An exercise assembly for physical therapy and rehabilitation includes a bicycle and a treadmill. The bicycle has a pair of front forks. The treadmill has a belt that is configured to rotate. A coupler is coupled to the treadmill. The coupler is configured to couple to the front forks. The coupler is positioned to reversibly couple to the front forks to couple the bicycle to the treadmill such that a rear wheel of the bicycle is positioned on the belt. The belt is positioned to rotate the rear wheel such that rotary motion is transferred through a pair of pedals of the bicycle to legs of a user who is positioned on the bicycle.

The present invention relates to an indoor stand with degrees of movement side gear for use with bicycles comprising two main components assembled in an integrated manner: 1) a rear roller and 2) a front stand that attaches to the fork, instead of the front wheel, in which springs or cushions below the front fork allow degree of lateral movement to the left and right, in which a main bar is coupled to the base by an axis that allows the lateral movement degrees with stability. The presence of these components makes the present invention well simulate the experience of pedaling outdoors and working on the user's shoulders, arms and abdomen.

A bicycle trainer includes a magnetic control damping device controlling a resisting force of a roller set to simulate stamp strengths required by a bicycle on various roads. A lifting device controls a support frame and a base seat to drive a front fork of the bicycle up or down to dynamically simulate states of the body of the bicycle on various roads, so that the actual effect closest to the bicycle running on an uphill, smooth or bumpy road can be achieved. In addition, a power generation device converts the rotating power, generated by the roller set, into the electric power for the dynamic simulation or other electronic devices.

A bicycle trainer includes a magnetic control damping device controlling a resisting force of a roller set to simulate stamp strengths required by a bicycle on various roads. A lifting device controls a support frame and a base seat to drive a front fork of the bicycle up or down to dynamically simulate states of the body of the bicycle on various roads, so that the actual effect closest to the bicycle running on an uphill, smooth or bumpy road can be achieved. In addition, a power generation device converts the rotating power, generated by the roller set, into the electric power for the dynamic simulation or other electronic devices.

A training device for use with a bicycle includes a shuttle guide member including a lower end and an upper end that define an axis therebetween. A shuttle is operably coupleable to a front end of the bicycle and translatable along the axis by a drive coupled to the shuttle. When coupled to the front end of the bicycle, translation of the shuttle along the axis by the drive results in each of a rotation of the shuttle guide member about a pivot and a change in elevation of the front end of the bicycle.

An exercise assembly for physical therapy and rehabilitation includes a bicycle and a treadmill. The bicycle has a pair of front forks. The treadmill has a belt that is configured to rotate. A coupler is coupled to the treadmill. The coupler is configured to couple to the front forks. The coupler is positioned to reversibly couple to the front forks to couple the bicycle to the treadmill such that a rear wheel of the bicycle is positioned on the belt. The belt is positioned to rotate the rear wheel such that rotary motion is transferred through a pair of pedals of the bicycle to legs of a user who is positioned on the bicycle.

An exercise bike comprising: a base; a frame having a head tube; and a steering stem mounted in the head tube, and operable to be rotatable about the longitudinal axis of the stem by a user, wherein a lower part of the frame is pivotally mounted to the base to allow rotation of the frame, relative to the base, about a substantially horizontal axis, wherein a first resilient mounting is provided between the frame and the base, and a second resilient mounting is provided between the steering stem and the base, the first and second resilient mountings, together, configured to bias the frame towards a substantially upright position relative to the base, the second resilient mounting further configured to urge the stem substantially into rotational alignment with a predetermined point on the base.

A bicycle rollers assembly (10) having a rear and a front and further having a rear pair of parallel rollers (12) each having an axis of rotation, and adapted to support a rear bicycle wheel having an axle parallel to the axes of rotation. The rollers (12) are spaced so as to support the rear bicycle wheel with the lowest part of the bicycle wheel positioned between the rollers. Also, a front support structure (18) supports a front bicycle fork support element (24) so as to permit horizontal rotation, and this support element includes a support (26) for each arm of a bicycle fork (29).

A stationary bicycle includes a lever arm that is pivotable about a pivot axis. A biasing device rotatably biases the lever arm about the pivot axis. The lever arm is swept through a horizontal plane when rotated about the pivot axis. A user rotates the lever arm against the bias while pedaling to preload the body for a desired therapeutic effect.

A bicycle trainer for removably loading a bicycle with at least a back wheel, where the bicycle trainer comprises a floorstanding frame with a wheel supporting roller at a rear end and a fork supporting unit at a front end, wherein the fork supporting unit is pivotally supported by the floorstanding frame enabling the fork supporting unit to move, where the fork supporting unit and the floorstanding frame connect to each other with a hinge enabling movement of the fork supporting unit in a longitudinal direction of the floorstanding frame, wherein the fork supporting unit is spring-loaded with a spring at or near the hinge to provide the fork supporting unit with a preferential upright position at right angles with the floorstanding frame such that whenever the bicycle is moved, said bicycle returns to an average position on the bicycle trainer with the fork support unit perpendicular to the floorstanding frame.