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    • 2. 发明授权
    • Method and apparatus for artificial respiration and the measurement of
breathing gas values
    • 人工呼吸的方法和装置以及呼吸气体值的测量
    • US4617924A
    • 1986-10-21
    • US693016
    • 1985-01-18
    • Ulrich HeimPeter Gebhardt
    • Ulrich HeimPeter Gebhardt
    • A61M16/00A61M16/10
    • A61M16/0096A61M16/1015
    • A ventilating system includes a high frequency controlled breathing gas source in HFJV operation, wherein the exhaled gas is removed through an outlet line through which a flush gas is conducted, is improved to permit a determination, under high frequency ventilation, of both the final expiratory CO.sub.2 concentration and the basic pressure building up in the lungs (the lung-internal PEEP). To this end, the control device is in addition connected to a flush gas valve provided upstream of the breathing gas supply device, and designed to intercalate a measuring interval after a sequence of breathing gas pulses, during which interval the breathing gas valve and the flush gas valve are closed. A system of measuring the breathing gas valves is provided in the outlet line and it is actuated during the measuring interval to perform the measuring operation.
    • 通风系统包括HFJV操作中的高频控制呼吸气体源,其中呼出气体通过吹出冲洗气体通过的出口管线被去除,其被改进以允许在高频通气下确定最终呼气 二氧化碳浓度和肺部基础压力(肺内PEEP)。 为此,控制装置另外连接到设置在呼吸气体供应装置上游的冲洗气阀,并设计成在呼吸气体脉冲序列之后插入测量间隔,在该间隔期间呼吸气体阀和冲洗 气阀关闭。 在出口管线处设置测量呼吸气体阀的系统,并且在测量间隔期间致动该系统以执行测量操作。
    • 8. 发明授权
    • Pressurized dispensing container
    • 加压分配容器
    • US4752020A
    • 1988-06-21
    • US860463
    • 1986-05-07
    • Franz GrueterPeter Gebhardt
    • Franz GrueterPeter Gebhardt
    • B65D83/14B65D83/16B65D83/00
    • B65D83/62B65D83/205B65D83/207B65D2215/02
    • A pressurized dispensing container for viscous and liquid materials comprises an outer container body, an inner container body and a container closure member secured on both the inner and outer container bodies. A container valve is located on the closure member for dispensing material from the container. A cap provided on the container has a discharge opening therein. The container valve is formed with and integral valve spout which extends from the container valve to the cap and which carries a discharge opening valve for opening and closing the discharge opening of the cap. An actuator lever arm for actuating the container valve is formed integrally with the container closure member to permit actuating the container valve. A locking mechanism for the container comprises a resilient tab which is provided on the cap for selective cooperation with an actuator button carried by the actuator lever arm to releasably lock the button against movement to prevent actuation of the container valve.
    • 用于粘性和液体材料的加压分配容器包括外部容器主体,内部容器主体和固定在内部和外部容器主体两者上的容器封闭构件。 容器阀位于封闭构件上用于从容器分配材料。 设置在容器上的盖子中具有排出口。 容器阀形成有一体的阀喷口,该阀喷嘴从容器阀延伸到盖上,并且其具有用于打开和关闭盖的排出口的排放开口阀。 用于致动容器阀的致动器杆臂与容器封闭构件一体形成以允许致动容器阀。 用于容器的锁定机构包括弹性突片,其设置在帽上,用于与由致动器杆臂承载的致动器按钮选择性协作,以可释放地锁定按钮以防止运动,以防止容器阀的致动。