Shank muscle tendon rehabilitation equipment and operation method

Abstract

The invention discloses shank muscle tendon rehabilitation equipment which comprises a rehabilitation platform, data collecting and processing equipment, upper computer equipment and display equipment. The rehabilitation platform is provided with a hydraulic platform, the hydraulic platform comprises a hydraulic rod and a flat plate, the flat plate is used for forming a bevel having a certain angle with the horizontal plane, and angle of the bevel can be adjusted by pushing and pulling the hydraulic rod to control stretching angle of shank muscle tendon; the data collecting and processing equipment is connected with the rehabilitation platform and used for collecting and processing bevel angle data, and the upper computer equipment is provided with a data processing and recording module which is used for generating changing curve of the treatment process of patients, recording related age groups and muscle tendon treatment data of the patients different in gender. The shank muscle tendon rehabilitation equipment applies latest research findings of muscle tendon rehabilitation treatment, can run along, can run in a manner of being connected with a computer and is simple in structureand easy to use; convenience can be brought to rehabilitation treatment of patients at home, and convenience is brought to rehabilitation physiotherapy experts to collect and study data of the patients to put forward targeted treatment plans.

Description

technical field [0001] The invention relates to medical rehabilitation equipment, in particular to a calf tendon rehabilitation equipment and an operation method. Background technique [0002] The incidence of tendon injury and rupture is increasing year by year with the growth of the sports population and the aging population. The traditional treatment methods include traditional Chinese medicine treatment and surgical treatment, but after treatment, they must be combined with Western medicine physical therapy and rehabilitation exercises. At present, rehabilitation methods are simple, and doctors often can only tell the precautions. There is no specific rehabilitation equipment to follow up the rehabilitation course, and it is difficult for patients to grasp the measure, which affects the rehabilitation effect. At the same time, the detection methods of tendon injuries are complicated, and hospitals can only use nuclear magnetic resonance for diagnosis, which is not conduc...

AI Technical Summary

Problems solved by technology

At present, the rehabilitation methods are simple, and doctors often can only tell the precautions. There is no specific rehabilitation equipment to follow up the rehabilitation course, and it is difficult for patients to grasp the measure, which affects the rehabilitation effect

At the same time, the detection method of tendon injury is complicated, and the hospital can only use nuclear magnetic resonance for diagnosis, which is not conducive to early detection of lesions and brings pain to patients

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