Gait correction device and system

Abstract

The invention is suitable for the technical field of rehabilitation treatment and rehabilitation auxiliary devices, and provides a gait correction device, which comprises an elastic part, an elastic adjusting device and a leg binding device; the two ends of the elastic part are movably connected with the leg binding device and shoe holes formed in a shoe respectively; the elastic part is used for lifting the instep of a user when the foot is lifted and buffering the instep when the foot is put down; the elastic adjusting device is used for adjusting the elastic force of the elastic part; and the leg binding device is internally provided with a tension detection device and is used for detecting the elastic force of the elastic part, so that the elastic force of the elastic part is subjected to feedback adjustment through the elasticity adjusting device. The invention has the benefits that: the foot that cannot bend back actively is turned into passive bending with the help of the elastic force of a tension spring; gait of a patient suffering from foot drop, foot ectropion and foot varus during walking is corrected; furthermore, a passive exercise effect on the tibia anterior muscle of the patient is achieved; and atrophy of the tibia anterior muscle caused by the fact that the tibia anterior muscle is not moved for a long time is prevented.

Description

technical field [0001] The invention relates to the technical field of rehabilitation treatment and rehabilitation auxiliary devices, in particular to a gait correction device and system. Background technique [0002] With the continuous improvement of medical technology, people have a deeper understanding of postoperative recovery awareness. Foot drop is the most likely result of cerebral infarction, damage to the spine, sciatic nerve, and common peroneal nerve. During the postoperative rehabilitation process, when the patient walks on the ground, because the instep cannot be hooked up, the gait is seriously affected when walking, which affects both the speed and the aesthetics. [0003] Most of the products on the market today are foot supports, which connect the soles of the feet and the calves with a device at a 90-degree angle to help lift the feet when walking. In actual use, because the soles of the feet are covered with a hard bottom, it is uncomfortable It is also...

AI Technical Summary

Problems solved by technology

During the postoperative rehabilitation process, when the patient walks on the ground, because the instep cannot be hooked up, the gait is seriously affected when walking, which affects both the speed and the aesthetics

[0003] Most of the products on the market today are foot supports, which connect the soles of the feet and the calves with a device at a 90-degree angle to help lift the feet when walking. In actual use, because the soles of the feet are covered with a hard bottom, it is uncomfortable It is not easy to walk for a long time, not to mention the correction of gait

Others use a strap to tie the shoelaces at the calf together to bring the foot up through the calf when walking. This method is better than the previous method, but because the strap is not elastic, the foot will still move when walking. For heavy landings, the gait is very obvious, so it cannot correct the gait. For patients with varus and valgus, there is no way to complete the correction.

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