To improve the operatability of a teaching switch, and also, prevent sprints from slipping by constituting this rehabilitation device of the sprints for femur and crus, and providing a function corresponding with a bending angle of ankle on the sprint for crus, and providing the teaching switch and a brake releasing switch for a lower limb driving device, on the toe section.
This lower limb rehabilitation device is constituted of a sprint 9 for femur and a sprint 10 for crus. For a patient whose ankle does not bend, the device can correspond with the situation by changing the angle of ankle by the rotation of a knob 11 which is located at the ankle section of the sprint 10 for crus. On both sides of the sprint 9 for femur and the sprint 10 for crus, a slidable bar 12 is provided, and a serration disk 13 is fitted, and the connection of both sprints 9 and 10 is made secure. In addition, on the toe section of the sprint 10 for crus, a teaching switch and a brake releasing switch for a lower limb driving device are arranged. By this constitution, a switch control can be performed by supporting the sprint 10 for crus by one hand.
MATSUZAKI MITSUHIRO
KONDO MASASHI
