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    • 1. 发明授权
    • Dosing safety arrangement in a delivery apparatus for pressurized medical liquids
    • 用于加压医用液体的输送装置中的给药安全装置
    • US08210169B2
    • 2012-07-03
    • US11995167
    • 2005-07-14
    • Christer AhlménMario Loncar
    • Christer AhlménMario Loncar
    • A61M15/00A61M16/10A61M16/00A62B9/02
    • A61M16/18A61M2205/15A61M2205/18A61M2205/3331A61M2205/3389
    • A delivery apparatus for pressurized medical liquids has a primary reservoir that pressurizes a medical liquid therein to a driving pressure, a second reservoir having an inlet connected to receive pressurized liquid from the primary reservoir via a controllable intermediate valve, and an outlet for discharge of the received medical liquid via a controllable dosing valve. A pressure measuring unit measures the pressure in the secondary reservoir and a control unit controls the intermediate valve and the dosing valve by monitoring the operation of the intermediate valve and the dosing valve dependent on the measured pressure value from the pressure measuring unit. The control unit generates a status signal dependent on predetermined rules for measured pressure changes compared with calculated pressure changes.
    • 用于加压医疗液体的递送装置具有将其中的医疗液体加压到其中的主要储存器,其具有连接到入口的第二储存器,用于经由可控中间阀从主储存器接收加压液体,以及用于排出 通过可控计量阀接收医用液体。 压力测量单元测量次级储存器中的压力,并且控制单元通过根据来自压力测量单元的测量压力值监测中间阀和计量阀的操作来控制中间阀和计量阀。 与所计算的压力变化相比,控制单元产生取决于测量的压力变化的预定规则的状态信号。
    • 2. 发明授权
    • Anesthetic breathing apparatus having improved monitoring of anesthetic agent
    • 具有改善麻醉剂监测的麻醉呼吸器
    • US08978652B2
    • 2015-03-17
    • US12742757
    • 2007-11-14
    • Christer AhlménMarlo Loncar
    • Christer AhlménMarlo Loncar
    • A61M16/01A61M16/00A61M16/10
    • A61M16/01A61M16/0093A61M16/085A61M16/104A61M16/22A61M2016/1025A61M2016/103A61M2016/1035A61M2205/17A61M2230/437
    • An anesthetic breathing apparatus has a first gas analyzer arranged to provide gas measurement data related to a first sample point to a control unit that is arranged in a servo or feedback control system configured to adjust delivery of a vaporized anesthetic agent from an anesthetic vaporizer to a delivery point in an inspiratory branch of a breathing circuit of the anesthetic breathing apparatus, The first sampling point is arranged in the breathing circuit downstream and close to the delivery point. A second gas analyzer arranged to be operated in a first mode of operation to provide gas measurement data for patient monitoring, and arranged to be operated in a second mode of operation to provide gas measurement data to the control unit. A switch over unit is fluidly connected to the second gas analyzer, and arranged to switch fluid communication of said second gas analyzer between the first sample point for the second mode of operation and a second sample point for the first mode of operation. The second sample point is arranged in a patient tubing close to a Y-piece at a patient connected to the breathing circuit.
    • 麻醉呼吸器具有第一气体分析器,其布置成将与第一采样点相关的气体测量数据提供给控制单元,所述控制单元布置在伺服或反馈控制系统中,所述伺服或反馈控制系统被配置为调节蒸发的麻醉剂从麻醉蒸发器到 麻醉呼吸器呼吸回路的吸气分支中的分娩点,第一采样点设置在呼吸回路下游并靠近输送点。 一种第二气体分析仪,被布置成在第一操作模式下操作以提供用于患者监测的气体测量数据,并且被布置成在第二操作模式下操作以向控制单元提供气体测量数据。 开关单元流体地连接到第二气体分析器,并且被布置成在第二操作模式的第一采样点和用于第一操作模式的第二采样点之间切换所述第二气体分析器的流体连通。 第二采样点被布置在患者管道中,靠近与连接到呼吸回路的患者的Y形件。
    • 6. 发明申请
    • DOSING SAFETY ARRANGEMENT IN A DELIVERY APPARATUS FOR PRESSURIZED MEDICAL LIQUIDS
    • 用于加压医用液体的输送装置中的剂量安全装置
    • US20090165787A1
    • 2009-07-02
    • US11995167
    • 2005-07-14
    • Christer AhlménMario Loncar
    • Christer AhlménMario Loncar
    • A61M16/01
    • A61M16/18A61M2205/15A61M2205/18A61M2205/3331A61M2205/3389
    • A delivery apparatus for pressurized medical liquids has a primary reservoir that pressurizes a medical liquid therein to a driving pressure, a second reservoir having an inlet connected to receive pressurized liquid from the primary reservoir via a controllable intermediate valve, and an outlet for discharge of the received medical liquid via a controllable dosing valve. A pressure measuring unit measures the pressure in the secondary reservoir and a control unit controls the intermediate valve and the dosing valve by monitoring the operation of the intermediate valve and the dosing valve dependent on the measured pressure value from the pressure measuring unit. The control unit generates a status signal dependent on predetermined rules for measured pressure changes compared with calculated pressure changes.
