A foot-pedaling exercise apparatus by which a user can perform an effective foot-pedaling exercise is provided. A foot-pedaling exercise apparatus includes a crank, a main-body part configured to rotatably hold the crank, a link rotatably connected to the crank, the link including a pedal on which a sitting user puts his/her foot, a moving member disposed in the link, and a tilt table including an inclined surface on which the moving member slides.

An exercise device comprising a base having a channel formed therein, and a wheel rotatably connected to the base. The exercise device additionally includes a support link having a first end portion slidably connected to the channel and a second end portion pivotally connected to the wheel. The exercise device further comprises a single platform having an upper surface sized to support both feet of a user. The single platform is connected to the support link such that the single platform moves in concert with the support link. A first rotation member is coupled to the single platform and configured to rotate relative to the single platform about a first rotation axis generally perpendicular to the upper surface.

The climbing machine structure includes a support frame, a first slide rail unit, a second slide rail unit, a first pedal, a second pedal, a first handle, a second handle, and a transmission unit. The first slide rail unit and the second slide rail unit are juxtaposed on the support frame. A first top end of the first slide rail unit and a second top end of the second slide rail unit are lower than an eye position of the operator in the height direction. Thereby, the line of sight of the operator won't be blocked.

An upper and lower body reciprocating arcing motion exercise machine with an adjustable angle movable user support frame wherein, movable left and right lower body user support assemblies comprising foot platforms and shin support pads mounted on an arcing track, move along a rearward portion of the movable user support frame and movable left and right upper body user support assemblies comprising gripping handles mounted on pivoting levers, pivot about a forward portion of the movable user support frame. A linkage assembly operatively connects and synchronizes the movable upper and lower body user support assemblies. In certain embodiments, an adjustable resistance mechanism is operatively engaged with the movable upper and lower body user support assemblies for providing adjustable resistance to the exercise motion of the movable upper and lower body user support assemblies during an exercise motion.

An upper and lower body reciprocating arcing motion exercise machine with an adjustable angle movable user support frame wherein, movable left and right lower body user support assemblies comprising foot platforms and shin support pads mounted on an arcing track, move along a rearward portion of the movable user support frame and movable left and right upper body user support assemblies comprising gripping handles mounted on pivoting levers, pivot about a forward portion of the movable user support frame. A linkage assembly operatively connects and synchronizes the movable upper and lower body user support assemblies. In certain embodiments, an adjustable resistance mechanism is operatively engaged with the movable upper and lower body user support assemblies for providing adjustable resistance to the exercise motion of the movable upper and lower body user support assemblies during an exercise motion.

The present invention refers to a rock climbing machine provided with elastic cords, comprising a bracket, a left grab rail, and a right grab rail, wherein the bracket comprises a front bracket, a rear bracket, and a guide bracket; the guide bracket is connected to an upper end of the front bracket. The rear bracket is connected to the guide bracket or the front bracket; which is provided by two parallel rails; one left and one right. The equipment also includes a left sliding member connected to the left guide rail, and to a left pedal; a traction rope is connected across the front pulley; one end of the traction rope is connected to the left sliding member, and the other end of the traction rope is connected to the right sliding member; a left elastic cord, that pass between, two left first guide wheels; one end of the left elastic cord is connected to the left grab rail, and the other end of the left elastic drag is connected to the bracket and; the right elastic cord passes through between the two right first guide wheels; and one end of the right elastic cord is connected to the right grab rail, and the other end of the right elastic cord is connected to the bracket. The equipment of the present invention can vary the magnitude of the force to be applied to the pedal, by changing the amount of stretch of the elastic cord, in order to adjust the intensity of the exercise.

The Under the Desk Treadmill allows an office worker to engage in slow walking sessions while working without compromising the quality and quantity of job performance. It consists of a foldable, automated, walking treadmill, which is easily installed and stored under almost any existing office desk, requires no additional space, and does not diminish the under the desk space required for the desk worker's legs. The conversion from treadmill into the storage position and back to the walking position is automated. The office worker can perform the full range of office duties while walking due to the “Stop” element claimed by the basis, Office Treadmill patent. Additionally, the Under the Desk Treadmill can be used as a standalone unit, providing a low-speed walking unit for old, sick, recovering, or disabled persons.

An adaptive device utilizing neuroplasticity for a rehabilitation of stroke victims. The adaptive device includes a base platform, an elongated superstructure, a first axle, at least one interchangeable handle, and a torsional-resistance mechanism. The base platform and elongated superstructure suspend the first axle in an elevated position, wherein the interchangeable handle may freely rotate coaxial to the first axle. The torsional-resistance mechanism is operatively coupled to the first axle, providing a variable resistance to the rotation of the interchangeable handle. Thus, the interchangeable handle is configured to support a repetitive pronation-supination exercise to aid in rehabilitation and physical therapy.

A foot-pedaling exercise apparatus by which a user can perform an effective foot-pedaling exercise is provided. A foot-pedaling exercise apparatus includes a crank, a main-body part configured to rotatably hold the crank, a link rotatably connected to the crank, the link including a pedal on which a sitting user puts his/her foot, a moving member disposed in the link, and a tilt table including an inclined surface on which the moving member slides.

The present device is designed for training of highly-qualified athletes in cyclic sports. The technical result is the more reliable transfer of power from a drive to a working mechanism with the possibility of smoothing out ultrashort fluctuations (0.3-0.7 seconds) in force. The athlete training device comprises two bases, each having a pulley attached thereto for rotation in a single plane. An annular cable track is fastened between the pulleys. With the aid of a motor, a rotation rate is transmitted to one of the pulleys via a shaft. The shaft, which consists of a driving part and a driven part, has mounted thereon an adjustable transmission for controlling torque. The adjustable transmission is in the form of an electromagnetic powder clutch, consisting of a driving part, connected to the driving part of the shaft, and a driven part, connected to the driven part of the shaft. The driven part of the clutch is mounted with clearance in a coaxial cavity in the driving part, the clearance gap between the driving part and the driven part of the clutch containing a ferromagnetic powder having viscosity adjusted by a clutch controller.