Intelligent patch with optimal designed electrodes

Abstract

The invention discloses an intelligent patch device with optimal designed electrodes. The intelligent patch device comprises a patch body, conductive fabric and an eye electrical signal detector, wherein the conductive fabric and the eye electrical signal detector are stitched on the patch body. Three pieces of conductive fabric are adopted as the detection electrodes, two of the electrodes are distributed and stitched on the patch, and the third electrode is arranged on the forehead. The conductive fabric is stitched into a strip as a signal transmission line; a collected eye electrical signal is transmitted from the electrodes to the signal transmission line, then to the eye electrical signal detector through a stitched metal snap button, finally to an intelligent hand-held terminal and to an APP through a wireless transmission module. By conducting continuous detection and processing on the eye electrical signal of a subject during sleep, the intelligent patch device can evaluate sleep quality.

Description

technical field [0001] The invention relates to an eye mask which uses conductive fabric as an electrode and a conductive thread to collect oculoelectric signals, and belongs to the field of bioelectrical signal detection. Background technique [0002] At present, with the rapid development of our country's economy, modern people's life pressure is increasing, and the accompanying symptoms such as insomnia and dreaminess are becoming more and more obvious. Timely and convenient monitoring of one's own sleep status, can have a deeper understanding of one's physical condition, thereby adjusting one's work and rest time, and also provide specific data for the doctor's diagnosis and treatment. [0003] At present, the methods of home sleep quality testing mainly include the following: 1. The user himself detects and adjusts his sleep activity according to the method on the Internet or the experience of people around him. However, this method lacks scientific basis and its accur...

AI Technical Summary

Problems solved by technology

However, this method lacks scientific basis and its accuracy is questionable

2. Users can purchase a sleep quality detection bracelet to record sleep activity. However, since the sleep bracelet is worn on the hands of the subjects, although it can detect the status of sleep activity, it cannot accurately obtain data such as waveforms related to brain sleep.

3. Buy a sleeping pillow to detect sleep, but the shape of the sleeping pillow may not be completely suitable for each user, which may affect the quality of sleep, and the price of sleeping pillows is usually relatively expensive

This patent application has the following deficiencies: the structure of the frame groove leads to poor contact with the human eye, and the electrodes of the electro-oculogram collection cover have poor contact with a slight touch, resulting in the failure of electro-oculogram signals to be collected

The structure of the eye mask is complicated, and it is not suitable for cleaning and replacement

[0007] Both of the above two patents have the problem of complex electrode design and inconvenient use

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