The present disclosure relates to a head bone conduction device and method. The head bone conduction device includes: a head fixing unit, a brain wave detection connecting ends, a frequency signal generating circuit, an audio device and an audio mixer. Seven independent bone conduction units are adopted for operation, and at least one bone conduction unit is adopted for operation and is arranged at a suitable position of a head. Audio information received by the bone conduction unit is converted into mechanical vibration, thus vibration force, vibration sensation and mechanical vibration are generated simultaneously on a region of a cranial cortex. Accompanying with the ear bone mechanical vibration, a user will feel a mixed sensation including auditory and positional sense, or namely ‘third auditory’. The frequency signal generation circuit generates specific frequency signals according to detected brain wave signals to the audio mixer. The frequency signals will then be mixed with regular audio signal, whose change would be aware by the user for secondary confirmation.
