The rehabilitation machine for stroke hemiplegia includes a main machine, a hanging beam extracted from the top of the main machine and a motion device directly below the suspension beam. The moving device includes a treadmill. The treadmill includes two parallel tracks, each of which is equipped with a stepping motor. The beam is also equipped with a sensor for monitoring the patient's speed. The main engine is equipped with a traction device, which drives the injured leg of the patient The sensor and the treadmill are electrically connected with the host.
The suspension device comprises a hanging belt and a regulator arranged on the hanging beam for adjusting the length of the sling, which is electrically connected with the main engine, the adjuster includes a telescopic oil cylinder connected with the suspension belt, and the adjuster includes a winding device around the suspension belt.
The traction device is configured as a traction belt. The traction belt is driven by the driving device to move the injured leg of the patient. The traction belt is provided with a restraint device fixed on the patient's leg, which provides an intelligent stroke lower limb rehabilitation system, including a host machine, a hanging beam extracted from the top of the host machine and a motion device directly arranged under the beam.
The track surface is uneven, simulating the road surface, so that the legs and feet of patients can adapt to the ground as soon as possible. The suspension device is set on the suspension beam to maintain the patient's body balance, so as to reduce the pressure on the sole of the foot and maintain the patient's body balance.