An exercise apparatus includes a base and a floor interface configured to facilitate movement of the exercise apparatus relative to the floor. The apparatus includes various configurations allowing for numerous different exercises and therapies to be performed by a user.

Embodiments of the invention are directed to devices and methods for providing extension and flexion assistance. A device manipulates a foot of a user, thereby providing extension or flexion assistance to an ankle of the user, and includes a footplate positioned at a pre-determined distance from the user and adapted to pivot about an axis defined by the ankle as the foot extends or flexes about the ankle; and a force application system comprising a force applicator connected to the footplate, and a force application mechanism, wherein the force application mechanism is configured to apply a force to the force applicator, thereby providing the extension or flexion assistance to the foot about the ankle.

This exercise assisting device (1) is provided with a grip member (3) that can be gripped by a hand and that extends in a tubular shape or in a columnar shape. The grip member (3) has a recessed part (31) configured so that, when the device is gripped by the hand, only a portion at which the middle finger is placed is recessed.

An exercise including a horizontal rail having a proximal end and a distal end. The rail is supported at a height by two or more vertical supports at the proximal end and distal end. A fixed member is positioned at the proximal end of the rail and have a pair of handles and a pair of arm support, wherein the positions of the pair of handles correspond to the positions of the two arm supports. The exercise apparatus includes a slide member slidably mounted to the rail and slide between the distal end and the fixed member. A user can kneel on the slide member while gripping the two handles and having the arms supported by the two arm supports. Once in position, the user can pull the slider member towards the fixed member against the resistance of a resistance mechanism.

A portable single bicep exercising machine is disclosed. The machine may comprise articulable framework running about a length of a user's given arm. This framework may be divided into upper framework and lower framework, with an articulable fulcrum connecting the upper framework to the lower framework. In use the upper framework, at an under arm pad, may be retained in a user's should/armpit region; while the lower framework may comprise a handle to be engaged by the user's hand of that same arm. Also between this upper framework and this lower framework may be one or more tension means, such that when the handle is articulated towards the under arm pad, about the fulcrum, that articulation is through resistance. It is such resistance that exercises the bicep of that same given arm.

Apparatuses, systems, and methods of use are disclosed for enhancing upper body exercise. An apparatus includes a domed hand support section, the domed hand support section having a plurality of recesses configured to receive a palm, thumb, and fingers of a user's hand while the user's hand is held in a naturally curved open-position. The apparatus also includes a surface engagement section secured to an underside of the domed hand support section and configured to engage a supporting surface. When the surface engagement section is deployed on the supporting surface and the palm, thumb, and fingers of the user's hand are placed in the plurality recesses on the domed hand support section, the domed face supports the user's hand in the naturally curved open position while the user exerts force against the domed hand support section and that is at least partially directed toward the supporting surface.

The present invention relates to an exercise method and an exercise device for performing an exercise suitable for thigh and hip muscles like fitness equipment or an exercise bicycle, and more particularly, to an exercise method and an exercise device for strengthening thigh and hip muscles by performing a movement of lowering legs and then moving the legs backward or putting the legs together or apart from a position of pulling the legs toward a chest of the user with an arm disposed between the legs in a sitting or lying position of the user. In addition, the present invention relates to a leg exercise device including a trajectory measuring device of generating motion range information of the exercise device and making the motion range information as data through a motion range measurement sensor attached to a knee and a hip joint of the user seated on the exercise device, smart device and an application of the smart device.

A Pilates spine corrector having a user-adjustable handle assembly that rotates. The handle assembly has a grip bar that is eccentrically positioned such that it is off centered.

An exercise machine for working core muscles includes a base, a handle bar connected to the base, and a leg support assembly connected to the base and extending substantially horizontally in a direction away from the handle bar. When one of the handle bar and leg support assembly is swung in a clockwise direction, the other of the handle bar and leg support assembly is swung in a counterclockwise direction, and when the one of handle bar and leg support assembly is swung in a counterclockwise direction, the other of the handle bar and leg support assembly is swung in a clockwise direction. The opposite direction rotations of the handle bar and leg support assembly create a double twist motion in the core muscles of a user of the machine.

A device adapted to adhere to a yoga mat comprises a body comprising a convex portion and a planar portion, and an adhesive element on the planar portion for adhering the body to the yoga mat.