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    • 1. 发明申请
    • AUTOMATIC VENTILATOR
    • 自动通风机
    • WO1989010771A1
    • 1989-11-16
    • PCT/US1989001884
    • 1989-05-03
    • LIFE SUPPORT PRODUCTS, INC.
    • LIFE SUPPORT PRODUCTS, INC.FANGROW, Thomas, F., Jr.
    • A62B07/00
    • A61M16/00A61M16/0051A61M16/107
    • A patient demand valve (12) is automatically cycled open to provide selected volumes of oxygen at selected intervals. A pneumatic controller (10) connected to an oxygen supply provides a control pressure to operate the demand valve (12), with the cycling provided by pneumatic timers (38). The oxygen supply to the patient is also through the controller (10) to the demand valve (12). A tidal volume flow control valve (46) provides an adjustable flow rate when open. In one embodiment, the patient demand valve is in an assembly which includes a safety subassembly (326), which incorporates a signaling device that indicates an over-pressure condition in the assembly as a result of a blockage of gas flow to the patient, and also includes a anti-suffocation valve (336).
    • 患者要求阀自动循环打开,以选定的间隔提供选定体积的氧气。 连接到氧气供应的气动控制器提供控制压力以操作需求阀,同时由气动定时器提供循环。 患者的氧气供应也通过控制器到需求阀。 潮气量流量控制阀在打开时提供可调节的流量。 在一个实施例中,患者需求阀处于包括安全子组件的组件中,该安全子组件包括由于阻塞向患者的气体流动而导致组件中的过压状态的信号装置,并且还包括 防窒息阀。
    • 2. 发明申请
    • PORTABLE MEDICAL VACUUM DEVICE
    • 便携式医用真空装置
    • WO1994021312A2
    • 1994-09-29
    • PCT/US1994002495
    • 1994-03-09
    • LIFE SUPPORT PRODUCTS, INC.
    • LIFE SUPPORT PRODUCTS, INC.FANGROW, Thomas, F., Jr.LIM, Samuel, C.
    • A61M01/00
    • A61M1/0066A61M1/0003A61M1/0023A61M2205/8206F04B37/14F04B39/044
    • A portable, battery-powered aspirator for use in emergency situations having an improved fluid container incorporating a recess for coiling an aspiration hose within the structural outline of the aspirator housing. A connection grommet in the housing between the container and a vaccum pump in the housing includes a stepped throughbore to alternately mate directly with a tube from the container or a different size fitting of an intermediate filter. A removable baffle in an outlet port from the pump reduces noise and vapor discharge. The pump generates a high vacuum pressure and runs efficiently to extend the usable life of the aspirator. An improved recharging unit releasably retains the aspirator on a shelf by simply sliding the aspirator straight back on guide rails. Flexible recharging terminals in the unit automatically align with angle power prongs extending from the rear of the aspirator.
    • 一种用于紧急情况的便携式,电池供电的抽吸器,其具有改进的流体容器,该流体容器包括用于将抽吸软管卷绕在抽吸器壳体的结构轮廓内的凹槽。 容器和壳体中的真空泵之间的壳体中的连接垫圈包括阶梯式通孔,以从容器或中间过滤器的不同尺寸的配件直接交替地配合管。 从泵出口的可拆卸挡板减少噪音和蒸气排放。 泵产生高真空压力并有效运行以延长吸气器的使用寿命。 改进的再充电单元通过简单地将吸气器直接滑回到导轨上将释放器可释放地保持在搁架上。 设备中的灵活充电终端自动对准从吸气器后部延伸的角度电源插脚。
    • 3. 发明申请
    • DEMAND VALVE WITH REDUCED MANUAL FLOW CONTROL
    • 具有减少手动流量控制的需求阀
    • WO1994006514A1
    • 1994-03-31
    • PCT/US1993007095
    • 1993-07-28
    • LIFE SUPPORT PRODUCTS, INC.
    • LIFE SUPPORT PRODUCTS, INC.FANGROW, Thomas, F., Jr.RULIFSON, Donald, G.
    • A62B07/04
    • A62B9/02A61M16/20A61M16/206A61M16/208
    • A demand valve resuscitator having a reduced manual flow control. The resuscitator connects between a source of pressurized gas and a breathing mask. A patient may draw a flow of gas on demand through the resuscitator by inhaling. A pressure-responsive diaphragm (48) within a pressure chamber (30), actuated on demand or manually, acts on a tilt valve (32) in a gas intake port (56). Alternatively, an attendant may supply a reduced flow of gas to a patient by depressing a manual control button (106), which tilts the intake valve. The manual control (106) of the gas flow is overridden by excess pressure within the pressure chamber (30) of the resuscitator, and the button (106) must be released to reassert manual control. A baffle plate (75) in the pressure chamber (30) provides a venturi assist to reduce pressure adjacent the diaphragm (48) to enable the patient to obtain maximum gas flow on demand with slight inhale suction. An anti-suffocation valve (144) allows the patient to breathe ambient air in the absence of a predetermined gas inlet pressure. The anti-suffocation valve is disposed in an intake assembly (24) having an inlet fitting (22) capable of swiveling without affecting the operation of the tilt valve.
    • 具有减少的手动流量控制的需求阀复苏器。 复苏器连接在加压气体源和呼吸面罩之间。 患者可以通过吸入通过复苏器根据需要吸入气体。 在需要或手动致动的压力室(30)内的压力响应膜片(48)作用在气体进入口(56)中的倾斜阀(32)上。 或者,服务员可以通过按下使进气阀倾斜的手动控制按钮(106)向患者提供减少的气体流。 气体流量的手动控制(106)被复原器的压力室(30)内的过大的压力所覆盖,并且必须释放按钮(106)以重新进行手动控制。 压力室(30)中的挡板(75)提供文丘里辅助以减少邻近隔膜(48)的压力,以使得患者能够在稍微吸入吸气的情况下获得最大气流。 抗窒息阀(144)允许患者在没有预定气体入口压力的情况下呼吸环境空气。 防窒息阀设置在具有能够旋转的入口配件(22)的进气组件(24)中,而不影响倾斜阀的操作。