Test and simulation of health balance training equipment based on medical multimedia image for exercise balance ability

摘要

The lack of balance ability and lumbar muscle strain caused by asymmetric lower limb function have become the studied hot topics of many kinematics disciplines recently. The strength asymmetry of lower limbs of young tennis players is considered to be an intrinsic risk factor for lumbar muscle injury. Therefore, using dynamic balance instrument to scientifically evaluate the balance ability of tennis players' lower limbs and evaluate the balance rehabilitation training method is of great significance to the recovery effect of tennis players with lumbar muscle strain and to improve their sports performance. At present, the balanced rehabilitation training method used in clinical practice is mainly based on medical multimedia images, relying on the doctor's artificial rehabilitation treatment mode. Due to lack of manpower and lack of experience, doctors may need some rehabilitation equipment to assist the patient. This paper mainly focuses on the mechanical body design of the dynamic balance instrument. After analyzing the medical image of the patient's diseased part, it completes a set of motion balance table with 2 degrees of freedom. Through the simulation and actual test, it detects the help of the balance table to the rehabilitation of human exercise balance ability effect. Finally, the rehabilitation test was performed on the tennis players with lumbar muscle strain, and the effect was good. It is a training equipment with high application value.