The present invention is a rehabilitation and mobility improvement apparatus (RMIA) and method of use for use in providing increased mobility in persons having reduced strength and mobility due to for instance injury or illness. The apparatus is adapted so as to allow a person who could not readily slide or move their arm or other mobility reduced appendage (MRA) to slide or move their MRA, such as across a flat surface such as a table top or a floor, so as to provide exercise for such MRA, and so as to increase strength and mobility in such MRA.

A exercise roller device including a center roller portion provided with shaped end roller portions, and the center roller portion provided with a centered circumferential groove. A method of making the exercise roller device.

A exercise roller device including a center roller portion provided with shaped end roller portions, and the center roller portion provided with a centered circumferential groove. A method of making the exercise roller device.

An exercise device having a sled or wheelbarrow configuration comprises a frame that is pushed across a support surface by a user. The frame carries a wheel that movably supports the frame in the wheelbarrow configuration and at least one skid that movably supports the frame in the skid configuration. A pair of handles is selectively repositionable on the frame from a vertical orientation used in the sled configuration and a horizontal orientation used in the wheelbarrow configuration to quickly and easily convert the device between its different configurations. The frame has a carriage that supports a plurality of exercise weight members with the carriage being movable in a fore-and-aft direction on the frame for changing the effort required from the user to push the frame.

A handheld exercise apparatus for achieving an optimal workout for various parts of an upper body of a user including abdominal, chest, back, and arm muscles is provided. The handheld exercise apparatus comprises an elongated handle having a first end and a second end. An axle component is mounted to the second end of the elongated handle. A substantially V-shaped housing frame extends from the axle with the housing frame having a first arm and a second arm. A primary weight is positioned between the first arm and the second arm of the housing frame. A roller ball mechanism is mounted to the primary weight with the roller ball mechanism rollable along a surface. The roller ball mechanism allows the handheld exercise apparatus to move in a generally side to side motion for optimal resistance.

The present invention is a rehabilitation and mobility improvement apparatus (RMIA) and method of use for use in providing increased mobility in persons having reduced strength and mobility due to for instance injury or illness. The apparatus is adapted so as to allow a person who could not readily slide or move their arm or other mobility reduced appendage (MRA) to slide or move their MRA, such as across a flat surface such as a table top or a floor, so as to provide exercise for such MRA, and so as to increase strength and mobility in such MRA.

A transformable exercise device used both for stability and strength training is disclosed. Embodiments include a main portion comprising a sphere that may be used wholly in the manner of a medicine ball, kettlebell, rolling device, or separated into two hemisphere elements and used for various exercises including push-ups, standing balance, agility training, and weight training. The two hemisphere elements may be easily and securely locked together with a U-shaped locking mechanism that, when actuated, is congruent with the surface of the sphere to create a medicine ball configuration. The locking mechanism may be modified with various handle attachments, or removed and replaced with separate components added externally to the device providing various hand or foot placements, or alter the nature of the exercise equipment. The device may be used in conjunction with current technology to provide visual and auditory feedback on user's balance or repetitions while performing exercises.

A waist training device includes unit members of arc shaped and adapted to be assembled as a ring. The inner diameter of the ring is determined by the number of the unit members. Each unit member defines a passage, and the passages of the unit members are connected with each other to form a rail extended annularly along the ring. For each member, a pair of pivot shafts is located at one end of the passage, and a pair of pivot holes is located at the other end of the passage. The pivot shafts of each unit member are pivotally assembled with the pivot holes of an adjacent unit member. A counter weight member is assembled in the rail. The counter weight member has a seat connected to a counter weight block. The counter weight member moves along the rail by the sliding of the seat in the rail.

A mouse-type rehabilitation exercise device includes a mouse body on which a hand is mounted, a wheel moving the mouse body, a first motor aligning a position of the wheel such that the mouse body moves to a desired direction, a second motor rotating the wheel such that the wheel aligned by the first motor moves to a desired position, a clutch disposed between the second motor and the wheel to enable and disable a power transmitting to the wheel from the second motor, and a controller controlling a driving of the first motor, the second motor, and the clutch.

A terrain-adaptive weight training sled with free steering, having a main frame with a first end and a second end remote from each other, a push frame erected on the first end, a resistance wheel rotatable disposed on the first end and assembled with a damping structure for retarding the resistance wheel, two omni-wheels, in a rotatable and freely steerable state, disposed on both sides of the second end, and a pulling member having a connecting end, a user-operated end, and a flexible extension section, wherein the connecting end being used to connect with the second end of the main frame and the user-operated end being used for the user to apply force for pulling, whereby when the user pulls the second end to turn by means of the pulling member, the two omni-wheels are driven to produce a turning motion thereafter.