Patent ID: 8347883

Claim:
A method for ventilating a patient airway during the inspiratory phase and expiratory phase from a source of gas under pressure from a compressor comprising: supplying to the patient airway during the inspiratory phase a plurality of pulses of small volumes of gas from said source of gas, said pulses representing positive pressure endobronchial sub total volumes, adding in succession the plurality of pulses of small volumes of gas to provide successively greater volumes of gas successively increasing in pulsatile form the pressure of the gas in the airway of the patient during the inspiratory phase by adding the successively greater volumes of gas in the airway of the patient being caused solely by the successive addition of the plurality of pulses of small volumes of gas and serving to provide diffusive ventilation to the patient during the inspiratory phase, and, permitting the patient to exhale during the expiratory phase; distributing high frequency compressor generated energy spikes created during stroke volume generation, into a distribution system serving as an accumulator in preparation for the energy spikes to be transported into the lungs, wherein said distribution system comprises a primary venturi body with a jet orifice and a nebulizer with a jet orifice; and, balancing an endobronchial sub tidal pressure gradient with two outflow orifices serving to create a pressure-volume regulated operational air flow into the primary venturi jet orifice with pressure rise balancing by secondary flow through the jet orifice of the nebulizer.