An apparatus includes a cuboid exercise weight and one or more wall mounts. The exercise weight may be utilized in a variety of workouts due to the various locations and angles of the handles. Further, the exercise weight may be attached to the one or more wall mounts allowing for the user to perform exercises from an elevated position.

Coupling device (20) for a vertical pole (8) for gym exercises comprising a hemispherical element (3) positioned inside a seat (22), a base (1), a shaft (5) inserted inside the hemispherical element (3) to which the vertical pole (8) for gym exercises is connected, said device (20) being characterized in that the hemispherical element (3) comprises a plurality of blocking elements (10, 33, 45) configured to be coupled to a plurality of corresponding elements (26, 34, 44), made on the inner surface of the seat (22) of the hemispherical element (3) to prevent the rotation of the pole (8) around an axis (X) passing through the centre of the coupling device (20) while leaving free the oscillatory movement of the pole (8) with respect to said axis (X).

Coupling device (20) for a vertical pole (8) for gym exercises comprising a hemispherical element (3) positioned inside a seat (22), a base (1), a shaft (5) inserted inside the hemispherical element (3) to which the vertical pole (8) for gym exercises is connected, said device (20) being characterized in that the hemispherical element (3) comprises a plurality of blocking elements (10, 33, 45) configured to be coupled to a plurality of corresponding elements (26, 34, 44), made on the inner surface of the seat (22) of the hemispherical element (3) to prevent the rotation of the pole (8) around an axis (X) passing through the centre of the coupling device (20) while leaving free the oscillatory movement of the pole (8) with respect to said axis (X).

A climbing action structure includes a support structure having a plurality of columns configured to be fixed relative to an underlying surface and support at least one header of a plurality of headers above the underlying surface. A climbing action space is defined between the columns, the headers, and the underlying surface that is devoid of intruding structure. The headers define a plurality of action element mounts, each defining a longitudinal axis substantially parallel to the underlying surface. At least one action element is removably coupled to the support structure at a respective action element mount. The action element includes a top end having a header connection member. The header connection member being coupled to the respective action element mount and adjustably positionable along the longitudinal axis, and the action element is disposed within the climbing action space and a participant has 360° access to the action element therein.

A climbing action structure includes a support structure having a plurality of columns configured to be fixed relative to an underlying surface and support at least one header of a plurality of headers above the underlying surface. A climbing action space is defined between the columns, the headers, and the underlying surface that is devoid of intruding structure. The headers define a plurality of action element mounts, each defining a longitudinal axis substantially parallel to the underlying surface. At least one action element is removably coupled to the support structure at a respective action element mount. The action element includes a top end having a header connection member. The header connection member being coupled to the respective action element mount and adjustably positionable along the longitudinal axis, and the action element is disposed within the climbing action space and a participant has 360° access to the action element therein.

A playground apparatus has a first platform assembly, a second platform assembly, and a pole structure. The first platform assembly includes a first platform structure disposed at a distance from the surface. The second platform assembly is disposed spaced apart from the first platform assembly. The second platform assembly includes a second platform structure disposed at a distance from the surface. Further, the pole structure is disposed between the first platform assembly and the second platform assembly, and includes a lever portion having at least one support structure for supporting one or more child.

A playground apparatus has a first platform assembly, a second platform assembly, and a pole structure. The first platform assembly includes a first platform structure disposed at a distance from the surface. The second platform assembly is disposed spaced apart from the first platform assembly. The second platform assembly includes a second platform structure disposed at a distance from the surface. Further, the pole structure is disposed between the first platform assembly and the second platform assembly, and includes a lever portion having at least one support structure for supporting one or more child.

Embodiments of the present disclosure are directed to playground climbing structures that provide a pathway defined by a lower surface and bound on each side by a sidewall. The structures may comprise sensory play activities on the interior of the sidewalls as well as on the exterior of the sidewalls. The climbing structure is also adapted so as to be accessible to children of varying physical abilities, including for instance children with disabilities, such as by having at least one platform configured for access from a wheelchair or other mobility device and incremental adjustments in elevation that may be navigated by a child with limited mobility. Embodiments of the climbing structures are assembled from a plurality of components, which can be connected together in a variety of configurations to provide custom modular structures.

Embodiments of the present disclosure are directed to playground climbing structures that provide a pathway defined by a lower surface and bound on each side by a sidewall. The structures may comprise sensory play activities on the interior of the sidewalls as well as on the exterior of the sidewalls. The climbing structure is also adapted so as to be accessible to children of varying physical abilities, including for instance children with disabilities, such as by having at least one platform configured for access from a wheelchair or other mobility device and incremental adjustments in elevation that may be navigated by a child with limited mobility. Embodiments of the climbing structures are assembled from a plurality of components, which can be connected together in a variety of configurations to provide custom modular structures.

The learning tower includes a frame and a platform. The frame includes a rear leg assembly and a front leg assembly rotatably coupled to one another. The platform is removably coupled to the frame. The learning tower is configured to transition between an open position and a closed position, and the platform is configured to transition between a lower position and an upper position. In the lower position, the first end of the platform is rotatably coupled to the frame at a lower mounting position and the second end of the platform is slidably coupled to the frame through engagement with a first pair of channels. In the upper position, the first end of the platform is rotatably coupled to the frame at an upper mounting position and the second end of the platform is slidably coupled to the frame through engagement with a second pair of channels.