An auxiliary walking aid device for rehabilitation of leg patients

Abstract

The present invention relates to the technical field of leg rehabilitation training equipment. The controller of the present invention can control the braking mechanism of the front road wheel to the front road wheel according to the pressure value detected by the rear detection mechanism and the distance measurement value of the distance measurement mechanism. The mechanism performs the braking operation, so that walking can be carried out according to the walking pace of the user. The present invention uses the ranging mechanism to control the step distance, and the pressure value detected by the post-detection mechanism changes from below a certain threshold to exceeding When the pressure is set to the threshold, the distance measuring mechanism starts to perform the distance measuring operation as the starting point, and when the distance measured by the distance measuring mechanism reaches the set walking threshold of the step distance, the controller controls the front wheel braking mechanism to perform the braking operation , the structure of the present invention can stably control the user's walking, effectively improve the effect of walking aid, and assist rehabilitation.

Description

technical field [0001] The invention relates to the technical field of leg rehabilitation training equipment, in particular to an auxiliary walking aid device for rehabilitation of leg patients. Background technique [0002] Ankle injuries or surgery may cause inconvenient walking. Therefore, an auxiliary device is required to be used in conjunction with rehabilitation training in the later stage. On the one hand, it is convenient to improve the recovery of patients, and on the other hand, it is convenient to provide safety protection for patient training. The current auxiliary walking aids are generally carried out with a walking frame with a wheel body. In order to ensure safety, this structure is generally equipped with a braking system. However, for ankle injuries, if the brake is operated by hand, use It is difficult for the patient to grasp the step distance and pace, and it is easy to cause the foot to touch the ground, causing damage to the injured part, etc., which ...

AI Technical Summary

Problems solved by technology

The current auxiliary walking aids are generally carried out with a walking frame with a wheel body. In order to ensure safety, this structure is generally equipped with a braking system. However, for those with ankle injuries, if the brake is operated by hand, use It is difficult for the patient to grasp the step distance and pace, and it is easy to cause the foot to touch the ground, causing damage to the injured part, etc., which will lead to delayed recovery and affect the recovery effect

Also, there is no way to work out at your pace

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