FITNESS TRAINING EQUIPMENT COMPRISING INTERCHANGEABLE TRAINING MEMBERS

Disclosed is a fitness training equipment comprising a base having a front portion and a rear portion and a vertical frame extending upwardly from the base. The vertical frame comprises a front upright support and a rear upright support. The fitness training equipment further comprises a pivotable support arm mounted on the rear upright support. The pivotable support arm is transformed between a disengaged state and an engaged state. Moreover, a cross member is connected to a distal end of the pivotable support arm. The cross member comprises a left arm and a right arm with each of the left arm and the right arm comprising multiple receptacles for attaching interchangeable training members. The fitness training equipment also comprises adjustable seating secured to the front upright support. The adjustable seating comprises a backrest section and a seating section.

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Description
FIELD OF THE INVENTION

Generally, the present disclosure relates to fitness equipment. Particularly, the present disclosure relates to fitness training equipment comprising interchangeable training members.

BACKGROUND

The description in the background section includes general information related to the field of the present application. The background is only meant to provide context to a reader in understanding the present invention. It is neither to be taken as an admission that any of the information provided relates to prior art for the presently claimed invention nor that any publication explicitly or implicitly referenced within this section relates to prior art. The background section is merely meant to be illustrative rather than exhaustive and is primarily intended to identify problems associated with the present state of the art.

Fitness training benches are widely used for performing weightlifting exercises to promote muscular development. Such benches generally comprise support structures for holding weights and seating arrangements for user comfort. Conventional fitness training benches often employ free weights such as barbells and dumbbells. Free weight exercises using such conventional benches present a drawback of instability, particularly when an unskilled user performs exercises without a spotter. Such instability creates a significant safety risk during training.

Further, conventional fitness training benches lack safety mechanisms for handling heavy weights without a spotter. The risk of becoming pinned underweight during exercises remains a concern. Additionally, improper positioning and incorrect form increase injury likelihood, which necessitates safer configurations. Moreover, fitness training benches offer limited flexibility for adapting to different resistance types. Users must purchase separate equipment for resistance bands, weight plates, or dumbbells, leading to increased costs and complicated training. Known benches also lack adequate storage options for resistance elements, resulting in a cluttered training environment.

Moreover, earlier multi-station gym equipment used in gyms provided multiple stations leveraging weight while promoting safety and comfort. With the shift towards single-unit equipment, conventional benches lack safety mechanisms previously offered by earlier systems. For example, conventional benches cannot support resistance bands or handle heavy loads safely without affecting user comfort. Known benches also lack adjustability for positioning hand grips, handles, or seating arrangements, causing misalignment and poor muscle engagement. The inability to reposition hand grips reduces versatility and results in increased muscle strain during exercises.

In view of the above, an urgent need arises to address such problems associated with conventional fitness training benches, particularly for safety, adaptability, and supporting different resistance forms.

The following references may be relevant to this invention:

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    • U.S. Pat. No. 10,874,895 to Isom
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    • U.S. Pat. No. 11,311,770 to Coulter
    • US 2004/0067827 to Tustin
    • US 2006/0205576 to Rindfleisch
    • US 2014/0031175 to Peralo
    • US 2016/0089558 to Noyes
    • US 2022/0176190 to Pena
    • U.S. Pat. No. 4,072,309 to Wilson
    • U.S. Pat. No. 4,369,966 to Silberman
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    • U.S. Pat. No. 6,715,728 to Nielsen
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    • U.S. Pat. No. 7,503,881 to Quick
    • U.S. Pat. No. 7,594,881 to Shifferaw
    • U.S. Pat. No. 9,126,079 to Jordan
    • U.S. Pat. No. 9,573,015 to Hall
    • U.S. Pat. No. 9,889,329 to Ernst
    • U.S. Pat. No. 9,895,572 to Donato
    • U.S. Pat. No. 5,921,897 to Stevens

SUMMARY

The following summary section provides a brief introduction to the various embodiments of the present invention. It is to be understood that the following paragraphs are neither meant to constitute a complete and thorough description of the claimed subject matter nor is it intended to define the technical features or the scope of the claimed subject matter.

The exercise device of this invention is configured for use in fitness training and comprises interchangeable training members. This exercise device improves general fitness levels, physical health, and balance, while enabling the exercise of major muscle groups, including the abdominal muscles, lateral obliques, quadriceps, gluteal muscles, calves, and hamstrings. This exercise device may also be used to improve the upper torso group of muscles including the pictorials, deltoids, latissimus, triceps and biceps. Additionally, such equipment can be employed for enhancing cardiovascular endurance and core stability. The interchangeable nature of the training members allows for customization of resistance and exercise types, making the device suitable for users of varying fitness levels. The device may also be utilized in rehabilitation settings to aid in the recovery of strength and flexibility. The design promotes versatility and adaptability, ensuring that the exercise equipment meets diverse training needs across multiple domains of physical health and fitness.

The exercise device of this invention allows users to target and isolate each of the aforesaid muscle groups through various interchangeable training member, enabling efficient muscle strengthening and toning. Such design ensures optimal muscle engagement for users at any fitness level.

Additionally, the exercise device of this invention is also useful for “enhancing cardiovascular endurance and core stability.” The device, when utilized with appropriate training members, allows for dynamic movements that elevate heart rate and engage the core muscles. Such exercise regimen can improve cardiovascular health, increase endurance, and strengthen the core, promoting better posture and overall physical performance in various athletic or fitness contexts.

The exercise device of this invention is also useful for the “recovery of strength and flexibility” in rehabilitation settings. The exercise device can be configured to provide controlled resistance and adjustable movement ranges, aiding in the gradual rebuilding of muscle strength and joint mobility. Such functionality assists individuals in recovering from injuries or surgeries by facilitating safe, progressive rehabilitation exercises.

The versatility of the exercise device of this invention is also useful for “physical health and fitness” in that it can be employed in various exercise routines to promote general well-being, maintain physical fitness, and improve overall health. Such equipment is suitable for users aiming to achieve or maintain a healthy lifestyle through regular physical activity, catering to a wide range of fitness goals.

Broadly, the exercise device of this invention includes a base with a front portion and a rear portion, along with a vertical frame extending upwardly from the base. The vertical frame comprises a front upright support and a rear upright support. Mounted on the rear upright support is a pivotable support arm, configured to be transformed between an engaged and a disengaged state. A cross member is attached to the distal end of the pivotable support arm, wherein the cross member consists of a left arm and a right arm, both equipped with multiple receptacles for attaching interchangeable training members. Additionally, the device includes adjustable seating, affixed to the front upright support, featuring a seating section and a backrest section. Such features allow for versatile and customizable fitness training, accommodating various interchangeable members for a wide range of exercises and user preferences.

