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    • 2. 发明申请
    • CIRCUIT AND METHOD FOR INDUCTIVE ENERGY TRANSFER
    • 电路及方法感应能量传输
    • WO2010142434A2
    • 2010-12-16
    • PCT/EP2010003461
    • 2010-06-09
    • BRAUN GMBHJUNG PHILIPPLEPPER JOACHIMLANGSDORF JAN CHRISTIANHERZBERG LUTZ RONALDHOHMANN THOMASPETZOLD HERBERT
    • JUNG PHILIPPLEPPER JOACHIMLANGSDORF JAN CHRISTIANHERZBERG LUTZ RONALDHOHMANN THOMASPETZOLD HERBERT
    • H02J17/00H02M7/06H02M7/12
    • H02J50/12H02J7/025Y10T307/469Y10T307/832
    • The invention relates to a circuit for the inductive transfer of energy to a small-scale electrical unit, said circuit comprising an oscillator (LC), a power supply (N) having a complex input resistance that supplies the oscillator (LC) with energy, and a device for detecting the inductive load of the oscillator and for modifying the complex input resistance of the power supply according to the load of the oscillator (LC). The load of the oscillator and therefore the power requirements of the small-scale electrical unit are determined on the basis of an electrical variable in the oscillator. The invention also relates to a method for the inductive transfer of energy from a circuit to a small-scale electrical unit, the circuit comprising an oscillator (LC), a power supply (N) having a complex input resistance that supplies the oscillator (LC) with energy, and a device for detecting the inductive load of the oscillator and for modifying the complex input resistance of the network component according to the load of the oscillator (LC). In the event of a small load on the oscillator (LC), the active power absorption of the power supply is reduced by modifying the complex input resistance.
    • 我们将描述一个电路配置为能量的小型电子设备,振荡器(LC),电源单元(N)具有复杂的输入阻抗,其提供能量的振荡器(LC)的感应传输的装置,以及用于检测的电感性负载 振荡器和用于改变所述振荡器(LC)的所述负载的供电功能的复杂的输入阻抗。 振荡器的负载,因此小型电子设备的功率消耗来确定基于在振荡器产生的电量。 它进一步描述为小电器,用于从一个电路装置,该电路装置包括一个振荡器(LC),电源单元(N),其与能量具有复杂的输入阻抗提供所述振荡器(LC),和装置的能量的感应传输的方法 具有用于检测振荡器的电感负载和用于改变所述振荡器的负载的供电功能的输入复合电阻(LC)在振荡器(LC)的低负荷,其中,通过改变所述复输入电阻,电源的有效消耗功率降低。
    • 6. 发明申请
    • HAND PISTON PUMP COMPRISING A BLOCKABLE DISTRIBUTION HEAD WHICH IS USED TO DISTRIBUTE LIQUID SUBSTANCES
    • 具有阻断的ISSUE头手活塞泵流体ISSUE物质
    • WO2006100028A8
    • 2007-12-13
    • PCT/EP2006002559
    • 2006-03-21
    • MEADWESTVACO CALMAR GMBHPFANNHAUSER ROBERTHOHMANN THOMAS
    • PFANNHAUSER ROBERTHOHMANN THOMAS
    • B05B11/00B67D99/00B67D7/58
    • B05B11/306B05B11/3023B05B11/3074
    • The invention relates to a hand piston pump comprising a blockable distribution head for the distribution of liquid substances. Said pump comprises a cylinder, an internal locking sleeve for a hollow piston rod and which forms a cylinder leadthrough, whereby one end thereof extends into the pump chamber of the cylinder and the other end thereof supports the distribution head which is provided with an external shaft section, a spring which presses the piston rod into a rest position, in relation to the cylinder, in an outward direction. Said piston rod can be lowered by pressure on the distribution head in order to distribute a substance, counter to the spring force thereof, and also comprises a device which is used to block the distribution head, which comprises at least one locking element which can be placed in contact with the locking sleeve. The locking sleeve (5) forms an inner cage (18) with the piston rod (6) in order to receive the spring (19) which presses one side against the base (20) of the locking sleeve (5) and the other side against the locking element (21) which is provided on the piston rod (6). The locking sleeve (5) forms, with the cylinder (2) along the upper section and which is oriented towards the distribution head (1), a guiding channel (11 ) which is parallel to the piston rod (6) as a sliding path for the external shaft section (12) of the distribution head (1).
    • 与阻断的分配头手活塞泵用于分配流体物质,其包括圆柱体,一个圆筒形通道形成用于延伸在一端进入气缸的泵室和携带在另一端设置有外轴部分配头的中空活塞杆内锁紧套筒,一个 弹簧,其相对于缸向外到静止位置并抵靠活塞杆的弹簧力活塞杆敦促通过在分配头压力降低用于分配物质,并与用于阻挡所述分配头的装置,包括至少一个锁定元件与所述 锁定套筒可接合锁紧套筒(5)与活塞杆(6)具有用于容纳所述弹簧(19),一方面,以锁定套筒的底部(20)的内保持架(18)(5),并且在另一侧与 上提供(6)韦尔里耶活塞杆 gelungselement支撑件(21)和所述锁定套筒(5)沿着所述分配头(1)上部到气缸面对(2)的导向通道(11)作为用于所述分配头的外轴部(12)具有滚道(1)平行于所述活塞杆 (6)。
    • 9. 发明专利
    • Dispositivo y método de transferencia de energía inductiva
    • ES2733089T3
    • 2019-11-27
    • ES10722965
    • 2010-06-09
    • BRAUN GMBH
    • JUNG PHILIPPLEPPER JOACHIMLANGSDORF JAN CHRISTIANHERZBERG LUTZ RONALDHOHMANN THOMASPETZOLD HERBERT
    • H02J7/02H02J50/12H02M1/00
    • Disposición de circuito para transferir energía de forma inductiva con un oscilador (LC), una fuente de alimentación (N), que suministra energía al oscilador (LC), y con un medio (X1) para detectar la carga inductiva del oscilador, en donde la fuente de alimentación tiene una resistencia de entrada compleja y el medio (X1) está configurado de forma adicional para cambiar la resistencia de entrada compleja de la fuente de alimentación (N) dependiendo de la carga del oscilador (LC), en donde la fuente de alimentación tiene un resistor en serie capacitivo (C1, R2), un rectificador (D1, D2, D3, D4) y un resistor de carga (R22, T2), en donde la resistencia de entrada compleja de la fuente de alimentación está determinada sustancialmente por el resistor de carga (R22, T2) y el resistor en serie capacitivo (C1, R2), en donde el resistor de carga (R22, T2) se puede cambiar dependiendo de la carga del oscilador (LC) de manera que se reduzca el consumo de energía activa de la disposición de circuito con carga baja del oscilador (LC), y el oscilador tiene un elemento activo en forma de un transistor (T1), caracterizado porque la resistencia de carga se forma por al menos un resistor adicional (R22) y la trayectoria de conmutación de un interruptor controlable (T2), y la resistencia óhmica de la disposición formada por el al menos un resistor (R22) y el interruptor (T2) puede conmutarse y el medio (X1) para detectar la carga inductiva del oscilador determina la carga del oscilador (LC) en base a la amplitud o el promedio de la amplitud de la semionda negativa en el terminal del colector o en el terminal de base del transistor (T1).