Exercise device with varied gait movements
An exercise device for performing a variety of movement patterns is provided, having an upper link pivotally mounted to a lower leg link and a foot support on a distal end of the lower leg link. A first transfer system is movably coupled to a frame and including a first transfer member coupled to the first upper leg link and a second transfer member coupled to the second upper leg link, thereby enabling substantially reciprocating motion of the first leg link relative to the second leg link. A second transfer system is also provided and may be movably coupled to the frame and including a pair of third transfer members coupled to each of a pair of fourth transfer members by way of each of a pair of transfer couplings, each movably mounted to the frame. The fourth transfer members may be coupled to the first lower leg link and the second lower leg link, whereby movement of the first lower leg link causes movement of the second lower leg link irrespective of movement of the upper leg links thereby providing a stable platform for the user and also enabling an infinite number of gait patters by the user.
1. An exercise device, comprising:
a frame;
a first upper leg link and a second upper leg link, each pivotally coupled to the frame;
a first lower leg link directly pivotally coupled to the first upper leg link and a second lower leg link directly pivotally coupled to the second upper leg link, each lower leg link including a foot support;
a first transfer system movably coupled to the frame and including a first transfer member coupled to the first upper leg link and a second transfer member coupled to the second upper leg link; and
a second transfer system movably coupled to the frame and including an alpha transfer member pivotally coupled to the first lower leg link and a beta transfer member pivotally coupled to the second lower leg link, wherein the second transfer system is (i) physically separate and operably independent from the upper leg links and the first transfer system, (ii) operable for transferring compressive forces and tensile forces between the lower leg links, and (iii) operable for effecting correlated movement of the lower leg links irrespective of movement of the upper leg links.
2. The exercise device according to claim 1 , further comprising a support system, defining a lowest position attainable by the foot supports.
3. The exercise device according to claim 2 , wherein the support system is comprised of a compression link with a first end coupled to the frame and a second end coupled to a lower leg link.
4. The exercise device according to claim 3 , wherein the compression link is comprised of a housing, a rod received by the housing and a bias member captured between the housing and the rod thereby limiting the amount of displacement of the rod relative to the housing.
5. The exercise device according to claim 3 , wherein the support system includes a first compression link coupled to the first lower leg link and a second compression link coupled to the second lower leg link.
6. The exercise device of claim 1 wherein (A) the alpha transfer member is pivotally connected to the first lower leg link through an alpha linkage system that includes (i) an alpha transfer coupling pivotally attached to the frame and pivotally attached to the alpha transfer member proximate one end of the alpha transfer member, and (ii) an alpha intermediate transfer member pivotally attached proximate a first end to the alpha transfer coupling and pivotally attached proximate a second end to the first lower leg link, and (B) the beta transfer member is pivotally connected to the second lower leg link through a beta linkage system that includes (i) a beta transfer coupling pivotally attached to the frame and pivotally attached to the beta transfer member proximate one end of the beta transfer member, and (ii) a beta intermediate transfer member pivotally attached proximate a first end to the beta transfer coupling and pivotally attached proximate a second end to the second lower leg link.
7. An exercise device, comprising:
a frame;
a first upper leg link and a second upper leg link, each pivotally coupled to the frame;
a first lower leg link directly pivotally coupled to the first upper leg link and a second lower leg link directly pivotally coupled to the second upper leg link, each lower leg link including a foot support;
a first means for transferring torque from the first upper leg link to the second upper leg link; and
a second means for transferring torque from the first lower leg link to the second lower leg link including an alpha transfer member pivotally coupled to the first lower leg link and a beta transfer member pivotally coupled to the second lower leg link, wherein the second means for transferring torque is (i) physically separate and operably independent from the upper leg links and the first means for transferring torque, (ii) operable for transferring compressive forces and tensile forces between the lower leg links, and (iii) operable for effecting correlated movement of the lower leg links irrespective of movement of the upper leg links.
8. The exercise device according to claim 7 , further comprising a means for defining a lowest position attainable by the foot supports.
9. The exercise device according to claim 7 , further comprising a support system, defining a lowest position attainable by the foot supports.
10. The exercise device according to claim 9 , wherein the support system is comprised of a compression link with a first end coupled to the frame and a second end coupled to a lower leg link.
11. The exercise device according to claim 10 , wherein the compression link is comprised of a housing, a rod received by the housing and a bias member captured between the housing and the rod thereby limiting the amount of displacement of the rod relative to the housing.
12. The exercise device of claim 7 wherein (A) the alpha transfer member is pivotally connected to the first lower leg link through an alpha linkage system that includes (i) an alpha transfer coupling pivotally attached to the frame and pivotally attached to the alpha transfer member proximate one end of the alpha transfer member, and (ii) an alpha intermediate transfer member pivotally attached proximate a first end to the alpha transfer coupling and pivotally attached proximate a second end to the first lower leg link, and (B) the beta transfer member is pivotally connected to the second lower leg link through a beta linkage system that includes (i) a beta transfer coupling pivotally attached to the frame and pivotally attached to the beta transfer member proximate one end of the beta transfer member, and (ii) a beta intermediate transfer member pivotally attached proximate a first end to the beta transfer coupling and pivotally attached proximate a second end to the second lower leg link.