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    • 2. 发明申请
    • DEVICE FOR CHARGING AND DISCHARGING A CAPACITIVE ACTUATOR AND CONFIGURATION HAVING SUCH A DEVICE
    • 用于充电和放电电容式执行器的装置和具有这种装置的配置
    • US20150061461A1
    • 2015-03-05
    • US14469795
    • 2014-08-27
    • CONTINENTAL AUTOMOTIVE GMBH
    • WALTER SCHRODALBERT ANZINGER
    • H01L41/04F02D41/20H02H9/04
    • H01L41/042F02D41/2096F02D2041/201F02D2041/2068H02H9/04H02N2/065
    • A device for charging and discharging a capacitive actuator connectable to an output connection has a first capacitor disposed between an input connection and a reference potential. The device has a series connection composed of a first and a second power switching element which is connected in parallel with the first capacitor. The device additionally has a first coil with a first connection connected to the center tap of the series connection, wherein the second connection of the first coil is connected to the reference potential via a third power switching element and to the output connection via a fourth power switching element. Wherein the power switching elements have diodes connected in parallel therewith such that they are reverse-biased from the input connection or the output connection to the reference potential. Wherein a connection of the fourth power switching element is connected to the input connection via a diode.
    • 用于对可连接到输出连接的电容式致动器进行充电和放电的装置具有设置在输入连接和参考电位之间的第一电容器。 该装置具有由与第一电容器并联连接的第一和第二功率开关元件组成的串联连接。 该装置还具有第一线圈,其具有连接到串联连接的中心抽头的第一连接,其中第一线圈的第二连接经由第三功率开关元件连接到参考电位,并经由第四电源连接到输出连接 开关元件 其中功率开关元件具有并联连接的二极管,使得它们从输入连接或输出连接反向偏置到参考电位。 其中第四电源开关元件的连接通过二极管连接到输入连接。
    • 6. 发明授权
    • Motor vehicle speed control system
    • 机动车速度控制系统
    • US08494743B1
    • 2013-07-23
    • US13066663
    • 2011-04-19
    • Robert V. Albertson
    • Robert V. Albertson
    • G06F7/70
    • F02D41/042F02D2041/2068F02N2200/102Y10T477/644Y10T477/817
    • A motor vehicle speed control system for attenuating sudden unintended acceleration and maintaining driver control of a motor vehicle has a brake switch connected in series with a vacuum switch and a relay. A foot pedal when depressed actuates the brake switch to provide electric power to the vacuum switch coupled to the intake manifold of the motor vehicle. Vacuum pressure in the intake manifold actuates the vacuum switch to close the electric circuit to the relay. Relay interposed in the electric ignition or fuel injector circuits is open when both brake and vacuum switch are closed thereby interrupting these circuits and reducing the power or terminating the operation of the motor vehicle's engine.
    • 用于衰减突然的非预期加速度并维持机动车辆的驾驶员控制的机动车辆速度控制系统具有与真空开关和继电器串联连接的制动开关。 当按下踏板时,致动制动开关以向耦合到机动车辆的进气歧管的真空开关提供电力。 进气歧管中的真空压力启动真空开关以闭合继电器的电路。 当制动和真空开关闭合时,插入电气点火或燃料喷射器电路的继电器断开,从而中断这些电路并降低功率或终止机动车辆发动机的运行。
    • 10. 发明申请
    • CURRENT DRIVING SYSTEM FOR A SOLENOID
    • 电磁阀的电流驱动系统
    • US20140238494A1
    • 2014-08-28
    • US13776760
    • 2013-02-26
    • INFINEON TECHNOLOGIES AG
    • Christian SCHWEIKERTJuergen SCHAEFER
    • F16K31/06
    • F16K31/0648F02D41/20F02D2041/2051F02D2041/2058F02D2041/2068F02D2041/286F16K31/0675H01F7/064Y10T137/0318
    • A current driving system for a solenoid valve is described herein. In an embodiment, the current driving system comprises a pre-driver to control a control input of a transistor coupled to an electrical input of a solenoid valve. The transistor inducts electric power into the solenoid valve when the transistor is switched on.The current driving system further comprises a signal generator to produce a small signal and to output the small signal to the electrical input of the solenoid valve. The electric power being supplied by the small signal into the solenoid valve is substantially smaller than the electric power being supplied by the transistor when the transistor is switched on. The current driving system further comprises a measurement unit to measure a response to the small signal at the electrical input of the solenoid valve.
    • 本文描述了电磁阀的电流驱动系统。 在一个实施例中,电流驱动系统包括用于控制耦合到电磁阀的电输入端的晶体管的控制输入的预驱动器。 当晶体管接通时,晶体管将电能引入电磁阀。 当前的驱动系统还包括产生小信号的信号发生器,并将小信号输出到电磁阀的电输入端。 由小信号供给到电磁阀中的电力比晶体管接通时由晶体管提供的电力要小得多。 当前的驱动系统还包括测量单元,用于测量在电磁阀的电输入处对小信号的响应。