Disclosed is a touch brain wave sensing Bluetooth headset. A headset body comprises a brain wave sensor, a filtering and amplification unit, an analog to digital converter, and a brain wave collection and processing chip that are sequentially connected. The filtering and amplification unit 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 connected to a control output port and a control input port of a target terminal by means of Bluetooth, so as to communicate with the target terminal. The headset body is connected to an audio input port and an audio output port of the 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 unit. The present invention enables a user to directly control, through brain waves, a target terminal to perform a corresponding action, thereby achieving simple and convenient operation.
TOUCH BRAIN WAVE SENSING BLUETOOTH HEADSET