Abstract: Systems and methods for a treadmill or similar exercise device which utilizes a principally arm driven belt, but includes a motor assist which provides for additional drive to the belt. The motor assist device may constructively or destructively interact with the user provided motive force via the arms. Generally, the motor will allow for the device to utilize incline as well as to make the device easier to start from rest.

Abstract: Systems and methods for a treadmill or similar exercise device which utilizes a principally arm driven belt, but includes a motor assist which provides for additional drive to the belt. The motor assist device may constructively or destructively interact with the user provided motive force via the arms. Generally, the motor will allow for the device to utilize incline as well as to make the device easier to start from rest.

Abstract: Systems and methods for a treadmill or similar exercise device which utilizes a principally arm driven belt, but includes a motor assist which provides for additional drive to the belt. The motor assist device may constructively or destructively interact with the user provided motive force via the arms. Generally, the motor will allow for the device to utilize incline as well as to make the device easier to start from rest.

Abstract: Systems and methods for a treadmill or similar exercise device which utilizes a principally arm driven belt, but includes a motor assist which provides for additional drive to the belt. The motor assist device may constructively or destructively interact with the user provided motive force via the arms. Generally, the motor will allow for the device to utilize incline as well as to make the device easier to start from rest.

Abstract: A motorless treadmill is disclosed which exercises the upper body and lower body of a user. Displacement of an upper-body exercise mechanism such as a pair of reciprocating arm members rotates a drive roller, which is coupled to an endless belt through a transmission system. The transmission system employs a double-wound belt, which links the drive roller to the upper body exercise mechanism such that arm movements are translated into belt rotation. The double-wound belt allows for arm motion in both directions to directly drive the belt, through the use of one-way clutches orientated in opposite directions on the drive shaft. Further, the double-wound belt transmission system allows independent operation of each arm. A flywheel may be added to store energy to smooth the belt rotation.

Abstract: A treadmill comprises a base, a pair of spaced rollers, an endless belt, a control panel, and a forward post. The rollers are journalled in the base. One of the rollers constitutes a rear roller and the other roller constitutes a forward roller spaced forward of the rear roller. The belt is entrained around the rollers. The belt includes an upper reach extending between the rollers and adapted to enable a user to walk or run thereon. The forward post is configured for at least in part supporting the control panel. The post has a lower end margin and an upper end margin The lower end margin is operatively connected to the base and is spaced forward of the forward roller. The upper end margin of the post is configured for supporting the control panel. The post has an arcuately shaped bend extending from its lower end margin to its upper end margin.