resistance training configurations that work in conjunction with the support platform 414. The resistance training device 422a and resistance training device 422b may be connected to attachment points that complement the positioning of the support platform 414 to create coordinated exercise configurations.

The rigid member 424 may integrate with the resistance training devices to provide user interface capability that accommodates the elevated positioning provided by the support platform 414. The first rigid member 424a and second rigid member 424b may provide independent user interface components that enable bilateral exercise movements while maintaining coordination with the support platform 414 positioning. The integration of multiple rigid members may enable users to perform exercises that combine elevated support with independent resistance application to different muscle groups.

Referring to FIGS. 4C-4D, the platform exercise apparatus 400 may demonstrate alternative resistance training integration configurations through the positioning of the attachment point 420f and attachment point 420g. The resistance training device 422a, resistance training device 422b, and resistance training device 422e may be connected to create comprehensive resistance training configurations that utilize the opening 412 for enhanced exercise positioning. The rigid member 424 may be positioned to enhanced exercise positioning. The rigid member 424 may be positioned to coordinate with the support platform 414 to enable exercises coordinate with the support platform 414 to enable exercises that combine elevated support with multi-directional resistance application.

The structural integrity of the integrated system may be maintained through load distribution across multiple structural components during transformation and exercise activities. The frame 104 may provide primary structural support that maintains platform stability while accommodating the repositioning of adjustable panels and support structures. The load paths through the frame 104 may be designed to distribute exercise forces across multiple structural members to prevent stress concentrations that could affect system stability.

The pillar assemblies may provide vertical load support that integrates with the frame structure to maintain overall system stability during elevated support configurations. The pillar 216 and pillar 516 may be constructed to withstand vertical and lateral loads applied during exercise activities while maintaining the positioning established by the hinge mechanisms. The integration of the pillar assemblies with the base structures may provide secure mounting that prevents unwanted movement during exercise activities.

The hinge mechanisms may provide transformation capability while maintaining structural integrity across different operational configurations. The rotational locking hinge 626 may enable controlled positioning of adjustable components while providing secure locking capability that prevents unwanted movement during exercise activities. The integration of locking mechanisms within the hinge assemblies may ensure that transformed configurations maintain structural stability equivalent to fixed configurations.

The attachment point system may be integrated throughout the platform structure to maintain resistance training capability across different configurations. The attachment points may be positioned to remain functional regardless of the arrangement of adjustable panels and support structures. The integration of attachment points within structural components may ensure that resistance training devices can be connected securely while maintaining the structural integrity of the platform system.

The coordinated operation of all system components may enable rapid reconfiguration between exercise configurations while maintaining user safety and system stability. The transformation processes may be designed to provide clear feedback to users regarding proper component positioning and locking engagement. The integration of visual and tactile indicators within the system components may confirm proper configuration and provide assurance of system readiness for exercise activities.

The foregoing description, for purposes of explanation, used specific nomenclature to provide a thorough understanding of the described embodiments. However, it will be apparent to one skilled in the art that the specific details are not required in order to practice the described embodiments. Thus, the foregoing descriptions of the specific embodiments described herein are presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the embodiments to the precise forms disclosed. It will be apparent to one of ordinary skill in the art that many modifications and variations are possible in view of the above teachings.

A number of implementations have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the disclosure. Accordingly, other implementations are within the scope of the following claims.