A multifunctional balance exercise machine comprises a balancing mechanism including loading board, spring, elastic column, and motion-tracking sensor; a first display unit and an electronic control device loaded with motion sensor game program arranged on the exercise equipment; whereby when the fitness user stands on the loading board, the user body weight and the stress applied by feet transmit to the elastic column and the spring via the loading board, cause the elastic column and the spring compressed or stretched, and force the loading board to oscillate, then achieve the effect of balance exercise; furthermore, the motion tracking sensor transmit signal of oscillation data to electronic control device, the processor unit operates the data, and present the image of the motion sensor game via the first display unit to achieve entertaining effect of virtual reality game.

The objective of the present invention is to provide a stability ball case configured to store a stability ball therein and, especially, having a weight thereon to prevent the stored stability ball from rolling, thereby avoiding a safety accident that may happen when the stability ball rolls and drops, as well as storing the stability ball at a desired place in a safe and convenient manner. Particularly, another objective of the present invention is to provide a stability ball case configured such that a weight can be attached to and detached from a body constituting the case, whereby the weight can be separated from the body when the case is washed, or when the stability ball is carried, thereby enabling the stability ball case to be safely used and stored, as well as being conveniently used.

A portable balancing device is formed from a pair of modules connected by a width-adjusting mechanism. Each module may also be referred to as half of the pair of modules. Each module is formed from an upper platform and a lower platform. The upper and lower platforms are separated by compressible elements that deform under a user's weight.

A balance board adapted for riding rail-to-rail, preferably so that at least a portion of a rider's feet will be placed on the board over the elongated roller. The balance board includes an elongated, planar board having a length that exceeds a width. The balance board further includes one or more detachable U-shaped fulcrums, having a lower curved section for rail-to-rail balancing, or for acting as stops for nose-to-tail balancing on a separate roller.

The portable balancing device is formed from two modules optionally connected by a width-adjusting mechanism. The primary component of the portable balancing platform is a module. Each module may also be referred to as half of the pair of modules. Each module is formed from an upper platform and a lower platform. The upper and lower platform are separated by compressible elements that deform under a user's weight. Alternatively, a single lower platform is common across both modules, with separate upper platforms.

A kit includes a pair of items of footwear; wherein each item of footwear includes a brace that is arranged to be releasably secured to at least part of a wearer's leg and/or foot; a platform that is operably connected to the brace; and a securing mechanism for releasably securing a balancing member, or a stack of balancing members, underneath the platform. The kit includes balancing members for each item of footwear so that one balancing member can be replaced with another balancing member that has a smaller ground-contacting area, or so that it can have another balancing member with a smaller ground-contacting area stacked underneath it.

A chair includes a movable part including a seat on which a user sits, a supporting part configured to support the movable part in such a way that the movable part can be moved to the right and to the left; and a restoration unit, which is a biasing member configured to bias the movable part toward the neutral position in the right and the left. The supporting part supports the movable part in such a way that the movable part descends as the movable part is away from the neutral position.

An isometric exercise apparatus adaptable to an existing treadmill or similarly shaped platform provides a height-adjustable bar assembly and rigid supporting pole portions. The horizontal bar is vertically adjustable by selectively unclamping and sliding the bar along the vertical bars. The apparatus may be adjusted and secured in various positions for singular or combined use with the treadmill. The mounting means of the apparatus to frame portions of the treadmill allows for easy disassembly and storage of the apparatus in a closet or under a bed.

The objective of the present invention is to provide a stability ball case configured to store a stability ball therein and, especially, having a weight thereon to prevent the stored stability ball from rolling, thereby avoiding a safety accident that may happen when the stability ball rolls and drops, as well as storing the stability ball at a desired place in a safe and convenient manner. particularly, another objective of the present invention is to provide a stability ball case configured such that a weight can be attached to and detached from a body constituting the case, whereby the weight can be separated from the body when the case is washed, or when the stability ball is carried, thereby enabling the stability ball case to be safely used and stored, as well as being conveniently used.

A bowleg correction device 1 includes a pair of left and right foot mounting units 10 configured to respectively mount user feet from upper surface sides thereof; and rotating portions 20 respectively fixed to the foot mounting units 10, each of which has at least a part protruded from a lower surface side of the corresponding foot mounting unit 10, wherein each of the rotating portions 20 includes: a fixed portion 21 fixed to the corresponding foot mounting unit 10; and a shaft portion 22 rotatably engaged with the fixed portion 21, extending in a vertical direction and having a floor-contacting surface 22a which contacts a floor at a position that is protruded from a bottom surface 12a of the foot mounting unit 10, and when the foot mounting unit 10 is rotated around the shaft portion 22 in a direction, a returning force is generated in the opposite direction.