The invention discloses a biomechanical mattress
system which comprises a biomechanical mattress, control terminals and an
air compressor. Input ends of air cavities are connected with the
air compressor by air inlet electromagnetic valves and air inlet guide pipes, output ends of the air cavities are connected with air outlet guide pipes by air outlet electromagnetic valves, the control terminals are connected with the
air compressor, pressure sensors, the air inlet electromagnetic valves and the air outlet electromagnetic valves, and the air compressor, the air inlet electromagnetic valves and the air outlet electromagnetic valves can be switched on and off under the control of the control terminals according to acquired data of the pressure sensors. The biomechanical mattress
system has the advantages that the pressures of the air cavities can be adjusted according to the pressure sensors, accordingly, muscles can be moderately relaxed and can be guaranteed against being excessively compressed, and users at prone positions are in straightly stretching and equal body pressure states; physiological parameters of the
sleep quality, the heart rates, the turnover frequencies, the
respiration and the like are monitored by the aid of
prone position body pressures, and the biomechanical mattress
system can be widely applied to clinical departments such as ICU (
intensive care units), departments of cardiac and cerebral
surgery and departments of
rehabilitation medicine.