Multi-functional rehabilitation training shoes with child's foot drop prevention function

Abstract

The invention discloses a multi-functional rehabilitation training shoe with child's foot drop prevention function, comprising a shoe body and a calf guard support, wherein the calf guard support andthe shoe body are connected movably, the shoe body is internally provided with a shoe sole, the shoe sole is installed with an inflatable insole, the shoe sole is provided with a fracture, the fracture divides the shoe sole into a sole support and a heel support, the opposite end faces of the heel support and the sole support are connected through an electric putter, the heel support is under theinflatable insole and provided with an inflation device, and the sole support is under the inflation insole and provided with an electrical device that drives the heel support to move up and down. Theinvention utilizes a drawstring to connect the both sides of the sole support with the pulleys on both sides of the calf guard support, and the tail end of the drawstring is connected with a windingdevice. In case of use, the winding device may be used to drive the drawstring to contract after being started, and thus the front end of the sole support is pulled up to incline, and the heel supportmay be adjusted up and down through the electrical device, in order to perform rehabilitation training.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a multifunctional rehabilitation training shoe for preventing children's foot drop. Background technique [0002] Foot drop is an ankle problem that affects the motor function of the lower limbs. It is mainly manifested as difficulty in dorsiflexion of the ankle joint, drooping of the toes when walking, and the toes touching the ground first when landing. The reason is abnormal neuromuscular function and changes in normal biomechanical mechanisms. . It is a common problem faced by children with craniocerebral injury, backward brain development, spinal cord lesions, severe children, long-term bedridden, coma, etc. Thus affecting the quality of life of children. At present, foot drop prevention tools mostly use T-shaped shoes or foot drop braces recommended by orthopedic surgeons, and there are few size options, which are not suitable for children. Moreover, the preven...

AI Technical Summary

Problems solved by technology

Currently, foot drop prevention tools mostly use T-shaped shoes or foot drop braces recommended by orthopedic doctors. There are few size options and are not suitable for children.

Moreover, the prevention of foot drop Achilles tendon contracture depends on the parents' manual exercise guided by doctors and nurses. Often, the recovery is hindered due to incorrect exercise methods, or the parents and children's compliance is not high, which affects the rehabilitation effect, and the existing T-shaped shoes only have Fixed functions, often forget about training due to trivial matters, and cannot achieve long-term uninterrupted training effect

In general, there is currently no convenient pediatric-specific anti-foot drop rehabilitation that can not only have the effect of T-shaped shoes, but also exercise to prevent Achilles tendon and calf muscle contracture, and can improve the compliance of parents and children. training shoes

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