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A portable recumbent stepper device may comprise a frame which may have a main body in the form of a beam extending fore-to-aft. The frame may also include a front leg and a rear base both for providing vertical and lateral support. The device may include an upward frame element fixedly joined to th

A portable recumbent stepper device may comprise a frame which may have a main body in the form of a beam extending fore-to-aft. The frame may also include a front leg and a rear base both for providing vertical and lateral support. The device may include an upward frame element fixedly joined to the fore end of the main body. A pair of foot pedals may be hingedly joined to the upward frame element. A pair of upwardly extending handles may be hingedly joined to the upward frame element and to the foot pedals so that they move in unison with the foot pedals, and the handles may be swept rearward to accommodate a seated user. A pair of resistance elements may be joined to the frame at one end and to one of the pair of foot pedals at another end.

대표청구항 ▼

1. A portable recumbent stepper device, comprising: a frame having a main body defined by at least one fore-to-aft beam, a front leg joined to a fore end of the main body and adapted to provide vertical support and lateral stabilization to the main body, and a rear support comprising an aft end of t

1. A portable recumbent stepper device, comprising: a frame having a main body defined by at least one fore-to-aft beam, a front leg joined to a fore end of the main body and adapted to provide vertical support and lateral stabilization to the main body, and a rear support comprising an aft end of the main body and adapted to provide vertical support and lateral stabilization to the main body, wherein the rear support further comprises a rearwardly extendable base hingedly joined to the aft end of the main body;an upward frame element fixedly joined to the fore end of the main body and adapted to extend upwardly when the device is in a deployed configuration;a pair of foot pedals hingedly joined to the upward frame element;a pair of upwardly extending handles hingedly joined to the upward frame element at a substantially right angle relative to the foot pedals and through common joints with the foot pedals, wherein each of the pair of upwardly extending handles hingedly moves in unison with a corresponding foot pedal, and wherein the motion of either the foot pedal or the corresponding upwardly extending handle results in hinged motion of the other;a pair of resistance elements each joined to the frame at one end and to one of the pair of foot pedals at another end; andthe portable recumbent stepper device lacking a seat for a human user, and instead being adapted to cooperate with an arbitrary seat provided by the user, wherein the seat is disposed rearward of the frame. 2. The device of claim 1, wherein each of the pair of resistance elements is hingedly joined at one end to the frame and at another end to one of the pair of foot pedals. 3. The device of claim 2, wherein each of the pair of resistance elements is independently selected from a hydraulic cylinder, a coil spring, a leaf spring, and a gas spring. 4. The device of claim 1, wherein the rearwardly extendable base further comprises a T-shaped beam, wherein the T-shaped beam is adapted to lay flat on a floor when the device is in a deployed configuration, and adapted to be folded inward in a stowed configuration. 5. The device of claim 1, wherein the front leg is hingedly joined to the main body and adapted to be configurable in a deployed or stowed relation to the main beam. 6. The device of claim 1, wherein each of the upwardly extending handles includes an upper shaft and a lower shaft which receives the upper shaft in a telescoping relation being adapted to compact the upwardly extending handles into a stowed configuration. 7. The device of claim 1, wherein each of the upwardly extending handles is configurable in a rearwardly swept configuration adapted to accommodate the seated user.