Upper limb fatigue intelligent monitoring and healthcare method and intelligent wearable device for implementing same

Abstract

The invention discloses an upper limb fatigue intelligent monitoring and healthcare method and an intelligent wearable device for implementing the same. The intelligent wearable device comprises a shoulder protector body. Detachable surface myoelectricity mounting belts are arranged on the shoulder protector body; detachable electrode plates and sensors are arranged on the surface myoelectricity mounting belts, the electrode plates are arranged at positions corresponding to left and right brachioradialis muscles, biceps brachii muscles and trapezius muscles of human bodies, and the sensors areconnected to a data processing center by means of wireless transmission; infrared heating devices and inflatable massage belts are arranged on the shoulder protector body. The upper limb fatigue intelligent monitoring and healthcare method and the intelligent wearable device have the advantages that whether operation muscles of laborers are overloaded or not can be effectively judged, the operation intensity can be monitored, warning can be prompted in real time, accordingly, muscle strain and ache can be reduced, and accidents can be prevented; fatigue positions can be heated and massaged, and accordingly fatigue can be relieved.

Description

Technical field [0001] The invention relates to the fields of physiological detection technology and wearable technology, and in particular to an intelligent monitoring and health care method for upper limb fatigue and an intelligent wearable device thereof. Background technique [0002] Workers in the manufacturing industry often have compulsory positions due to high-load work. Long-term high-frequency repetitive work and abnormal work postures can cause local muscle fatigue, such as blood flow and metabolism in the stressed parts of the neck, shoulder, lower back, arms, etc. Difficulty, which in turn leads to muscle soreness, and ultimately to occupational musculoskeletal disorders. Long-term engagement in this type of work can cause damage to human biomechanical structures such as ligaments, bones, and muscles, and ultimately cause occupational musculoskeletal diseases. Excessive work load, unreasonable work methods, and long-term repeated muscle fatigue cannot be effectively...

AI Technical Summary

Problems solved by technology

However, the current wearable technology is mainly used in communication, sports and fitness, games, etc., and less attention is paid to the health and safety inspection of manufacturing workers

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