Disclosed is a touch multi-path brain wave detecting Bluetooth headset. A headset body comprises a plurality of brain wave sensors, a plurality of groups of filtering and amplification units, a multiplexer switch, an analog to digital converter, and a brain wave collection and processing chip that are sequentially connected. The brain wave sensors are connected to the filtering and amplification units in a one-to-one correspondence manner. Each of the filtering and amplification units comprises a first amplifier with high impedance differential input, a wavetrap, a low-pass filter, a band-pass filter, and a second amplifier that are sequentially connected. The headset body is a Bluetooth headset. The brain wave collection and processing chip is matched with and connected to a target terminal by means of Bluetooth. The headset body is further provided with a touch apparatus for controlling start and stop of the brain wave sensing units. The present invention enables a user to directly control, by means of brain waves, a target terminal to perform a corresponding action, thereby achieving simple and convenient operation.
TOUCH MULTI-PATH BRAIN WAVE DETECTING BLUETOOTH HEADSET