System, method and apparatus for rehabilitation and exercise

1. A rehabilitation and exercise system, comprising:

a base;

a seat;

a static device configured to be coupled to the base and configured to provide isometric exercise for a user by receiving static force from the user to facilitate at least one of osteogenesis or muscle hypertrophy for the user, the static device comprising pivoting assemblies each comprising a pivoting arm and a pivoting handle, wherein the base comprises a longitudinal base length and a lateral base width;

a dynamic device configured to be coupled to the base and configured to provide a dynamic exercise for the user by being moved by the user to facilitate the at least one of osteogenesis and muscle hypertrophy for the user, the dynamic device comprising a cycling mechanism having pedals configured to be selectively engaged by the user; and

a main post coupled to the base at a first base end, wherein the main post extends from the base,

wherein the main post has a distal post end opposite the first base end, the pivoting assemblies are coupled to the main post at the distal post end of the main post, the pivoting assemblies are each pivotable about a lateral pivoting axis at the distal post end, each of the pivoting arms has a distal arm end, and the pivoting handles are pivotally attached to the distal arm ends, respectively, to be engaged by the user, and

wherein lengths of the pivoting arms are less than a length of the main post such that, when the pivoting arms extend in a lateral direction from the distal post end of the main post toward the seat, the pivoting assemblies are positioned in the lateral direction between the cycling mechanism and the seat.

2. The rehabilitation and exercise system of claim 1 , wherein the dynamic device is configured to be attached to the base adjacent the main post.

3. The system of claim 2 , wherein the cycling mechanism comprises:

discs rotatably coupled to a cycle axis, each of the discs having a respective pedal axle coupled to a respective disc and offset from the cycle axis;

the pedals are rotatably coupled to respective ones of the pedal axles.

4. The system of claim 3 , wherein each of the pedals comprises a semicircular panel that extends from a respective disc, and the semicircular panels are configured to be selectively engaged by the user.

5. The rehabilitation and exercise system of claim 2 , wherein the pedals are offset from and rotatable about a cycle axis of the cycling mechanism, and the cycle axis extends laterally relative to the base.

6. The rehabilitation and exercise system of claim 1 , further comprising a control console configured to provide information to and instruct the user regarding use of the rehabilitation and exercise system prior to or during use of the rehabilitation and exercise system.

7. The rehabilitation and exercise system of claim 6 , further comprising load cells configured to sense at loads during use of the rehabilitation and exercise system, the load cells are electrically coupled to the control console and mechanically coupled to the static and dynamic devices.

8. The rehabilitation and exercise system of claim 7 , wherein the load cells comprise at least one of strain gauges, bending-type load cells, double-beam-type load cells, half-bridge-type load cells, S-type load cells, button-type load cells, piezoelectric load cells or hydraulic load cells.

9. The system of claim 1 , further comprising upper seat handles configured to be coupled to and extend laterally from the base, the upper seat handles are configured to be rotated by the user.

10. The system of claim 9 , wherein a position of an assembly of the upper seat handles is configured to be adjusted and repositionable relative to the base.

11. The rehabilitation and exercise system of claim 1 , wherein the base defines at least one base foot area disposed centrally to the base on which the user is configured to stand during at least one of the isometric exercise and the dynamic exercise.

12. The system of claim 11 , wherein the at least one base foot area comprises a pair of base foot areas, each of which extends longitudinally , and the pair of base foot areas each extends laterally toward an opposite one of a first base side and a second base side of the base.

13. A rehabilitation and exercise system, comprising:

a base;

a seat

a static device configured to be coupled to the base and configured to provide isometric exercise for a user by receiving static force from the user to facilitate at least one of osteogenesis or muscle hypertrophy for the user, the static device comprising pivoting assemblies each comprising a pivoting arm and a pivoting handle;

a dynamic device configured to be coupled to the base and configured to provide a dynamic exercise for the user by being moved by the user to facilitate the at least one of osteogenesis and muscle hypertrophy for the user, wherein

the base comprises a longitudinal base length and a lateral base width, a main post is coupled to the base at a first base end, the main post extends from the base, the dynamic device is attached to the base adjacent the main post, and the dynamic device comprises a cycling mechanism having pedals configured to be selectively engaged by the user, and

the main post has a distal post end opposite the first base end, the pivoting assemblies are coupled to the main post at the distal post end of the main post, the pivoting assemblies are each pivotable about a lateral pivoting axis at the distal post end, each of the pivoting arms has a distal arm end, and the pivoting handles are pivotally attached to the distal arm ends, respectively, to be engaged by the user; and

a control console configured to provide information to and instruct the user regarding use of the rehabilitation and exercise system prior to or during use of the system,

wherein lengths of the pivoting arms are less than a length of the main post such that, when the pivoting arms extend in a lateral direction from the distal post end of the main post toward the seat, the pivoting assemblies are positioned in the lateral direction between the cycling mechanism and the seat.

14. The rehabilitation and exercise system of claim 13 , further comprising load cells configured to sense at loads during use of the rehabilitation and exercise system, the load cells are electrically coupled to the control console and mechanically coupled to the static and dynamic devices;

the load cells comprise at least one of strain gauges, bending-type load cells, double-beam-type load cells, half-bridge-type load cells, S-type load cells, button-type load cells, piezoelectric load cells or hydraulic load cells.

15. The system of claim 13 , wherein the base defines at least one base foot area disposed centrally to the base on which the user is capable of standing during at least one of the isometric exercise and the dynamic exercise; and

the at least one base foot area comprises a pair of base foot areas, and the pair of base foot areas each extends laterally toward an opposite one of a first base side and a second base side of the base.

16. A method of using an exercise machine for exercising a user, the method comprising:

providing the exercise machine having a static device, a dynamic device, and a seat positioned to allow the user to engage both the static device and the dynamic device, the static device comprising pivoting assemblies each comprising a pivoting arm and a pivoting handle, wherein the base comprises a longitudinal base length and a lateral base width, and the dynamic device comprising a cycling mechanism having pedals configured to be selectively engaged by the user, wherein

a main post is coupled to the base at a first base end, the main post extends from the base, the main post has a distal post end opposite the first base end, the pivoting assemblies are coupled to the main post at the distal post end of the main post, the pivoting assemblies are each pivotable about a lateral pivoting axis at the distal post end, each of the pivoting arms has a distal arm end, and the pivoting handles are pivotally attached to the distal arm ends, respectively, to be engaged by the user;

selectively and sequentially engaging the static and dynamic devices by the user; and

receiving by the static and dynamic devices applications of force by the user sufficient to facilitate osteogenesis and muscle hypertrophy for the user,

wherein lengths of the pivoting arms are less than a length of the main post such that, when the pivoting arms extend in a lateral direction from the distal post end of the main post toward the seat, the pivoting assemblies are positioned in the lateral direction between the cycling mechanism and the seat.