Data acquisition control system for muscle stretching and intervention training

Abstract

The invention discloses a data acquisition control system for muscle stretching and intervention training. The system comprises a data acquisition part and a control part, wherein the data acquisitionpart transmits acquired data to the control part; the data acquisition part comprises a pressure sensor, a torque sensor and an angle encoder; the pressure sensors comprise a foot pressure sensor, ashank pressure sensor and a thigh pressure sensor; the torque sensor comprises a foot torque sensor, a shank torque sensor and a thigh torque sensor; wherein the angle encoder comprises a foot angle encoder, a shank angle encoder and a thigh angle encoder, the control part comprises a control motor, a main controller and a central controller, and the main controller controls the control motor to work, and the control motor comprises a foot motor, a shank motor and a thigh motor. The system has the functions of muscle stretching and muscle intervention training at the same time, and posture measurement and stretching force real-time display are achieved.

Description

technical field [0001] The invention relates to a data acquisition control system, in particular to a data acquisition control system for muscle stretching and intervention training. Background technique [0002] There are many types of muscle stretching equipment on the market, but they can only stretch muscles and cannot perform muscle intervention training. The vast majority of these products are made of purely mechanical structural parts, relying entirely on the positioning of the structural parts to fix the posture of the human body, and relying on fitness coaches and other personnel to assist; the existing muscle intervention training does not have intelligent training equipment, and can only rely on Fitness trainer conducts auxiliary training. In addition, the level of existing fitness coaches in my country is uneven and there is no unified scientific data as a support, which is limited by factors such as the personal professional level and experience of fitness coac...

AI Technical Summary

Problems solved by technology

[0004] 1. Fitness stretching equipment is made of purely mechanical structural parts, the adjustment is cumbersome, and requires special personnel (fitness coaches, etc.) to adjust;

[0005] 2. The technical level and experience of fitness coaches and other personnel are uneven;

[0006] 3. Users cannot know the specific data of their own training;

[0007] 4. It is impossible to know the body posture data during the stretching process;

[0008] 5. It is easy to cause accidental injuries such as ligament damage and muscle damage;

[0009] 6. The existing fitness products do not have the function of intervention training, and the general muscle intervention training all comes from the manual work of fitness coaches and rehabilitation therapists.

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