A device for physical exercise for motor rehabilitation includes a body formed of a casing with at least a part made of a translucent flexible material, the body having an inner chamber and at least one opening, a closing element, housed in the opening, on which at least a pressure sensor, a light source, a control unit and a battery are mounted, in which the pressure sensor is positioned so as to detect the pressure in the inner chamber and in which the control unit is configured to receive the measurement of the pressure value and to control the activation state of the light source according to the parameter.

An exercise and rehabilitation bar including a flexing bar, at least one resistance insert, and at least one handle. The flexing bar has a first end, a second end, and a cavity running from the first end to the second end. The at least one resistance insert is removably carried within the cavity of the flexing bar and the at least one handle is removably securable to either the first or second end of the flexing bar.

Multi-functional wrist and hand expander-trainers for training wrist joints and for the effective execution of various training exercises aimed at a particular development of arm, body and leg muscles. An impact plyometric expander including a handle, a connecting element, and a concave head which is connected to the concave handle by the concave connecting element; the concave connecting element connected to the concave head with the formation of a break, and the concave head having an irregular thickness across its entire surface and a narrowing at the bottom part thereof.

An exercise apparatus, system, or kit that includes separate components that can be used together during a workout. In one embodiment, the exercise kit includes a hub having a monolithic body portion and sleeve portions thereon. During use, only the sleeve portions contact the surface upon which the hub is located. The hub also has an annular groove formed therein and a bore formed therethrough. The kit also includes an elongated bar that is configured to interact with the hub in multiple positions to enable user to perform difference exercises. The different positions include: (1) a first exercise position wherein the elongated bar is positioned within the bore and portions of the elongated bar protrude from the first and second ends of the monolithic body portion; and (2) a second exercise position wherein the elongated bar is positioned within the annular groove.

Facilitating a user to provide inputs to a computing platform by applying varying pressure to one or more external points on a pressure sensitive peripheral device is disclosed. The pressure sensitive peripheral device may include one or more pressure sensors disposed within a housing body or housing bodies of the pressure sensitive peripheral device. The pressure sensors may provide pressure signals conveying information associated with compressive forces applied to the housing body or bodies of the pressure sensitive peripheral device. Inputs to control one or more aspects of a computing platform coupled to the pressure sensitive peripheral device may be provided based on the pressure signals. The one or more aspects of the computing platform may include one or more aspects of a graphical user interface on a display associated with the computing platform, operational aspects of the computing platform and/or any other aspects of the computing platform.

An exercise device including two foot platforms riding on elongated rails for longitudinal motion relative thereto. The platforms are directly connected to each other by one or more elastic elements. The platforms are also connected by linear and/or rotary dampers to provide motion damping. In addition, weights and/or flywheels may be used to smooth the oscillations. When the two platforms are side-by-side, the elastic elements run in a substantially crosswise direction. A seated user may place the user's feet on the platforms and move his/her feet and lower legs back and forth in a scissoring motion to move the platforms in opposing directions along the rails. In so doing, the user overcomes the resistance of the elastic elements and dampers connecting the platforms. This provides the user with exercise and its accompanying benefits.

Conditioning devices for gainers and eSports athletes are presented. The devices includes a wrist rest device, a massage sleeve, a hand exercise bracelet, a knuckle bracelet and a tri-finger exercise device. The wrist rest device is configured to provide appropriate warmth to the forearms while gaming, using a keyboard, or any data input device. The massage sleeve is configured to be wrapped around a person's forearm. It includes multiple elevated geometric shapes that are be built into the fabric of the material to provide appropriate pressure along the musculature of the wrist and forearm. The hand exercise bracelet, the knuckle bracelet and the tri-finger exercise device are configured for increasing the flexion, extension, abduction, adduction and intrinsic muscle strength of fingers, wrists, and forearms especially for individuals who do extensive amounts of keyboarding as well as texting, typing, gaming, and data entry.

An exercise platform having a base member being a firm, resilient structure having in some aspects an edge member or a surrounding frame. The shape of the base member varies on design considerations, one shape being a generally planar, pear shape, another rectangular with side extensions. The base member is or has positioned thereon a cushioned top member, such as a foam or soft yoga mat type cushion. In an embodiment, the base member has around its periphery a pattern of anchor points or apertures to which resistance bands are attached, coupled or threaded. The use of resistance bands accessible around the periphery enable the user to utilize positions that enhance comfort, prevent injury, and maximize the benefit to each muscle group.

An exercise device including two foot platforms riding on elongated rails for longitudinal motion relative thereto. The platforms are directly connected to each other by one or more elastic elements. One or more dampers are installed substantially parallel with the elastic elements to oppose the energy return of the elastic elements. When the two platforms are side-by-side, the elastic elements and dampers run in a substantially crosswise direction. A seated user may place feet on the platforms and move his/her feet and lower legs back and forth in a scissoring motion to move the platforms in opposition directions along the rails. In so doing, the user overcomes the resistance of the elastic elements and dampers connecting the platforms. This provides the user with exercise and its accompanying benefits.

A muscle resistance training wrap according to various aspects of the present technology is configured to provide increased gripping strength for sports equipment handles. In one embodiment, the wrap comprises a soft flexible element configured to be wrapped around the handle of a piece of sporting equipment such as a baseball/softball bat, tennis racquet, pickleball paddle, hockey stick, golf club, or other similar hand-held sports equipment. The soft flexible element increases a diameter of the handle of the sporting equipment and is compressible when the handle portion is gripped and squeezed. The compressible nature of the wrap provides increased muscular resistance to gripping ability to thereby increase a user's gripping strength while simultaneously allowing use of the sports equipment.