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Optimization of diaphragme springs for clutches motor vehicles clutches

机译:用于离合器机动车离合器的隔膜弹簧的优化

摘要

The subject in of this paper is to show possible ways to optimize pressure force which act on diaphragm spring intended for use in motor vehicle clutch. udDuring the exploitation of the clutch, because of friction linings wearing, pressure force which act on the diaphragm spring is changing. The difference of the acting force when it acts on the diaphragm spring and new linings, and when it acts on diaphragm spring and wear linings (in limits), must be kept in very tight limits. This means that the force in both cases has to be constant. Possible solution to achieve this condition is to have changes in diaphragm spring thickens and diaphragm spring finger angle, and during those changes the diameter of the diaphragm spring will stay unchanged. ud
机译:本文的主题是显示优化压力的可能方法,该压力作用在打算用于汽车离合器的膜片弹簧上。 ud在离合器开发过程中,由于摩擦片磨损,作用在膜片弹簧上的压力正在变化。当作用在膜片弹簧和新衬片上时,以及作用在膜片弹簧和磨损衬片上(极限值)时,作用力之差必须保持在非常严格的极限内。这意味着在两种情况下的力都必须恒定。实现此条件的可能解决方案是改变膜片弹簧的厚度和膜片弹簧的指尖角度,在这些变化过程中,膜片弹簧的直径将保持不变。 ud

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