Disclosed is an element for gripping an item of sports equipment, including a core made of composite material having a fibrous framework included in a polymer matrix. The gripping element has an external layer enveloping the core and having an interwoven textile material, separate from the framework, that is partially embedded in the matrix and emerges from the matrix onto an outer surface of the gripping element. Also disclosed is a handrail of a gymnastics apparatus and to an item of sports equipment having such a gripping element, as well as a method for manufacturing such a gripping element.

Disclosed is an element for gripping an item of sports equipment, including a core made of composite material having a fibrous framework included in a polymer matrix. The gripping element has an external layer enveloping the core and having an interwoven textile material, separate from the framework, that is partially embedded in the matrix and emerges from the matrix onto an outer surface of the gripping element. Also disclosed is a handrail of a gymnastics apparatus and to an item of sports equipment having such a gripping element, as well as a method for manufacturing such a gripping element.

A bar tapping tool for use during a tap swing drill includes a plurality of bristles adjacent one another and extending horizontally so as to signal when the gymnast should begin her bodily shape change while keeping a safe distance from lower bar. The bar tapping tool has bristles of different lengths extending horizontally so that an athlete swinging on the upper bar can at first swing at a farther distance away from the lower bar and then later, when more experienced, swing at a closer distance away from the lower bar.

A bar tapping tool for use during a tap swing drill includes a plurality of bristles adjacent one another and extending horizontally so as to signal when the gymnast should begin her bodily shape change while keeping a safe distance from lower bar. The bar tapping tool has bristles of different lengths extending horizontally so that an athlete swinging on the upper bar can at first swing at a farther distance away from the lower bar and then later, when more experienced, swing at a closer distance away from the lower bar.

A portable rehabilitation assembly (100) for pre-gait rehabilitation comprises first and second lower support bars (102a, 102b) coupled together by an adjustable cross-member (104). A first pair of vertical frame members (108a) can be coupled to the first lower support bar (102a), and a second pair of vertical frame members (108b) can be coupled to the second lower support bar (102b). First and second hand rails (110a, 110b) can be coupled to respective vertical frame members (108a, 108b) to form an unobstructed walkway (W) from the front region (106a) to a back region (106b). First and second pairs of wheels (112a-d) can be coupled to respective lower support bars (102a, 102b). At least one actuation mechanism (114a, 114b) operates to move the assembly (100) from a stationary rehabilitation position to a portable position by causing the wheels (H2a-d) to lift the lower support bars (102a, 102b) from the ground surface for transport.

A portable rehabilitation assembly (100) for pre-gait rehabilitation comprises first and second lower support bars (102a, 102b) coupled together by an adjustable cross-member (104). A first pair of vertical frame members (108a) can be coupled to the first lower support bar (102a), and a second pair of vertical frame members (108b) can be coupled to the second lower support bar (102b). First and second hand rails (110a, 110b) can be coupled to respective vertical frame members (108a, 108b) to form an unobstructed walkway (W) from the front region (106a) to a back region (106b). First and second pairs of wheels (112a-d) can be coupled to respective lower support bars (102a, 102b). At least one actuation mechanism (114a, 114b) operates to move the assembly (100) from a stationary rehabilitation position to a portable position by causing the wheels (H2a-d) to lift the lower support bars (102a, 102b) from the ground surface for transport.

The present invention provides for a gymnastics swing trainer. The device comprises two parallel side support members and two fixed rungs forming a rectangular frame. An adjustable rung may be positioned along the side support members to accommodate the size of the user. A gymnast grasps the adjustable rung while placing her feet on the lower fixed rung. The rungs should be spaced the proper distance apart to allow the gymnast to maintain the proper hollow body position required for uneven parallel bar skills. Repeated training with the device allows for the proper body position to become an automatic response or to be retained in “muscle memory” such that the gymnast can focus on the skill while maintaining proper position.

An exercise apparatus is provided. The exercise apparatus includes first and second base assemblies, each having a plurality of riser segments. A first rail is connected to and spans the first and second base assemblies. The first rail has a plurality of horizontal segments interspersed with a plurality of vertical segments. A second rail is spaced apart from the first rail and is connected to and spans the first and second base assemblies. The second rail has a plurality of horizontal segments interspersed with a plurality of vertical segments. The horizontal and vertical segments of the second rail correspond to the horizontal and vertical segments of the first rail. Adjacent horizontal segments of each of the first and second rails are vertically spaced apart.

An exercise apparatus is provided. The exercise apparatus includes first and second base assemblies, each having a plurality of riser segments. A first rail is connected to and spans the first and second base assemblies. The first rail has a plurality of horizontal segments interspersed with a plurality of vertical segments. A second rail is spaced apart from the first rail and is connected to and spans the first and second base assemblies. The second rail has a plurality of horizontal segments interspersed with a plurality of vertical segments. The horizontal and vertical segments of the second rail correspond to the horizontal and vertical segments of the first rail. Adjacent horizontal segments of each of the first and second rails are vertically spaced apart.

A deck for a treadmill includes a continuous track, and a plurality of slats connected to the track. The track and the plurality of slats at least partly define an inner space of the deck, and are rotatable about the inner space. The deck also includes a first motor configured to modify a speed of rotation of the track, and a second motor configured to modify a position of the deck relative to a support surface on which the deck is supported. The first motor and the second motor are disposed within the inner space.