Sphenoid needle type electrode for electroencephalogram detector

Abstract

The invention provides a sphenoid needle type electrode for an electroencephalogram detector. The electrode comprises an electrode needle, a wiring terminal, an electrode connecting wire and an electroencephalogram tester, wherein the wiring terminal and the electrode needle are connected sequentially on the electrode connecting wire of the electroencephalogram tester; the electrode needle and the wiring terminal are fixedly or movably connected; the wiring terminal and the electrode connecting wire are fixedly connected; and the electrode connecting wire and the electroencephalogram tester are connected. The sphenoid needle type electrode has the characteristics of reasonable structure, simple operation, acupoint hit positioning, strong pertinence, high accuracy, accurate data, quick confirmed diagnosis, good effect, low cost, no pain of a patient, small economical burden and the like, and is simple to operate. Particularly, a needle type electrode structure is adopted, an acupoint hit positioning monitor technology is realized, the accuracy of monitoring data is improved to quickly diagnose the symptom of the patient, carrying is convenient, the accuracy of data collection is improved, the misdiagnose rate is reduced, and time and cost for medical treatment are saved, so that the electrode is an ideal mating electrode for a dedicated electroencephalogram tester for electroencephalogram data collection.

Description

technical field [0001] The invention relates to a medical device, more specifically, an improvement to the electrode of an electroencephalogram detector, which belongs to a minimally invasive monitoring electrode, and can be accurately aligned with monitoring acupoints to obtain monitoring results accurately. Needle electrodes. Background technique [0002] As we all know, the electrode of the traditional EEG detector is a suction cup structure, the contact surface is large when used, the monitoring part is difficult to be accurate, the accuracy of the monitored data is low, and the error of the instrument is large, which often misleads the doctor to diagnose the disease. It is prone to misdiagnosis and delays the treatment time of patients, especially for epilepsy and other diseases diagnosed by EEG. If necessary, surgery is required to find the monitoring point. The operation is troublesome, the wound is large, and the patient's pain and financial burden are increased. The...

AI Technical Summary

Problems solved by technology

[0002] As we all know, the electrode of the traditional EEG detector is a suction cup structure, the contact surface is large when used, the monitoring part is difficult to be accurate, the accuracy of the monitored data is low, and the error of the instrument is large, which often misleads the doctor to diagnose the disease. It is prone to misdiagnosis and delays the treatment time of patients, especially for epilepsy and other diseases diagnosed by EEG. If necessary, surgery is required to find the monitoring point. The operation is troublesome, the wound is large, and the patient's pain and financial burden are increased. Therefore, , the electrodes of the existing electroencephalogram detector cannot ensure the accuracy of monitoring data, and it is difficult to meet the data usage needs of patients for inspection, diagnosis and clinical monitoring in the medical process

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