More specifically, the exercise device of this invention comprises a base having a front portion and a rear portion. A vertical frame extends upwardly from the base, wherein the vertical frame includes a front upright support positioned proximally to the front portion of the base and a rear upright support positioned proximally to the rear portion of the base. A pivotable support arm is mounted on the rear upright support, the pivotable support arm transforms between a disengaged state and an engaged state, with respect to the vertical frame. Moreover, a cross member is connected to a distal end of the pivotable support arm, the cross member includes a left arm and a right arm. The left and right arms comprise the receptacles for detachably attaching the interchangeable training members. Additionally, a left grip bar is slidably positioned on the left arm of the cross member, a left grip is rotatably disposed on the left grip bar. A right grip bar slidably positioned on the right arm of the cross member, a right Sis pivotally disposed on the right grip bar. An adjustable seating is secured to the front upright support, the adjustable seating has a backrest section and a seating section, wherein the backrest section is coupled to a slidable bracket assembly mounted on the seating section. The exercise device allows users to integrate existing weight equipment, such as dumbbells and weight plates for customizable weight training experience without the need to purchase new, specialized weight sets.

The various objects, features, and advantages of the claimed invention will become clear when reading the following Detailed Description along with the Drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

The following Brief Description of Drawings section will be better understood when read in conjunction with the appended drawings. Although exemplary embodiments of the present invention are illustrated in the drawings, the embodiments are not limited to the specific features shown in the drawings. The drawings illustrate simplified views of the claimed invention and are therefore, not made to scale. Identical numbers in the drawings indicate like elements in the drawings.

The embodiments of the present invention will now be briefly described by way of example only with reference to the drawings in which:

FIG. 1 shows a left perspective view of a fitness training equipment, in accordance with an embodiment of the present disclosure;

FIG. 2 shows a top view of the fitness training equipment of FIG. 1, in accordance with an embodiment of the present disclosure;

FIG. 3 shows a left view of the fitness training equipment of FIGS. 1-2, in accordance with an embodiment of the present disclosure;

FIG. 4 shows a front view of the fitness training equipment of FIGS. 1-3, in accordance with an embodiment of the present disclosure;

FIG. 5 shows a bottom view of the fitness training equipment of FIGS. 1-4, in accordance with an embodiment of the present disclosure;

FIG. 6 shows a left perspective view of the fitness training equipment of FIGS. 1-5, in accordance with an embodiment of the present disclosure;

FIG. 7 shows a left perspective view of the fitness training equipment of FIG. 6, in accordance with an embodiment of the present disclosure;

FIG. 8 shows a left perspective view of the fitness training equipment of FIG. 6, in accordance with an embodiment of the present disclosure;

FIG. 9 shows a left perspective view of an interchangeable training member, in accordance with an embodiment of the present disclosure;

FIG. 10 shows a left perspective view of an interchangeable training member, in accordance with an embodiment of the present disclosure;

FIG. 11 shows a left perspective view of the fitness training equipment of FIG. 1, in accordance with an embodiment of the present disclosure; and

FIG. 12 shows a left perspective view of a slidable bracket assembly, in accordance with an embodiment of the present disclosure.

 DETAILED DESCRIPTION

The following is a detailed description of exemplary embodiments to illustrate the principles of the invention. The embodiments are provided to illustrate aspects of the invention, but the invention is not limited to any single embodiment. The scope of the invention encompasses without limitation numerous alternatives, modifications and combinations.

It shall be noted that as used within the current section as well as in the appended claims, the singular forms “a”, “an”, and “the” include plural referents unless the context clearly dictates otherwise. Further, the use of words such as “first”, “second”, “third” and the like does not represent any particular order. Such words have been merely employed to distinguish one individual component from another. Moreover, “each” refers to each member of a set or each member of a subset of a set.

An arrangement of two or more components, unless stated specifically, can be done without limitation in any manner relative to a three-dimensional coordinate system. Thus, a second component arranged underneath a first component may also be taken to mean that the first component is arranged underneath the second component.

The phrase “configured to” as used through the detailed description as well as the appended claims is to be taken to mean that the particular component that is configured to perform a specific action is specially conceived, designed and subsequently manufactured to enable the particular component to be employed for conveniently performing the specific action. However, this should not be taken to mean that the particular component is only capable of performing one specific action that the particular component is configured to do. The particular component may perform a variety of different actions in addition to the specific action that the particular component has been configured to do.

The phrase “operably coupled” as used in the detailed description as well as the appended claims refers to a coupling between two or more components that such an action performed by or on a first of the components is transferrable as an equivalent action of or on a second of the component that is operably coupled to the first component. It will be appreciated that more than two components may be operably coupled to each other.

The terms such as “slidably”, “pivotally”, “rotatably” and the like have been employed in the detailed description as well as the appended claims to refer to coupling between two or more components such that a first component can move (such as, slide, pivot or rotate) with respect to a second component that is movably coupled to the first component without completely detaching from the first component. It will be appreciated that more than two components may be operably coupled to each other.

It will be appreciated that various components of the system may be permanently or temporarily (such as, detachably) coupled to each other using various permanent or temporary means, including but not limited to, welding the components together, using screws, nuts, bolts and the like to join the components together, attaching the components using magnets and the like. Such details are commonly available in art and have therefore been omitted throughout the detailed description and the appended claims for the sake of conciseness.

Referring to FIG. 1, a left perspective view of the fitness training equipment of this invention 100 is shown, in accordance with an embodiment of the present disclosure. Fitness training equipment 100 (interchangeably referred as equipment 100) comprises a base 102 having a front portion 102A and a rear portion 102B. The front portion 102A provides stability and structural support during various fitness training exercises. The rear portion 102B houses a storage rack for organizing the training elements. The division of the base 102 into the front portion 102A and rear portion 102B enables an even load distribution, enhancing the stability of the fitness training equipment 100 during high-intensity exercises.

In an embodiment, the fitness training equipment 100 further comprises a vertical frame 104 extending upwardly from the base 102. The vertical frame 104 comprises a front upright support 104A positioned proximally to the front portion 102A, and a rear upright support 104B positioned proximally to the rear portion 102B. The front upright support 104A and the rear upright support 104B collectively support the structural framework and provide mounting surfaces for training elements. The rear upright support 104B withstands high loads and prevents structural deformation, ensuring durability during different exercises. The vertical frame 104 enables the equipment 100 to occupy minimal floor space while providing adequate support for upper attachments, making the structure compact and space efficient.

