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Constructive improvement introduced in mechanical system of anti repetition of departure applied to cylinders of engine ignition of motor vehicles

机译:应用于汽车发动机点火气缸的防重复偏离机械系统的建设性改进

摘要

"Constructive improvement introduced in the mechanical system of anti repetition of departure is applied to the engine ignition cylinders of motor vehicles".Represented by an evolutionary solution in the ignition system of engines which, by means of a concept constructive and functional.Mechanical in nature and directly coupled to the body, ignition system, or is an integral part of the set of ignition (1) formed preferably by item carcass of the ignition cylinder (a),The ignition cylinder which receives the item (b), and an entry lock anti repetition (d), whose constructive concept is based on a main body of the lock (D1) which has a cavity (D.2) which is provided for an element pin lock anti repetition (D3), which is tensinado due to the action of the tension spring element (D.4), and its effective action is to tell when this element pin lock anti repetition (D.3) sits within the retention cavity element (A.7), located on a component lead more external rotation (A.10) so as to prevent the return of the item is improper anti repetition (d) eliminating this made any possibility of undue operation of the starter of the motor vehicle.Making this item of the vehicle more reliable and increasing its durability, thus meeting the need explicit quality demanded by the automotive consumer market.
机译:“在汽车的发动机点火汽缸的机械系统中引入的结构性改进,用于防重复发动。”。以发动机点火系统的演化解决方案为代表,该方案通过构造性和功能性的概念实现。实质上是直接连接到车体,点火系统的点火装置,或者是点火装置(1)的组成部分,最好由点火缸(a)的物品胎体形成,接收该物品(b)的点火缸,以及进入锁防重复装置(d),其构造概念基于锁的主体(D1),该主体具有腔(D.2),该空腔用于为元件销锁防重复装置(D3),其为张紧度由于拉力弹簧元件(D.4)的作用,其有效作用是辨别何时该元件销锁定防重复(D.3)位于组件上的固定腔元件(A.7)中导致更多的外部旋转(A.10),以便物品的返还是不正确的反重复(d)消除了这种情况,从而使机动车的起动机无法正常工作。使该物品更加可靠并提高了耐用性,从而满足了明确要求的质量要求汽车消费市场。

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