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    • 1. 发明申请
    • LIQUID DELIVERY DEVICE COMPRISING A PUMP AND A VALVE
    • 包括泵和阀的液体输送装置
    • WO2008029051A2
    • 2008-03-13
    • PCT/FR2007051863
    • 2007-09-03
    • DEBIOTECH SASCHNEEBERGER NIKLAUSVALLET VERONIQUECHAPPEL ERIC
    • SCHNEEBERGER NIKLAUSVALLET VERONIQUECHAPPEL ERIC
    • A61M5/142A61M5/168
    • A61M5/14244A61M5/16881A61M2005/14264A61M2205/0244
    • The invention relates to a liquid delivery device comprising a pump (1) and an anti-siphon valve (4) external to the pump (1), having an inlet pipe (3) connected to the outlet line (2) of the pump (1) and an outlet pipe (7), between which pipes are a seat (lia) and a moving part (11), which two are able to interact and define, between the inlet pipe (3) and the outlet pipe (7), a leaktight liquid flow region, said moving part (11) being able to move from an open position allowing liquid to flow in said flow region, to a closed position in which the moving part (11) contacts the seat (lia) of the valve (4) and prevents flow through said flow region, said moving part (11) being subject to the pressure of a reference chamber (5) which is not in fluid communication with the outlet pipe. Applicable to the making of a pump for injecting a medicinal liquid.
    • 本发明涉及一种液体输送装置,其包括泵(1)和在泵(1)外部的防虹吸阀(4),具有连接到泵的出口管线(2)的入口管(3) (3)和出口管(7)之间的两个能够相互作用并限定的移动部件(11)和位于两个管道之间的出口管(7) ,所述移动部件(11)能够从允许液体在所述流动区域中流动的打开位置移动到关闭位置,在所述关闭位置,所述移动部件(11)接触所述移动部件(11)的所述座位 (4)并且防止流过所述流动区域,所述运动部件(11)受到不与所述出口管道流体连通的参考腔室(5)的压力。 适用于注射药液泵的制作。
    • 2. 发明申请
    • ELECTRONIC CONTROL METHOD AND SYSTEM FOR A PIEZO-ELECTRIC PUMP
    • 电动泵的电子控制方法和系统
    • WO2012085814A3
    • 2012-12-27
    • PCT/IB2011055771
    • 2011-12-19
    • DEBIOTECH SANOTH ANDRECHAPPEL ERIC
    • NOTH ANDRECHAPPEL ERIC
    • F04B43/04F04B49/06
    • F04B49/00F04B43/0081F04B43/046F04B49/065
    • A method for actuating a pumping device with an optimal driving voltage, wherein the pumping device comprises a pumping chamber (4) having a pumping membrane (1), an inlet (3) and an outlet chamber (5), a voltage controlled actuator (6) connected to said pumping membrane (1), said pumping membrane reaching a stop position defined by a mechanical stop (2) a sensor for determining whether the pumping membrane has reached said mechanical stop (2); said method comprising a learning and working phase, wherein the learning phase comprises the following steps -) actuation of the pumping membrane (1) by applying a predetermined actuation voltage Vact to the actuator (6) said pumping membrane (1) reaching said position in an over-actuation step or not reaching said mechanical stop (2) position in an under-actuation process; -) after the over-actuation step, decreasing the voltage so that the pumping membrane (1) has left said mechanical stop (2) position and storing as the optimal voltage Vact optimal or -) in the under-actuation step, increasing the voltage so that the pumping membrane (1) reaches said mechanical stop (2) position and storing as the optimal voltage Vact optimal -) actuating the pumping device in the working phase with the determined optimal voltage value Vact optimal.
    • 一种用于以最佳驱动电压致动泵送装置的方法,其中所述泵送装置包括具有泵送膜(1),入口(3)和出口室(5)的泵送室(4),压控致动器 6)连接到所述泵送膜(1),所述泵送膜达到由机械止动件(2)限定的停止位置,传感器用于确定泵膜是否到达所述机械止动件(2); 所述方法包括学习和工作阶段,其中所述学习阶段包括以下步骤: - 通过将预定的致动电压Vact施加到所述致动器(6)来促动所述泵送膜(1),所述泵送膜(1)到达所述位置 过度致动步骤或在未致动过程中未达到所述机械停止(2)位置; - )在过度致动步骤之后,降低电压使得泵膜(1)已经离开所述机械停止(2)位置并将其作为最佳电压Vact最佳或 - 使得泵膜(1)到达所述机械停止位置并存储为最佳电压Vact最优 - )在确定的最佳电压值Vact最优的情况下在工作阶段致动泵送装置。