Still referring to FIG. 1, in the embodiment depicted, the fitness training equipment 100 comprises a pivotable support arm 106 mounted on the rear upright support 104B. The pivotable support arm 106 transforms between a disengaged state and an engaged state with respect to the vertical frame 104. In the engaged state, the pivotable support arm 106 secures a cross member 108 for attaching training elements. In the disengaged state, the pivotable support arm 106 folds back to facilitate storage of training elements or transportation of the fitness training equipment 100, see for example FIG. 8. The pivotable support arm 106 enables flexibility for different training positions and exercises. The pivotable configuration allows switching between different exercise setups without modifying the base 102 or the vertical frame 104, enhancing the versatility of the fitness training equipment 100.

In the embodiment depicted in FIG. 1, the cross member 108 is connected to a distal end of the pivotable support arm 106. The cross member 108 comprises a left arm 108A and a right arm 108B, extending laterally from the pivotable support arm 106. Each of the left arm 108A and the right arm 108B comprises multiple receptacles 110 for detachably attaching interchangeable training members (shown in FIGS. 9-10) thereto. The multiple receptacles 110 support various training elements, such as barbells, dumbbells or resistance bands, enabling the equipment 100 to be configured for different exercises. The left arm 108A and the right arm 108B are positioned symmetrically to maintain balance and weight distribution during heavy loads. The symmetric arrangement also facilitates equal muscle engagement for bilateral training, minimizing the risk of muscle imbalances.

The fitness training equipment 100 further comprises a left grip bar 112 slidably positioned on the left arm 108A of the cross member 108. A left hand grip 114 is pivotally disposed on the left grip bar 112. The pivotal configuration of the left hand grip 114 enables ergonomic movement during training exercises, providing effective muscle engagement and reducing strain on the wrists and arms. The pivotal arrangement accommodates various hand grip positions, enhancing user comfort and preventing joint stress during repetitive movements.

The fitness training equipment 100 further comprises a right grip bar 116 slidably positioned on the right arm 108B of the cross member 108. A right hand grip 118 is pivotally disposed on the right grip bar 116. The right hand grip 118 provides similar benefits as the left hand grip 114, including enhanced maneuverability and support for different hand grip positions, enabling a user to switch between different exercise routines without readjusting the fitness training equipment 100. The slidable positioning of the grip bars 112 and 116 along the left arm 108A and right arm 108B, respectively enables users to adjust the spacing between hand grips, improving muscle activation and minimizing injury risks.

Still referring to FIG. 1, the fitness training equipment of this invention 100 comprises an adjustable seating 120 secured to the front upright support 104A. The adjustable seating 120 that comprises a backrest section 120A and a seating section 120B. The backrest section 120A is coupled to a slidable bracket assembly (shown in FIG. 12) mounted on the seating section 120B. The slidable bracket assembly enables the backrest section 120A to be adjusted to different angular positions relative to the seating section 120B. The adjustable seating 120 accommodates users of different sizes and exercise requirements. The adjustability enhances user posture and alignment during exercises, which maintains form and reduces the risk of strain or injury.

The fitness training equipment of this invention 100 is structured to support a range of interchangeable training members, providing versatility for different exercises while maintaining safety and stability. The modular nature of the fitness training equipment 100 allows for reconfiguration to suit varying exercise routines. The combination of the stable base 102, robust vertical frame 104 and pivotable support arm 106 enhances the equipment's 100 durability and adaptability, ensuring consistent performance across a broad range of training applications.

Referring to FIG. 2, a top view of the fitness training equipment 100 is shown, in accordance with the embodiments of the present disclosure. Fitness training equipment 100 includes base 102, where the front portion of the base 102A and the rear portion of the base 102B are visible.

Referring to FIG. 2, the pivotable support arm 106 is centrally located on the vertical frame 104 and extends horizontally, supporting various components. Cross member 108 is attached to the pivotable support arm 106, wherein the cross member 108 includes left arm 108A and right arm 108B. The left grip bar 112 and the right grip bar 116 are connected to the respective arms 108A and 108B. Each grip bar holds its corresponding hand grip, where the left hand grip 114 is held by the left hand grip bar 112, and the right hand grip 118 is held by the right grip bar 116.

The adjustable seating 120 is positioned at the lower section of the apparatus, comprising backrest section 120A and seating section 120B. The locking elements 122 are positioned adjacent to the arms 108A and 108B to secure the pivotable components in place.

FIG. 3 shows a left view of the fitness training equipment of FIGS. 1-2, in accordance with an embodiment of the present disclosure. The fitness training equipment 100 comprises base 102, which includes the front portion of base 102A and the rear portion of the base 102B. The vertical frame 104 is connected to the base 102. The front upright support 104A and the rear upright support 104B of the vertical frame 104 are positioned on the base 102 to provide structural support for the fitness training equipment 100.

A pivotable support arm 106 extends from the upper portion of the vertical frame 104 and pivots horizontally to support the cross member 108. The cross member 108 consists of left arm 108A, which is shown extending forward from the pivotable support arm 106. The left grip bar 112 is attached to the left arm 108A.

The adjustable seating 120 is situated along the base 102. The adjustable seating 120 consists of backrest section 120A and seating section 120B. The base 102 and vertical frame 104 provide stability and support for the various adjustable components. The described arrangement allows for various fitness exercises to be performed using the equipment.

FIG. 4 shows a front view of the fitness training equipment of FIGS. 1-3, in accordance with an embodiment of the present disclosure. The fitness training equipment 100 includes base 102, which consists of the front portion of the base 102A and the rear portion of the base 102B. The pivotable support arm 106 is centrally located and connected to the cross member 108. The cross member 108 comprises the left arm 108A and the right arm 108B.

The left grip bar 112 is connected to the left arm 108A and holds the left hand grip 114. Similarly, the right grip bar 116 is attached to the right arm 108B, supporting the right hand grip 118. The adjustable seating 120 is located at the bottom portion of the equipment and includes seating section 120B. This arrangement is configured to provide stability and user support during fitness exercises.

FIG. 5 shows a bottom view of the fitness training equipment of FIGS. 1-4, in accordance with an embodiment of the present disclosure. Fitness training equipment 100 includes base 102, wherein the front portion of the base 102A and the rear portion of the base 102B are shown. The base 102 provides structural support for the equipment. The cross member 108 is visible, and such cross member 108 is connected to both the left arm 108A and the right arm 108B. The left arm 108A supports the left hand grip 114, while the right arm 108B holds the right hand grip 118. The adjustable seating 120 is positioned in the middle section of the apparatus, consisting of backrest section 120A and seating section 120B. The positioning of the adjustable seating 120 allows for ergonomic use by an individual engaging with the fitness training equipment.

The bottom view reveals the alignment and structural arrangement of the various components, ensuring the stability of the equipment during usage. The configuration of the base 102 and the arms 108A and 108B maintain balance and safety of the fitness training equipment 100.

