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    • 1. 发明授权
    • Oscillating ventilator apparatus and method and patient isolation
apparatus
    • 摆动呼吸机装置及方法及患者隔离装置
    • US5307794A
    • 1994-05-03
    • US857604
    • 1992-04-01
    • L. Thomas RauterkusSamuel B. Cowan
    • L. Thomas RauterkusSamuel B. Cowan
    • A61M16/00
    • A61M16/0057A61M16/0096Y10S128/909Y10S128/917
    • An apparatus and method for facilitating the transfer of an oscillating ventilator apparatus from one patient to the next, without requiring disinfection of the air pulse generating diaphragm and components, by separating the airway of the patient from the air pulse generating apparatus by a patient isolation apparatus comprising a patient isolation connection unit which mounts a flexible, fluid-impervious diaphragm in sealing relation to the ventilator housing and in adjacent relationship to the outer face of the air pulse generating apparatus, whereby no fluids emanating from the patient can contact said air pulse generating apparatus. The patient isolation apparatus may be disposed of after use with one patient, or may be disinfected and reused.
    • 一种用于通过患者隔离装置将患者的气道与空气脉冲发生装置分离的方法,用于便于将振荡式呼吸机装置从一个患者转移到下一个患者,而不需要消毒空气脉冲产生隔膜和部件 包括患者隔离连接单元,其安装与呼吸机壳体密封关系的柔性不透液膜,并且与空气脉冲发生装置的外表面相邻,从而不会从患者发出的流体接触所述空气脉冲产生 仪器。 患者隔离装置可以在使用后与一个患者一起处置,或者可以被消毒并重复使用。
    • 2. 发明授权
    • High frequency ventilation method
    • 高频通风方式
    • US4747402A
    • 1988-05-31
    • US35900
    • 1987-04-08
    • David M. ReeseL. Thomas RauterkusRobert L. Jensen
    • David M. ReeseL. Thomas RauterkusRobert L. Jensen
    • A61M16/00A61M16/04
    • A61M16/0096A61M16/0057A61M16/042A61M2016/0027
    • A method of ventilating an air breathing animal at a high frequency. A flow of gas is supplied to the first side of a piston mounted within a housing while the flow of gas out of the housing is restricted to elevate the pressure on the first side of the piston. A flow of gas is also supplied to the second side of the piston, which is connected to an air breathing animal, while the piston is alternately moved back and forth within the housing at a selected frequency, amplitude and period, thereby alternately forcing gas into and drawing gas out of the animal. The flow of gas out of the animal is also restricted to elevate the pressure on the second side of the piston. The flow of gas to the first side of the piston both cools the piston and housing and helps to equalize the pressures on both sides of the piston, helping to insure accurate conversion of the mechanical movement of the piston into a pressure wave in the gas on the second side of the piston.
    • 高呼吸呼吸动物的方法。 气体流被供应到安装在壳体内的活塞的第一侧,而气体流出壳体的流动被限制以提高活塞的第一侧上的压力。 气体流也被供给到活塞的第二侧,活塞的第二侧连接到空气呼吸动物,同时活塞在壳体内以选定的频率,振幅和周期交替地来回移动,从而交替地迫使气体进入 并从动物中抽出气体。 离开动物的气体流也被限制为提高活塞第二侧的压力。 活塞流到活塞第一侧的气体都冷却活塞和壳体,有助于均衡活塞两侧的压力,有助于确保将活塞的机械运动精确地转换成气体中的压力波 活塞的第二面。