High-accuracy anti-oxidation electrode

Abstract

The invention discloses a high-accuracy anti-oxidation electrode, and belongs to the field of high-accuracy electrodes. According to the high-accuracy anti-oxidation electrode, a base of the electrodeis made from aluminum, and the surface of the base is painted with a gold material coating; therefore, with the application of the treatment mode, the conductivity of an electrode main body is guaranteed, and oxidation resistance of the electrode main body is enhanced, so that the electrode can serve for a long time. An under-pan, which functions as fixing, is arranged at the outer side of the electrode main body, and a stable base is formed in the part, in correspondence to a lead hole, of an electroencephalogram cap, so that firm fixing can be guaranteed, and the electrode can be partiallydetached under such special situations that the number of leads is reduced and the like; therefore, modularization and professionalization are achieved.

Description

technical field [0001] The invention relates to the field of high-precision electrodes, and more specifically, relates to a high-precision anti-oxidation precision electrode. Background technique [0002] EEG electrodes are contact terminals used to collect EEG signals, usually in contact with the scalp. With the help of conductive paste, the EEG electrodes can transmit the EEG signals in the hair area to the collection equipment, thereby making the EEG Further analysis of the signal becomes possible. The basic requirements are: the material itself must have good electrical signal conductivity, be able to better combine with the corresponding holes of the EEG cap, resist oxidation and the price should not be too expensive, the operation should be convenient, time-saving, easy and comfortable to wear, etc. . [0003] In the acquisition of EEG signals, two kinds of electrodes, dry and wet, are used according to different situations. At present, dry electrodes can be mainly u...

AI Technical Summary

Problems solved by technology

[0006] In view of the dry electrodes used in the hairy area and the existing mushroom head electrodes in the prior art, the comfort or contact characteristics are not good; the wet electrodes used in the hairy area need to be supplemented with conductive paste during use. When injecting the conductive paste It is necessary to lift or pull up the electrodes, which will affect the contact of other leads and increase inconvenience; the electrode materials of some electrodes have poor oxidation resistance, which will affect their conductivity after long-term use and introduce unnecessary noise; some electrodes cannot Effective contact in the back of the brain and other parts; the contact surface coating of some electrodes is formed by electroplating and other methods, the film surface is rough, and the adhesion to the base material is not good.

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