Referring to FIG. 6, a left perspective view of the fitness training equipment 100 of FIGS. 1-5 is shown, in accordance with an embodiment of the present disclosure. The fitness training equipment 100 comprises a weight storage rack 600 disposed on the rear upright support 104B. The weight storage rack 600 organizes multiple weight plates 604 (individually referred as weight plate 604), thereby enhancing the functionality of the fitness training equipment 100 by providing a compact storage solution within the same structure. Such an integrated arrangement minimizes the need for separate weight storage units, optimizing space utilization and maintaining a clutter-free training environment.

In this embodiment of the invention, the weight storage rack 600 comprises multiple mounting pegs 602 extending outwardly from the weight storage rack 600. The mounting pegs 602 are configured as elongated cylindrical shafts adapted to receive weight plates 604. Such configuration enables the weight plates 604 to be slidably positioned onto the mounting pegs 602, enabling secure storage and organized arrangement of the weight plates 604. The cylindrical shape of the mounting pegs 602 provides a uniform surface for the weight plates 604 to be positioned evenly, preventing imbalance or wobbling. This design also reduces wear or damage to the inner diameter of the weight plates 604 during repeated loading and unloading.

Additionally, the orientation and spacing of the mounting pegs 602 provide ease of access to the weight plates 604, facilitating convenient handling during loading and unloading of weights. The positioning of the mounting pegs 602 along the rear upright support 104B enables that the weight plates 604 are evenly stored, maintaining stability of the fitness training equipment 100. Such configuration reduces the center of gravity shift when multiple weight plates 604 are attached, contributing to improved safety during training sessions.

The integration of the weight storage rack 600 with the rear upright support 104B enhances utility by enabling a consolidated setup for exercise and weight storage. The arrangement eliminates the need for additional storage systems and reduces the training area footprint, thereby enhancing safety and usability.

Referring to FIG. 7, a left perspective view of the fitness training equipment 100 of FIG. 6 is shown, in accordance with an embodiment of the present disclosure. The weight storage rack 600 comprises multiple holders 700 for securing dumbbells 702 (individually referred as dumbbells 702). The holders 700 are configured as U-shaped brackets to cradle a central shaft of the dumbbells 702, allowing the weighted ends of the dumbbells 702 to hang freely on either side of the holders 700. The U-shaped configuration of the holders 700 prevents movement of the dumbbells 702, enabling secure positioning during storage. The U-shaped configuration minimizes the risk of accidental displacement or tipping, thereby contributing to a safer training environment.

Additionally, the U-shaped design of the holders 700 enables easy placement and removal of the dumbbells 702, facilitating quick transitions between exercises and promoting organized storage. The open structure of the holders 700 reduces the effort required to handle dumbbells 702, allowing convenient access and return of the dumbbells 702 without disrupting the arrangement of other training elements. The suspension of the weighted ends on either side of the holders 700 distributes weight evenly across the weight storage rack 600, maintaining balance and stability of the weight storage rack 600 during use.

Further, the strategic positioning of the holders 700 on the weight storage rack 600 enables that the stored dumbbells 702 do not obstruct access to other weights, optimizing space utilization. Such configuration enables organized storage of multiple weight types on a single storage unit, enhancing the overall functionality and versatility of the fitness training equipment 100 by accommodating diverse training needs.

Referring to FIG. 8, a left perspective view of the fitness training equipment 100 of FIG. 6 is shown, in accordance with an embodiment of the present disclosure. As shown, the pivotable support arm 106 has been transformed to the disengaged state. Further, the rear upright support 104B comprises a support sleeve 800 disposed at an upper end thereof. The support sleeve 800 is configured as a box-shaped structure having a front opening to allow the pivotable support arm 106 to pivot into the disengaged state. The rear surface of the support sleeve 800 provides a rigid backing, enabling the pivotable support arm 106 to rest securely when in the disengaged state, thereby maintaining the stability and balance of the fitness training equipment 100 when not in active use.

Additionally, the sides of the support sleeve 800 restricts lateral movement of the pivotable support arm 106, thereby preventing unintended displacement. This configuration enables the pivotable support arm 106 to remain stable even under unbalanced loading conditions or in the event of structural stress. By providing controlled movement and a fixed resting position, the support sleeve 800 prevents excessive swaying or sudden shifts, reducing the risk of damage to the pivotable support arm 106 and the rear upright support 104B.

Moreover, the support sleeve 800 provides a safety feature by limiting the degree of pivoting of the pivotable support arm 106. The structure of the support sleeve 800 prevents movement of the pivotable support arm 106 beyond a predetermined degree, thereby protecting the integrity of the fitness training equipment 100 in the event of uneven weight distribution or misuse. Such configuration minimizes the risk of accidents and also enables safe handling during transitions between engaged and disengaged states. By maintaining control over the pivotable support arm 106, the support sleeve 800 improves the overall safety and reliability of the fitness training equipment 100.

Further, the rear upright support 104B comprises a pair of load-bearing support bars 802A-B positioned on opposite lateral sides thereof. Each load-bearing support bar 802A-B is oriented in an L-shaped configuration to reinforce a structural connection between the rear upright support 104B and the base 102, such as the rear portion 102B of the base 102. The L-shaped configuration of each load-bearing support bar 802A-B enhances structural integrity by distributing the load evenly between the rear upright support 104B and the base 102, minimizing stress and preventing deformation under heavy loading conditions. Such distribution enables that the rear upright support 104B remains upright and stable during high-intensity exercises, maintaining alignment of the fitness training equipment 100.

Further, the L-shaped orientation of the load-bearing support bars 802A-B establishes a secure anchoring point, stabilizing the rear upright support 104B during intense training activities. This configuration maintains stability of the fitness training equipment 100 when subjected to lateral forces or unbalanced weight distribution, reducing the risk of tipping or shifting. The use of L-shaped load-bearing support bars 802A-B allows for multi-directional stability, accommodating forces from varying angles. This structural reinforcement prevents structural fatigue and potential failure, enhancing the durability of the fitness training equipment 100 during prolonged use.

Additionally, the placement of the load-bearing support bars 802A-B on opposite lateral sides of the rear upright support 104B provide uniform support across the rear portion 102B of the base 102. Such an arrangement prevents the development of localized stress points, thereby extending the lifespan of the fitness training equipment 100. The balanced load distribution reduces strain on critical joints, minimizing the need for frequent maintenance. The L-shaped support bars 802A-B also function as bracing elements, preventing lateral swaying or movement of the rear upright support 104B, contributing to safety and reliability of the fitness training equipment 100 during use. The bracing effect maintains a rigid structure, even when subjected to dynamic loads during training.

