The occipital lobe region of the human brain mainly controls visual function. The non-invasive brain-computer interface system collects EEG signals in the occipital lobe region through 10 electrodes placed behind the brain. By extracting and analyzing the characteristic waveforms in the signals, the visual signals are converted into corresponding operation commands through the equipment, and the visual "idea" control effect is realized with software. It can help patients with language disorders, patients with gradual freezing disease and other patients to express accurately, highlighting the care of patients.

The product can empower all kinds of nerve center stimulation treatment equipment, promote the development and application of high-tech products such as rehabilitation robots, intelligent prostheses, ward care, etc., and have a wide range of uses.

Designed in 2024, mass-produced