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Advance control device using pickup coil (PICK-UP COIL) of automobile distributor

机译:使用汽车分配器的拾波线圈(PICK-UP COIL)的提前控制装置

摘要

1. Technical field to which the design described in the claims belongs;The present invention relates to an advance angle control device using a pick-up coil of a vehicle distributor.;2. Technical challenges that the devise tries to solve.;This is to improve the accuracy and the simplification of the parts, the durability and the accuracy by controlling the lead angle through the strength of the signal inputted to the pickup coil serving to convert the magnetic flux of the magnet to the voltage.;3. The point of solution of design;Among the elements constituting the advance angle control circuit, the constant current source Ie 21 and the resistor R36 22 for controlling the primary current to a current of 6 A are always connected to the battery 2, and the input part VIN31 are connected to the transistors Q36 and Q37 23 and 24 necessary for the search of the input signal and the transistors Q40 and 25 necessary for outputting the input signals are connected to the output VOUT32 to control the lead angle.;4. Important Uses of Designs;The advance angle control device using the pick-up coil of the present invention, which is a vehicle distributor, can reduce manufacturing cost to simplify parts, reduce noise due to elimination of mechanical advance control device, improve durability, to be.
机译:1.一种权利要求所述的设计所属的技术领域;本发明涉及一种使用车辆分配器的拾取线圈的前进角控制装​​置。该发明试图解决的技术挑战;这是通过通过输入到用于转换磁通量的拾波线圈的信号的强度来控制导程角来提高零件的精度和简化性,耐用性和精度。磁铁的电压; 3。设计的要点;在构成超前角控制电路的元件中,用于将一次电流控制为6 A的恒定电流源Ie 21和电阻器R36 22始终连接到电池2,并且输入部分V IN 31连接到搜索输入信号所需的晶体管Q36和Q37 23和24,而输出输入信号所需的晶体管Q40和25连接到输出V OUT 32来控制超前角; 4。设计的重要用途;使用本发明的拾取线圈的提前角控制装置是车辆分配器,可以降低制造成本以简化零件,减少由于消除了机械提前控制装置而引起的噪音,从而提高了耐用性。是。

著录项

  • 公开/公告号KR19990010732U

    专利类型

  • 公开/公告日1999-03-15

    原文格式PDF

  • 申请/专利权人 배길훈;

    申请/专利号KR19970025136U

  • 发明设计人 김희웅;

    申请日1997-08-27

  • 分类号F02P5/145;

  • 国家 KR

  • 入库时间 2022-08-22 02:14:27

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