Further, the integration of the L-shaped support bars 802A-B provides a higher load-bearing capacity, allowing for a broader range of exercises with increased weights. Such an arrangement enhances versatility, enabling safe execution of both basic and advanced strength-training routines using the fitness training equipment 100.

Moreover, each load-bearing support bar 802A-B comprises a lower segment and an upper segment disposed at a predetermined angle with respect to the lower segment. The lower segment is rigidly affixed to the base 102 (such as the rear portion 102B of the base 102) and the upper segment is secured to the rear upright support 104B.

Moreover, each load-bearing support bar 802A-B comprises a lower segment and an upper segment disposed at a predetermined angle with respect to the lower segment. The lower segment is rigidly affixed to the base 102, such as the rear portion 102B of the base 102, and the upper segment is secured to the rear upright support 104B. The angular configuration between the lower segment and the upper segment provides enhanced load distribution across the base 102 and the rear upright support 104B, reducing concentrated stress at the joint connections. Such configuration prevents deformation or bending at high-stress areas, enhancing the overall strength and stability of the fitness training equipment 100. The reduction in concentrated stress at critical junctions ensures that the fitness training equipment 100 maintains structural integrity during high-load exercises, extending its operational lifespan.

Further, the predetermined angle between the lower and upper segments improves the mechanical advantage of the load-bearing support bars 802A-B, allowing the fitness training equipment 100 to withstand greater vertical and lateral forces without compromising the integrity of the rear upright support 104B. The angular orientation enables the load-bearing support bars 802A-B to redirect forces efficiently along their lengths, minimizing the impact of heavy loads on localized areas. The rigid attachment of the lower segment to the base 102 prevents lateral displacement, while the secure connection of the upper segment to the rear upright support 104B minimizes the risk of buckling or shifting under heavy loads, thereby enhancing the safety of the fitness training equipment 100 during high-intensity workouts.

Additionally, the angular orientation of each load-bearing support bars 802A-B enhances the alignment and balance of the fitness training equipment 100, maintaining uniform support throughout the structure. Such configuration optimizes weight distribution, enables that forces are transferred smoothly between the base 102 and the rear upright support 104B, preventing unwanted movement and enhancing safety during high-load exercises. By providing a stable anchoring point, the angular configuration of the load-bearing support bars 802A-B enable consistent performance, reducing the risk of instability and accidental tipping when subjected to dynamic loads or uneven weight distribution.

The structural configuration of the load-bearing support bars 802A-B also contributes to effective management of torsional forces generated during training. The angled segments resist twisting motions, enabling that the rear upright support 104B remains properly aligned with the base 102. Such resistance to torsional forces enhances safety by maintaining correct positioning of all connected components, preventing sudden shifts that could compromise the stability of the fitness training equipment 100.

Referring back to FIG. 2, each of the left arm 108A and the right arm 108B of the cross member 108 comprises multiple locking notches. Each locking notch is configured to receive a locking element 122 of the respective left grip bar 112 and right grip bar 116. The locking notches provide secure engagement points for the left grip bar 112 and the right grip bar 116, enabling precise positioning and adjustment along the left arm 108A and the right arm 108B. This configuration allows users to customize the spacing of the grip bars 112 and 116 for different exercises, thereby enhancing user comfort and providing proper alignment during training. By enabling the grip bars 112 and 116 to be locked at various positions, the locking notches promote effective muscle engagement, enabling correct form and minimizing the risk of joint strain or improper posture.

Further, the locking notches prevent unintended movement of the grip bars 112 and 116 during high-intensity exercises, reducing the risk of slipping or shifting. The locking elements 122 engage securely within the locking notches to provide stability of the grip bars 112 and 116 even under heavy loads. Such secure engagement maintains the structural integrity of the fitness training equipment 100 when subjected to high forces, thereby enhancing user safety during strenuous training sessions. The secure engagement of the locking elements 122 also prevents excessive wear, minimizing mechanical failure and extending the operational lifespan of the grip bars 112 and 116.

Additionally, as shown, the receptacles 110 are implemented as the locking notches, which simplifies the structural design of the cross member 108 by integrating the receptacles 110 and the locking notches into a single component reduces the number of separate parts, resulting in a more streamlined structure and minimizing the potential for mechanical failure. The combined design of the receptacles 110 and the locking notches reduces assembly time, facilitates maintenance and minimize misalignment issues, thereby improving the overall efficiency and reliability of the fitness training equipment 100. The integrated structure further reduces material usage, resulting in a lightweight yet robust cross member 108 that improves handling and transportation.

Further, by securing the left and right grip bars 112 and 116 through a shared locking mechanism, the fitness training equipment 100 achieves improved consistency in hand grip positioning, which maintains symmetry during bilateral exercises. Such consistency enables balanced muscle activation on both sides of the body, reducing the risk of developing muscle imbalances over time.

Referring now to FIG. 9, a left perspective view of an interchangeable training member 900 is shown, in accordance with an embodiment of the present disclosure. As shown, the interchangeable training member 900 is configured as a J-shaped mounting bracket to cradle a dumbbell (similar to the dumbbell 702 of FIG. 7) securely. The J-shaped mounting bracket comprises a curved support segment 902 that accommodates the dumbbell by conforming to the shape of the dumbbell's central shaft, thereby providing a stable resting position. Such configuration prevents the dumbbell from rolling or shifting during storage, such that the dumbbell remains in the intended position. By stabilizing the dumbbell, the curved support segment 902 reduces the likelihood of accidental displacement, thereby enhancing safety and preventing damage to the dumbbell or surrounding equipment.

Further, the J-shaped mounting bracket comprises a transverse stabilizer 904 extending perpendicularly from the curved support segment 902. The transverse stabilizer 904 prevents displacement of the dumbbell by providing lateral support on either side of the central shaft. The transverse stabilizer 904 enables that the dumbbell is secured within the J-shaped mounting bracket, preventing unintended movement even when the interchangeable training member 900 is subjected to external forces or vibrations. The integration of the curved support segment 902 and the transverse stabilizer 904 provides a dual-layered support system, reducing strain on the curved support segment 902 and provide long-term stability during repeated handling and storage. Such stability prevents the dumbbell from tipping over or being knocked out of position, which is beneficial when storing heavy or unevenly weighted dumbbells.

Additionally, the transverse stabilizer 904 distributes the load of the dumbbell evenly across the J-shaped mounting bracket, reducing localized stress on the curved support segment 902. The configuration improves the structural durability of the J-shaped mounting bracket, to provide reliable performance under repeated use. The even load distribution prevents deformation of the bracket, thereby maintaining intended shape and functionality over extended periods of use. The secure positioning provided by the transverse stabilizer 904 also facilitates quick, safe placement and removal of the dumbbell, promoting organized storage and reducing handling time for the user.

