Hip joint training device

Abstract

The invention discloses a hip joint training device. The hip joint training device comprises a base platform and a seat and a power unit which are arranged on the base platform; the portion, under the seat, of the base platform is provided with a drive rotating shaft and a driven rotating shaft which are arranged side by side and each provided with a leg bracket, the power unit is in transmission connection with the drive rotating shaft through a transmission device, and a linkage mechanism capable of enabling the driven rotating shaft to do fan-shaped opening and closing oscillation along with the drive rotating shaft is arranged on the drive rotating shaft and the driven rotating shaft. According to the device, the drive rotating shaft is driven by a power device, the driven rotating shaft is driven by the drive rotating shaft, and the drive rotating shaft and the driven rotating shaft drive the leg brackets arranged on the drive rotating shaft and the driven rotating shaft to do fan-shaped oscillation; when the two legs of a patient suffering from hip join dyskinesia are placed on the leg brackets, the patient can perform passive training and exercise hip joints of the two legs simultaneously; when the power device is stopped, the patient can depend on the legs to drive the leg brackets to oscillate to perform active training.

Description

technical field [0001] The invention relates to the field of auxiliary medical devices, in particular to a hip joint training device. Background technique [0002] At present, the hip joint training of patients with lower extremity hemiplegia caused by stroke mostly adopts artificial assistance or equipment-assisted training. Most of the existing auxiliary training equipment is mainly based on the patient's supine training, but when the patient is trained in the supine position, it is not conducive to the patient's cardiopulmonary function. It works normally, but the training effect is not good, and most of the existing auxiliary training equipment does not have active and passive training modes at the same time, and the speed cannot be adjusted according to the patient's condition; when artificial auxiliary training is adopted, the medical staff of the hospital let the patient lie on the side on the bed , the medical staff bent over to gently lift the patient's thigh, apply...

AI Technical Summary

Problems solved by technology

[0004] The patient can only perform passive training using the hip joint rehabilitation exercise machine described in the reference document, and cannot perform active training, and the patient can only exercise one side of the leg each time using the training device described in the reference document, and cannot simultaneously Exercise both legs. For patients with paralysis of lower limbs, the legs cannot be exercised evenly and effectively.

Images