Myoelectricity collecting device

Abstract

The embodiment of the invention discloses a myoelectricity collecting device, which comprises an elastic base body, outer electrodes, inner electrodes and electrode insertion pins, wherein conductive fabric electrode cloth in contact with the human body surface is arranged on each inner electrode, each outer electrode is arranged on the outer surface of the elastic base body, each inner electrode is arranged on the inner surface of the elastic base body, each outer electrode is connected with one corresponding inner electrode, one end of each electrode insertion pin is connected with one corresponding outer electrode, and the other end of each electrode insertion pin is connected with myoelectricity monitoring equipment. The embodiment of the invention is adopted, before the collection operation of myoelectricity signals, the electrode insertion pins are inserted into the outer electrodes, the myoelectricity collecting device of the inserted electrode insertion pins is worn in positions requiring the myoelectricity signal collection, the myoelectricity signal collection can be realized, the experiment preparation time is short, the operation is simple, the work efficiency of the myoelectricity signal collection is improved, and in addition, the conductive fabric electrode cloth is in contact with the human body surface, so the comfort degree of an subject is improved.

Description

technical field [0001] The invention relates to the medical field, in particular to a myoelectric collection device. Background technique [0002] In the process of scientific experiments, the information collected by high-density myoelectric collection electrodes can be used to screen the required tissues according to the signal strength of human or animal tissues, and can also accurately analyze the actions and behaviors of people or animals based on a large amount of information. Therefore, , high-density electromyographic collection electrodes play an important role in the collection of information. Although the existing high-density myoelectric collection electrodes can collect multi-channel signals, it is necessary to paste the myoelectric collection electrodes one by one, that is, apply conductive paste on the metal head and use adhesive glue to improve the conductivity of the electrodes and the stability of placement. The preparation time for the experiment is long,...

AI Technical Summary

Problems solved by technology

Although the existing high-density myoelectric collection electrodes can collect multi-channel signals, it is necessary to paste the myoelectric collection electrodes one by one, that is, apply conductive paste on the metal head and use adhesive glue to improve the conductivity of the electrodes and the stability of placement. The preparation time for the experiment is long, usually 2-3 hours, and the operation is cumbersome, and the subjects who are sensitive to the adhesive glue are prone to allergies, and the long-term experimental collection and wearing will cause the subjects to suffer from physical and psychological problems. strong discomfort

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