The combined structure of the curved support segment 902 and the transverse stabilizer 904 enables the interchangeable training member 900 to support a range of dumbbell sizes, making it versatile for different training needs. By accommodating various sizes and weights, the interchangeable training member 900 provides flexibility in storage options and can be integrated into different training setups without requiring modifications, ensuring adaptability across different exercise environments.

Referring to FIG. 10 and FIG. 8, a left perspective view of an interchangeable training member 1000 (FIG. 10, similar to 602 in FIG. 8) is shown, in accordance with an embodiment of the present disclosure. As shown, the interchangeable training member 1000 is configured as a barbell sleeve to support weight plates securely. The barbell sleeve comprises an elongated cylindrical shaft 1002 adapted to receive the central opening of a weight plate, allowing the weight plate (similar to the weight plate 604) to be positioned along the shaft 1002 in a stable manner. The elongated cylindrical shaft 1002 enables proper alignment of the weight plate, minimizing wobbling or shifting during exercises and providing a safe and balanced setup. By keeping the weight plate securely aligned along the shaft 1002, the barbell sleeve prevents uneven weight distribution for maintaining correct form and preventing muscle strain during lifting.

Further, the barbell sleeve comprises an integrally formed retaining flange 1004 (hereinafter referred as retaining flange 1004) located at one end of the cylindrical shaft 1002. The retaining flange 1004 prevents axial displacement of the weight plate by serving as a physical barrier, thereby securing the weight plate in position. The retaining flange 1004 enables that the weight plate does not slide off the shaft 1002 during intense exercises or sudden movements, reducing the risk of accidents. The integration of retaining flange 1004 into the structure of the shaft 1002 eliminates the need for separate locking components, simplifying the design and reducing potential points of mechanical failure. This one-piece configuration of retaining flange 1004 minimizes areas of weakness, enhancing the durability of the barbell sleeve and ensuring consistent performance under varying load conditions.

Additionally, the retaining flange 1004 distributes the load of the weight plate evenly across its surface, reducing localized stress at the end of the cylindrical shaft 1002. This configuration prevents damage or deformation of the weight plate and maintains the structural integrity of the barbell sleeve under repeated loading and unloading. Such uniform load distribution also prevents excessive wear on the weight plate, extending lifespan and enabling that the weight plate remains securely positioned during high-intensity exercises. The retaining flange 1004 further enables quick and secure attachment and removal of the weight plate, thereby enhancing the efficiency of weight adjustments during training sessions and minimizing downtime.

Moreover, the integration of the retaining flange 1004 directly with the cylindrical shaft 1002 enables the barbell sleeve to achieve a lightweight yet robust structure, supporting varying weight capacities without compromising stability. Further, the reduced weight lowers the inertial forces exerted on the barbell sleeve during rapid movements, enhancing safety during dynamic exercises. By providing a balance between strength and weight, the barbell sleeve improves adaptability for a wide range of exercises, allowing users to employ different weight configurations to meet varying training requirements.

Referring to FIG. 11, a left perspective view of the fitness training equipment 100 of FIG. 1 is shown, in accordance with an embodiment of the present disclosure. As shown, the cross member 108 comprises side receptacles 1100 positioned at each of a left extremity and a right extremity of the cross member 108. The side receptacles 1100 are configured to detachably receive a barbell sleeve therein, such as the barbell sleeve of FIG. 10. Each side receptacle 1100 provides a secure mounting point for the barbell sleeve such that the barbell sleeve is aligned correctly along the length of the cross member 108. The side receptacle 1100 facilitates stable attachment of the barbell sleeve, enabling safe handling of weight plates during exercises. By maintaining proper alignment of the barbell sleeve, the side receptacles 1100 reduce unwanted vibrations or shifts, which could disrupt balance and lead to potential user injury.

Still referring to FIG. 11, each barbell sleeve 1000 is adjustably positioned within the side receptacles 1100 and locked into a selected position using a mounting pin. The adjustable positioning feature allows the user to modify the spacing between the barbell sleeve, accommodating different exercise requirements and user preferences. Such adjustability enables users to customize the fitness training equipment 100 for a variety of workout routines, promoting effective muscle engagement by maintaining optimal barbell positioning. The mounting pin engages the barbell sleeve securely within the side receptacles 1100, preventing unintended movement or shifting during use. The locking mechanism allows the barbell sleeve to remain firmly in place even under heavy loads, enhancing safety and stability during high-intensity training. The secure locking also reduces excessive strain on the cross member 108, thus minimizing the risk of mechanical failure.

The adjustable nature of the barbell sleeve within the side receptacles 1100 provides versatility in configuring the fitness training equipment 100 for different exercises. By allowing the barbell sleeve to be repositioned, the fitness training equipment 100 supports a range of training routines, including barbell lifting and resistance band exercises. Such flexibility promotes balanced muscle development by enabling users to alternate between various hand grip widths and exercise positions. The ability to adjust the barbell sleeve enhances the durability of the fitness training equipment 100 by ensuring evenly distributed forces across the cross member 108, minimizing wear and tear over time.

The integration of the side receptacles 1100 and the mounting pin locking mechanism provides a stable yet adaptable configuration, reducing the risk of instability and accidents. The secure engagement of the barbell sleeve enables that the fitness training equipment 100 maintains consistent performance under various load conditions, making the fitness training equipment 100 suitable for both basic and advanced strength training routines.

In an embodiment, the front upright support 104A comprises multiple mounting apertures 1102 arranged along a length thereof. Each of the plurality of mounting apertures 1102 provides a secure attachment point for additional training elements. The arrangement of the mounting apertures 1102 enables flexible positioning of training components at various heights along the front upright support 104A, enhancing the adaptability of the fitness training equipment 100 for different exercises. By allowing components to be mounted at multiple positions, the mounting apertures 1102 enable users to customize training setups, enabling optimal alignment and engagement for different muscle groups and exercise variations.

Still referring to FIG. 11, a first resistance band retaining shaft 1104 is detachably positioned within each of the plurality of mounting apertures 1102. The first resistance band retaining shaft 1104 enables the secure attachment of resistance bands at selected positions along the front upright support 104A. The mounting apertures 1102 provides versatility in resistance band placement, allowing users to modify the angle and direction of resistance based on specific training needs. The detachable nature of the first resistance band retaining shaft 1104 facilitates easy installation and removal, allowing users to switch between different exercise configurations quickly and efficiently. Such flexibility minimizes setup time and enhances user convenience, making it easier to incorporate resistance training into various workout routines.

