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一、离合器的工作原理以图1所示离合器为例:若通过拨爪带动止推离合器旋转,则扭矩经过滑动离合器、钢球、离合器轴的内六方传递出去。当扭矩达到一定值后,滑动离合器将会克服弹簧力的作用,与止推离合器之间产生离合滑动。二、离合器的动态特性滑动离合器一但离合滑动,离合器就进入动态过程。每离合滑动一次,就产生一次冲击,就有一个冲击能的积累,离合器就处于冲击能积累的状态。假设这种冲击为弹性冲击,且其它能量损失忽略不计(如摩擦损失等),一次冲击
First, the clutch working principle Take the clutch shown in Figure 1 as an example: If the thrust clutch is driven by the pawl to rotate, the torque is transmitted to the inner six sides of the sliding clutch, the steel ball and the clutch shaft. When the torque reaches a certain value, the sliding clutch will overcome the spring force, and the clutch thrust slip clutch. Second, the dynamic characteristics of the clutch slip clutch but clutch clutch, the clutch into the dynamic process. Each clutch slip once to produce an impact, there is an accumulation of impact energy, the clutch is in the state of accumulation of impact energy. It is assumed that this impact is elastic and negligible (eg, friction loss, etc.), one impact