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    • 3. 发明授权
    • Electronic circuit arrangement for triggering solenoid valves
    • 用于触发电磁阀的电子电路装置
    • US5335136A
    • 1994-08-02
    • US74000
    • 1993-06-09
    • Johannes LocherHerbert GrafNestor Rodriguez-AmayaAlfred SchmittJoachim TauscherWerner Zimmermann
    • Johannes LocherHerbert GrafNestor Rodriguez-AmayaAlfred SchmittJoachim TauscherWerner Zimmermann
    • H01F7/18H01H47/00
    • H01F7/1877F02D41/20
    • The invention relates to an electronic circuit arrangement for triggering excitation windings of electromagnetic components, provided with supplementary circuit elements, in particular free-running circuit elements, preferably solenoid valves (MV.sub.1 to MV.sub.n), whereby in order to provide a flexible open-loop control, the components are each connected in series to a controllable contact element (3). To reduce the degree of complexity of the circuit, the manufacturing price and the space requirement, it is proposed that the connecting terminals (1, 4) of this series connection lead directly, and the connections (2) between the components (MV.sub.1 to MV.sub.n) and the contact elements (3) lead via diodes (D.sub.1 to D.sub.n), respectively, to a collecting point (A, B, C), to which collecting points (A, B, C) is linked one and the same supplementary circuit-element configuration (T.sub.F,C.sub.L,10,11) shared by all components. Accordingly, the component parts of the supplementary circuit elements are subject to multiple use; they are available to all of the electromagnetic components.
    • 本发明涉及一种电子电路装置,用于触发电磁元件的激励绕组,该辅助电路元件具有辅助电路元件,特别是自由运行电路元件,优选电磁阀(MV1至MVn),从而为了提供灵活的开环控制 ,各部件各自与可控触点元件(3)串联连接。 为了降低电路的复杂程度,制造价格和空间要求,建议该串联的连接端子(1,4)直接引出,并且组件(MV1至MVn)之间的连接(2) )和接触元件(3)分别通过二极管(D1至Dn)引导到收集点(A,B,C),收集点(A,B,C)连接到一个相同的辅助电路 - 所有组件共享的元素配置(TF,CL,10,11)。 因此,辅助电路元件的组成部分需要多次使用; 它们可用于所有的电磁元件。
    • 4. 发明授权
    • Combined control apparatus and cooling system for an internal combustion
engine
    • 用于内燃机的组合控制装置和冷却系统
    • US5042434A
    • 1991-08-27
    • US519469
    • 1990-05-07
    • Herbert GrafJurgen SchwengerWerner ZimmermannJohannes Locher
    • Herbert GrafJurgen SchwengerWerner ZimmermannJohannes Locher
    • F01P7/14F01P3/12F01P7/08F01P7/16F01P11/14
    • F01P7/162F01P11/14F01P7/08F01P2025/08F01P2050/30
    • The invention is directed to a control apparatus cooling system which includes a control apparatus arrangement for an internal combustion engine. The control apparatus arrangement is set into operation by an ignition contact signal. The control apparatus arrangement is cooled with the aid of a coolant loop which has a pump motor. A self-holding circuit is provided in the control apparatus arrangement and supplies the pump motor and a voltage stabilization with voltage to drive a microcomputer as soon as the ignition contact signal appears. The cooling of the control apparatus arrangement is not terminated immediately when the ignition contact signal ceases; instead, the pump motor continues to run until it is assured that components having conventional temperature resistance cannot become damaged in the control apparatus arrangement by overheating because of stored heat. The microcomputer determines when the switch-off condition is satisfied. This cooling system affords the advantage that components of conventional temperature resistance can be utilized in the control apparatus arrangement. Furthermore, the advantage is afforded that even after the ignition contact signal ceases, the microcomputer can still conduct self-diagnostic procedures which in conventional systems can only be carried out when the engine is started which then leads to a delay when starting the engine.
    • 本发明涉及一种包括用于内燃机的控制装置装置的控制装置冷却系统。 控制装置装置通过点火接点信号进行操作。 借助于具有泵马达的冷却剂回路冷却控制装置装置。 在控制装置配置中设置自保持电路,一旦出现点火接点信号,就向泵马达提供电压稳定和电压驱动微型计算机。 当点火接点信号停止时,控制装置装置的冷却不立即终止; 相反,泵马达继续运行,直到确保具有常规耐温性的部件在控制装置装置中不会由于存储的热量而过热而被损坏。 微型计算机确定何时满足关闭条件。 该冷却系统具有以下优点:传统耐温性的部件可用于控制装置装置。 此外,即使在点火接点信号停止之后,微型计算机仍然可以进行自诊断程序,这在常规系统中只能在发动机起动时才能进行,然后在起动发动机时会导致延迟。