Additionally, by enabling resistance bands to be anchored at multiple heights, the mounting apertures 1102 and the first resistance band retaining shaft 1104 promote balanced muscle engagement and provide options for both upper and lower body training. The height adjustment of resistance bands enable that different ranges of motion can be targeted effectively, promoting symmetrical development of opposing muscle groups. This arrangement allows varying resistance levels by changing the length and tension of the attached bands, supporting progressive training programs that cater to different fitness levels.

Moreover, by consolidating multiple exercise options within a single piece of equipment the mounting apertures 1102 and the first resistance band retaining shaft 1104, the fitness training equipment 100 of present disclosure reduces the need for additional equipment by enabling users to perform a wide variety of resistance training exercises. The variable positioning of the resistance bands minimizes repetitive strain and assures effective targeting of different muscle groups, enhancing the overall utility and effectiveness of the fitness training equipment 100.

As shown, the pivotable support arm 106 comprises multiple through-holes (not shown) positioned along its length. Each through-hole is configured to receive a second resistance band retaining shaft 1106. The placement of the through-holes along the pivotable support arm 106 provides secure anchoring points for the second resistance band retaining shaft 1106, enabling resistance bands to be attached at varying positions. Such configuration allows for dynamic adjustments of resistance band placement, enhancing the versatility of the fitness training equipment 100 by supporting a range of resistance training exercises. The ability to attach resistance bands at different points along the pivotable support arm 106 ensures that exercises can be tailored to target specific muscle groups, providing more effective engagement and reducing joint strain during workouts.

Further, the positioning of the through-holes along the length of the pivotable support arm 106 allows users to select specific attachment points, thereby modifying the tension and angle of the resistance bands based on exercise requirements. This configuration enables that resistance forces can be targeted towards different muscle groups, promoting balanced muscle engagement and facilitating both upper and lower body workouts. The variety of attachment options allows for controlled resistance application, preventing overloading of individual muscles and reducing the risk of strain or injury. The even distribution of forces along the length of the pivotable support arm 106 prevents localized stress, thereby enhancing the structural integrity and extending the operational lifespan of the fitness training equipment 100.

Additionally, the second resistance band retaining shaft 1106, when inserted into the selected through-hole, secures the resistance bands in place, preventing unintentional dislodgement or movement during high-intensity exercises. This secure engagement reduces the risk of the resistance bands slipping or detaching, thereby enhancing user safety and maintaining consistent performance during training. By maintaining a fixed position, the second resistance band retaining shaft 1106 enables that the resistance bands deliver uniform tension throughout the exercise, providing predictable resistance forces and supporting controlled movement patterns. The fixed engagement of the second resistance band retaining shaft 1106 prevents variations in resistance to provide effective muscle activation during each exercise.

Moreover, the detachable nature of the second resistance band retaining shaft 1106 allows for quick changes in resistance band orientation, enabling smooth transitions between exercises without the need for complex adjustments to promote effective circuit training by minimizing downtime between movements, thereby enhancing the overall user experience. By integrating the through-holes and the second resistance band retaining shaft 1106, the fitness training equipment 100 achieves a high degree of flexibility and customization for users who can adjust resistance levels easily to match fitness goals. The flexible arrangement of the second resistance band retaining shaft 1106 allows for a variety of training configurations, providing an efficient solution for strength training, resistance exercises, and rehabilitation programs.

Further, a resistance band 1108 is removably mounted between the first resistance band 1108 retaining shaft 1104 of the front upright support 104A and the second resistance band 1108 retaining shaft 1106 of the pivotable support arm 106. The resistance band 1108 is securely anchored at both ends, providing a stable setup for resistance training. This configuration allows the resistance band 1108 to be positioned at various heights and angles, enabling users to perform a wide range of exercises targeting different muscle groups. The removable mounting allows the resistance band 1108 to be easily repositioned or adjusted based on the height of user or specific exercise requirements, for effective engagement of targeted muscles and reducing the risk of joint strain during exercises.

Further, the mounting of the resistance band 1108 between the retaining shafts 1104 and 1106 enhances the adaptability of the fitness training equipment 100. The resistance band 1108 supports both linear and angular resistance applications, promoting effective muscle engagement and maintenance of desired tension throughout the exercise. The secure attachment prevents unintended slippage or movement of the resistance band 1108, enabling consistent performance and user safety during high-intensity training.

Moreover, the detachable nature of the resistance band 1108 allows users to quickly change the resistance band 1108 to different strengths or types, supporting progressive training without requiring complex reconfigurations. This flexibility enables users to vary the resistance levels for different exercises, catering to both novice and experienced users. Such versatility reduces setup time and allows users to transition smoothly between exercises, enhancing the efficiency of resistance training routines. The ability to switch resistance bands 1108 based on strength levels or training goals provides a customizable workout experience, supporting a gradual increase in resistance to build strength and endurance.

Additionally, mounting of the resistance band 1108 at multiple angles and positions distributes forces evenly along the retaining shafts 1104 and 1106, reducing localized stress and extending the lifespan of both the resistance band 1108 and the retaining shafts. This configuration prevents wear and tear at critical attachment points, maintaining the structural integrity of the fitness training equipment 100. The option to easily detach and replace the resistance band 1108 also prevents overstretching or damage to the band, promoting consistent performance and enhancing user safety during prolonged use.

By accommodating various resistance band 1108 strengths and orientations, the fitness training equipment 100 provides a solution for users seeking to perform a range of resistance-based exercises. This flexibility supports diverse training styles, including strength training, rehabilitation exercises, and functional fitness routines, making the equipment suitable for a wide range of fitness goals.

Referring to FIG. 12, a left perspective view of a slidable bracket assembly 1200 is shown, in accordance with an embodiment of the present disclosure. The slidable bracket assembly 1200 is configured to support the adjustable seating 120 of the fitness training equipment 100 and enable vertical movement along the front upright support 104A. The slidable bracket assembly 1200 comprises a main bracket body to engage the front upright support 104A securely while allowing the adjustable seating 120 to be moved and locked into various positions. The slidable bracket assembly 1200 provides flexible height adjustments, enabling users to modify the position of the adjustable seating 120 to suit different exercise requirements and body dimensions. By allowing height variations, the slidable bracket assembly 1200 provides optimal alignment during various exercises, reducing the risk of improper posture and minimizing muscle strain during use.

Further, the slidable bracket assembly 1200 comprises a locking mechanism integrated into the main bracket body. The locking mechanism allows the slidable bracket assembly 1200 to be securely fixed at the desired height along the front upright support 104A. This configuration prevents unintentional movement of the adjustable seating 120 during exercises, thereby providing stability and user safety. The locking mechanism maintains the seating 120 in the selected position even under varying loads, minimizing the risk of shifting or slipping during high-intensity training. The reliable engagement of the locking mechanism prevents excessive wear on the main bracket body, extending the operational lifespan of the fitness training equipment 100.

