A linear motion synchronizing mechanism is for an exercise assembly having elongated first and second rocker arms that pivot with respect to each other about a first pivot axis. A first roller is retained on a first roller supporting member and a second roller retained on a opposing second roller supporting member. The first and second rollers are configured to roll along opposite sides of a linear frame member as the body moves in the first and second directions. A tensioner applies a tensioning force between the first roller supporting member and second roller supporting member so that compression forces are applied on the first and second rollers. The compression forces cause the first and second rollers to mechanically resist pivoting of the first and second rocker arms with respect to each other about the first pivot axis.

Linear motion synchronizing mechanism and exercise assemblies having linear motion synchronizing mechanism

Provided are a control apparatus and method for an exercise therapy device, including the following steps: calculating a first-order lag waveform of a waveform of the target value of the exercise physiological response as a corrected target value of the exercise physiological response using a response time constant; calculating a difference between the corrected target value of the exercise physiological response and the measured value of the exercise physiological response as an exercise physiological response deviation after correction; generating a command value for the exercise load based on the exercise physiological response deviation after correction, so that the exercise physiological response of the exerciser approaches the corrected target value of the exercise physiological response, to thereby control the exercise load to be applied to the exerciser.

Control Apparatus and Method for Exercise Therapy Device

An exercise apparatus having a pulley, a pair of stabilizing assemblies each configured to couple a front portion of a respective pedal element to each side of the pulley, a looped belt configured to couple the pulley to a resistance assembly, a tension stabilizer configured to maintain a tension of the looped belt on the pulley, and the resistance assembly configured to assert an adjustable resistance to the pedal elements through the looped belt, where the resistance is adjusted by changing a distance between a flywheel element and a corresponding magnetic plate element of the resistance assembly, the magnetic plate asserting a magnetic force over the distance on the flywheel element and the looped belt looping around a co-rotating extension from the flywheel element.

Portable elliptical exercise machine

A method is provided for performing exercise therapy and rehabilitation. A first therapy module can be performed. The first therapy module comprises at least one first physical metric for rotating, by a resistance device, at least one joint of a limb of a user. At least one psychophysical metric and at least one physical metric of the user can be monitored while performing the first therapy module. Psychophysical metric data for the at least one psychophysical metric and physical metric data for the at least one physical metric can be received. Based on at least one of the psychophysical metric data and the physical metric data, the at least one first physical metric for rotating the at least one joint of the limb by the resistance device while performing the first therapy module can be modified.

Exercise therapy and rehabilitation system and method

There is provided an exercise machine. The machine includes an upright mounting assembly having a top and a bottom spaced-apart from the top. The machine includes a seat operatively connected to the mounting assembly. The machine includes a first pair of space-apart pulley assemblies rotatably mounted adjacent to the top of the mounting assembly. The machine includes a second pair of spaced-apart pulley assemblies rotatably mounted adjacent to the bottom of the mounting assembly. The machine includes a plurality of exercise resistance cables connected at proximal end portions to the mounting assembly and extending around and outward from the pulley assemblies.

Exercise machine having elastic exercise resistance cables

The present disclosure is directed to recumbent exercise machines and associated systems and methods. In one embodiment, for example, a recumbent exercise apparatus can include a seat, two linear guide tracks forward of the seat, and two pedal assemblies movably coupled to corresponding linear guide tracks positioned forward of the seat. The pedal assemblies can be configured to move back and forth along the linear guide tracks. The recumbent exercise apparatus can further include linear actuators operably coupled to each of the linear guide tracks and configured to move the linear guide tracks up and down in a vertical direction. The pedal assemblies can be configured to move in elliptical patterns when the pedal assemblies move back and forth along the linear guide tracks and the linear actuators move the linear guide tracks up and down.

Recumbent exercise machines and associated systems and methods

The utility model relates to an obliquely-leaning type sport device. In one embodiment, the obliquely-leaning type sport device comprises a seat, two linear guide rails located in front of the seat, and two pedal sets correspondingly connected with the linear guide rails respectively. The pedal sets can move forwards and backwards along the linear guide rails. The obliquely-leaning type sport device can further comprise two linear starters which are connected with the linear guide rails respectively so that the linear guide rails can move up and down in the perpendicular direction. When the pedal sets move forwards and backwards along the linear guide rails and the linear starters drive the linear guide rails to move up and down, the tracks of the pedal sets are elliptic tracks. By means of the obliquely-leaning type sport device, the stepping sport can be achieved, some parameters, such as the leg distance, the movement range and/or other parameters, of the sport device can be changed, and various different operation modes can be provided for a user so that the exercise effect can be enhanced.

Obliquely-leaning type sport device

The present disclosure is directed to recumbent exercise apparatuses and associated systems and methods. In one embodiment, for example, a recumbent exercise apparatus can include a seat, two linear guide tracks forward of the seat, and two pedal assemblies movably coupled to corresponding linear guide tracks positioned forward of the seat. The pedal assemblies can be configured to move back and forth along the linear guide tracks. The recumbent exercise apparatus can further include two linear actuators operably coupled to each of the linear guide tracks and configured to move the linear guide tracks up and down in a vertical direction. The pedal assemblies can be configured to move in elliptical patterns when the pedal assemblies move back and forth along the linear guide tracks and the linear actuators move the linear guide tracks up and down. The apparatus not only can provide stepping motion, but also can change parameters of the exercise apparatus, such as leg space, range of motion, and/or other parameters.

Recumbent exercise apparatuses and associated systems and methods

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Recumbent exercise machines and associated systems and methods

Obliquely-leaning type sport device

Recumbent exercise apparatuses and associated systems and methods