Multi-passage brain wave control glasses

Abstract

The invention provides a pair of multi-passage brain wave control glasses, which comprises a glasses frame, a left glasses leg, a right glasses leg and a brain wave control external module, wherein the middle part of the glasses frame is provided with a gyroscope sensor, a battery module, a left eye blinking current detector and a right eye blinking current detector are arranged on the glasses frame, a left lens is provided with a pupil viewpoint direction tracker, the left glasses leg is provided with a microphone, a voice control switch, a wireless communication module, a side brain wave signal detector and a brain wave signal ear clamp detector, the right glasses leg is provided with a temple brain wave signal detector and a micro loudspeaker, and the brain wave control external module is connected with the wireless communication module through a signal and is used for receiving detected signals. The multi-passage brain wave control glasses have the beneficial effects that through integrating multiple sensors on the glasses, multiple pieces of collected signal data can complete complex equipment operation tasks, and a user can perform multi-passage control on the equipment only through the head, so that the function of other related products only limited to simple entertainment is broken through, and brain wave control is really practical.

Description

technical field [0001] The invention relates to the technical field of brain wave control, in particular to a multi-channel brain wave control glasses. Background technique [0002] The current brain wave device can read the voltage and magnitude data of brain waves in multiple frequency bands. Although it is theoretically possible to use multiple brain wave bands to control the parameters of multiple channels, for the human brain, this data is serial. Yes, and it is difficult for the human brain to switch directly from one frequency band to another frequency band at will, that is, it is difficult for people to control the rapid switching of the brain between sleep and excited states, so in a serial channel by transferring the brain It is impossible to carry out multifunctional operation in radio frequency band. The brain wave products on the market can be used in areas such as mood improvement, psychological training, psychological assessment, mental health, educational re...

AI Technical Summary

Problems solved by technology

[0002] The current brain wave device can read the voltage and magnitude data of brain waves in multiple frequency bands. Although it is theoretically possible to use multiple brain wave bands to control the parameters of multiple channels, for the human brain, this data is serial. Yes, and it is difficult for the human brain to switch directly from one frequency band to another frequency band at will, that is, it is difficult for people to control the rapid switching of the brain between sleep and excited states, so in a serial channel by transferring the brain It is not possible to perform multifunctional operations in the radio frequency band

The brain wave products on the market can be used in areas such as mood improvement, psychological training, psychological assessment, mental health, educational research, etc., which can describe the state of human attention and mental relaxation, but it is not yet possible to directly use brain waves to conduct Operation of multi-channel complex devices

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