Additionally, the slidable bracket assembly 1200 facilitates smooth transitions between different seating positions, enabling quick adjustments without requiring complex disassembly. This feature enhances user convenience and reduces downtime during exercise routines, supporting efficient workout sessions. The smooth operation of the slidable bracket assembly 1200 minimizes frictional resistance during vertical movement, allowing the user to reposition the seating 120 with minimal effort. The quick and secure reposition of the adjustable seating 120 provides versatility for performing a variety of exercises, ranging from seated shoulder presses to incline bench movements, thereby enhancing the overall functionality of the fitness training equipment 100.

Moreover, by integrating the slidable bracket assembly 1200 with the adjustable seating 120, the fitness training equipment 100 achieves improved adaptability and customization, supporting a wide range of training requirements while maintaining structural stability and safety. This configuration enables the seating 120 to accommodate multiple users and varying exercise intensities, ensuring that the fitness training equipment 100 remains functional and reliable for different training environments. The slidable bracket assembly 1200 further prevents lateral swaying or unwanted movement of the seating 120, maintaining proper alignment during dynamic exercises and enhancing user safety.

It will also be appreciated that modifications, additions, or omissions may be made to the systems and apparatuses described hereinafter without departing from the scope of the claims. The components of the systems and apparatuses may be integrated or separated. Moreover, the operations of the systems and apparatuses may be performed by more, fewer, or other components.

FIGS. 1-8 and 11 Elements

Part No. Element 100 Fitness training equipment 102 Base   102A Front portion of the base   102B Rear portion of the base 104 Vertical frame   104A Front upright support   104B Rear upright support 106 Pivotable support arm 108 Cross member   108A Left arm   108B Right arm 110 Receptacles 112 Left grip bar 114 Left hand grip 116 Right grip bar 118 Right hand grip 120 Adjustable seating   120A Backrest section   120B Seating section 122 Locking element

FIGS. 6-8 Elements

Part No. Element 600 Weight storage rack 602 Mounting pegs 604 Weight plates 700 Holders for securing dumbbells 702 Dumbbells 800 Support sleeve 802A-B Load-bearing support bars

FIGS. 9-10 Elements

Part No. Element 900, 1000 Interchangeable training member 902 Curved support segment 904 Transverse stabilizer 1002 Elongated cylindrical shaft 1004 Retaining flange

FIG. 11 Elements

Part No. Element 1100 Side receptacles 1102 Mounting apertures 1104 First resistance band retaining shaft 1106 Second resistance band retaining shaft 1108 Resistance band

FIG. 12 Elements

Part No. Element 1200 Slidable bracket assembly

Claims

1. A fitness training equipment comprising:

a base comprising a front portion and a rear portion;
a vertical frame extending upwardly from the base, wherein the vertical frame comprises: a front upright support positioned proximally to the front portion of the base; and a rear upright support positioned proximally to the rear portion of the base;
a pivotable support arm mounted on the rear upright support, wherein the pivotable support arm transforms between a disengaged state and an engaged state, with respect to the vertical frame;
a cross member connected to a distal end of the pivotable support arm, wherein the cross member comprises a left arm and a right arm, wherein each of the left arm and the right arm comprises the receptacles for detachably attaching the interchangeable training members;
a left grip bar slidably positioned on the left arm of the cross member, wherein a left hand grip is rotatably disposed on the left grip bar;
a right grip bar slidably positioned on the right arm of the cross member, wherein a right hand grip is pivotally disposed on the right grip bar; and
an adjustable seating is secured to the front upright support, wherein the adjustable seating assembly comprises a backrest section and a seating section, wherein the backrest section is coupled to a slidable bracket assembly mounted on the seating section.

2. The fitness training equipment of claim 1, wherein the base comprises a weight storage rack disposed on the rear portion, wherein the weight storage rack comprises the mounting pegs for securing the weight plates.

3. The fitness training equipment of claim 1, wherein the rear upright support comprises a support sleeve disposed at an upper end, wherein the pivotable support arm resets against the support sleeve in the disengaged state.

4. The fitness training equipment of claim 1, wherein the rear upright support comprises a pair of load-bearing support bars positioned on the opposite lateral sides of the rear upright support, wherein each load-bearing support bar is oriented in an L-shaped configuration to reinforce a structural connection between the rear upright support and the base.

5. The fitness training equipment of claim 4, wherein each load-bearing support bar comprises a lower segment and an upper segment disposed at a predetermined angle with respect to the lower segment, wherein the lower segment is rigidly affixed to the base, wherein the upper segment is secured to the rear upright support.

6. The fitness training equipment of claim 1, wherein each of the left arm and the right arm of the cross member comprises the locking notches, wherein each locking notch receives a locking element of the respective left grip bar and the right grip bar.

7. The fitness training equipment of claim 1, wherein the interchangeable training members comprise a J-shaped mounting bracket to cradle a dumbbell, wherein the J-shaped mounting bracket comprises:

a curved support segment to accommodate the dumbbell; and
a transverse stabilizer to prevent displacement of the dumbbell.

8. The fitness training equipment of claim 1, wherein the interchangeable training members comprise a set of barbell sleeves to support the weight plates, wherein each barbell sleeve comprises:

an elongated cylindrical shaft to receive the weight plate; and
an integrally formed retaining flange to prevent axial displacement of the weight plate.

9. The fitness training equipment of claim 8, wherein the cross member comprises the side receptacles on each of a left extremity and a right extremity thereof for detachably receiving a barbell sleeve therein, wherein each barbell sleeve is adjustably positioned within the side receptacles and locked into a selected position using a mounting pin.

10. The fitness training equipment of claim 1, wherein the front upright support comprises the mounting apertures arranged along a length thereof, wherein a resistance band retaining shaft is detachably positioned within each of the mounting aperture.

11. The fitness training equipment of claim 10, wherein the cross member comprises the through-holes positioned on an outer surface of a cylindrical portion of the cross member, wherein each through-hole receives a second resistance band retaining shaft.

12. The fitness training equipment of claim 11, wherein a resistance band is removably mounted between the resistance band retaining shaft of the front upright support and the second resistance band retaining shaft of the cross member.

Patent History
Publication number: 20260145019
Type: Application
Filed: Nov 26, 2024
Publication Date: May 28, 2026
Inventor: Steven Mitchell (Suffern, NY)
Application Number: 18/960,537
Classifications
International Classification: A63B 21/078 (20060101); A63B 21/00 (20060101); A63B 21/055 (20060101);