Mechanical-electrical integrated fixing device for orthopedics

Abstract

The invention provides a mechanical-electrical integrated fixing device for orthopedics. An angle adjustor is arranged at the connection position of a shoe cylinder and a fixed cylinder body; a bandage IV is distributed at the right side position of the shoe cylinder; the bandage IV is connected with the shoe cylinder through a buckle; zipper teeth are arranged at the upper end of the shoe cylinder; the zipper teeth are connected with a zipper; a ventilation opening is formed at the right end position of the shoe cylinder; a shoe inner bottom surface is positioned in the shoe cylinder; skidproof stripes are distributed on the shoe inner bottom surface; the condition of skin injury of a patient caused by friction between skin and the fixed cylinder body in the use process is avoided by adding a protective clamping ring; in addition, the angle between the fixed cylinder body and the shoe cylinder can be adjusted by the angle adjustor, foot fixation is facilitated for the patient through the zipper teeth and the zipper, ventilation between the inner part of the shoe cylinder and the outside is realized through the ventilation opening, a humidity sensor can detect the internal humidity of the shoe cylinder, and an accelerometer can monitor the daily exercise amount of the patient.

Description

Technical field [0001] The invention is a mechatronics orthopedic fixing device, which belongs to the field of medical equipment. Background technique [0002] In the prior art, in the treatment process after a human bone fracture, the fracture treatment is generally performed by perforating on an orthopedic splint, fixing it by means of a bone screw, and then drilling the bone at the fracture site. After the drilling is completed, the bones are clamped with multiple splints, and then the splints are fixed with screws. After the bones at the fracture site are healed, the splints and screws are removed. Moreover, during the healing of the fractured bones, the splint Only metal can not directly apply medicine to bone fractures, only medicine can be used as auxiliary treatment, so the treatment effect is slow, the treatment process is longer, and it brings certain inconvenience to patients, so a new technology is needed to solve it The above problem. [0003] In addition, in the pri...

AI Technical Summary

Problems solved by technology

However, the insole does not have a lasting health care function. After the medicine volatilizes, it loses the health care function and has a limited service life.

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