    • 用于加压医疗液体的递送装置具有将其中的医疗液体加压到其中的主要储存器,其具有连接到入口的第二储存器,用于经由可控中间阀从主储存器接收加压液体,以及用于排出 通过可控计量阀接收医用液体。 压力测量单元测量次级储存器中的压力,并且控制单元通过根据来自压力测量单元的测量压力值监测中间阀和计量阀的操作来控制中间阀和计量阀。 与所计算的压力变化相比,控制单元产生取决于测量的压力变化的预定规则的状态信号。
    • 7. 发明授权
    • Manual ventilation with electronically controlled APL valve
    • 手动通气与电控APL阀
    • US08459262B2
    • 2013-06-11
    • US12158626
    • 2006-12-21
    • Christer AhlménPär EmtellPetter VidebrinkKin-Chun WongMikael Kock
    • Christer AhlménPär EmtellPetter VidebrinkKin-Chun WongMikael Kock
    • A61M16/00
    • A61M16/205A61M16/0078A61M16/024A61M16/18A61M16/208A61M16/22A61M2016/0021A61M2016/102A61M2230/43
    • A breathing apparatus for ventilating the lungs of a patient with breathing gas, has: a breathing circuit configuration; a mechanical ventilation system; a manual ventilation system provided with a manual ventilation bag; a manual ventilation valve for enabling manual ventilation of breathing gas from the breathing circuit; a pressure sensor devised to detect the pressure level in the breathing circuit; an electronically controlled expiration valve (40) that in a mechanical ventilation mode is controlled to control the pressure level in the breathing circuit according to a first set of predetermined control rules adapted to mechanical ventilation mode requirements; said electronically controlled expiration valve in a manual ventilation mode being coupled to enable ventilation of breathing gas from the breathing circuit by means of the manual ventilation system according to a second set of predetermined control rules adapted to manual ventilation mode requirements. In a method for controlling a breathing apparatus, an electronic expiration valve is controlled during the mechanical ventilation mode as well as during the manual ventilation mode of the apparatus. The control of the expiration valve can be implemented by means of a software product for the breathing apparatus embodying programming instructions as control rules, which, when executed in the apparatus, enable control of the expiration valve during manual ventilation.
    • 具有呼吸气体的患者的肺通气的呼吸器具有:呼吸回路构造; 机械通风系统; 手动通气系统配有手动通气袋; 手动换气阀,用于使呼吸气体呼吸气体能手动通气; 设计用于检测呼吸回路中的压力水平的压力传感器; 根据适于机械通气模式要求的第一组预定控制规则,控制机械通气模式中的电子控制的呼吸阀(40)以控制呼吸回路中的压力水平; 所述电子控制的呼吸阀在手动通气模式下被耦合以使得能够通过根据适于手动换气模式要求的第二组预定控制规则的手动换气系统从呼吸回路呼吸呼吸气体。 在用于控制呼吸装置的方法中,在机械通气模式期间以及在手术通气模式期间控制电子呼吸阀。 过滤阀的控制可以通过用于呼吸器的软件产品实现,该软件产品体现了作为控制规则的编程指令,当在该装置中执行时,能够在手动通气期间对过期阀进行控制。