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cluth

  • 网络离合器;窝卵数;打键
cluthcluth
  1. Rotation strength is one of important quality parameters of cluth linings .

    旋转强度是离合器衬片的一项重要的质量指标。

  2. Noting the following device can effectively cut an abrading of cluth .

    注意以下方法可以有效减少离合器的磨损。

  3. The determination method of cluth optimum target torque in the shifting process is studied .

    对DCT换档过程离合器控制的最佳目标扭矩确定方法进行了研究。

  4. The capability testing system of automobile cluth 's driven plates assembly is based on Virtual Instruments theory and technology , and PC-DAQ structure virtual instrument is adopted .

    基于虚拟仪器理论与技术,采用PC-DAQ式虚拟仪器自动测试系统模式,进行了汽车离合器从动盘总成性能测试系统的开发。

  5. Result shows that the capability tester has high reliability , high test precision and efficiency , it is suited to apply in the automobile cluth 's driven plates assembly .

    实践证明,该试验机工作稳定可靠、操作方便、测试精度和测试效率高,适合于在从动盘批量生产装配线上使用。

  6. Should take off for nothing to block while parking the car , unbind clutch pedal , can avoid raising the scot of cluth so .

    停车时应当摘空挡,松开离合器踏板,这样可以避免增加离合器的负担。

  7. The coordinated powertrain control method is presented to shorten interruption time of power and to minish wear of synchronizer and cluth through analyzing the matter and resolvent of problems .

    分析了这些问题产生的根源和解决方法,提出了AMT换挡过程中的动力系统协调控制方法,可缩短换挡过程中的动力中断时间、减小同步器和离合器磨损。

  8. Automated mechanical transmission in the hybrid electric vehicle has three problems of wear of synchronizer , wear of cluth and interruption time of powertrain . It is difficult to solve these problems by traditional shifting control method .

    HEV上采用AMT有同步器磨损、离合器磨损和动力中断时间等三个主要问题,用传统的AMT换挡控制方法难以解决。

  9. Cluth 's abrading is already an old topic , but in the praxis how cut to abrade , but is what everyone at pay attention to , today we to talk about once .

    离合器的磨损已经是老话题了,但是在使用中如何减少磨损,却是大家都在关注的,今天我们来讨论一下。

  10. Taking the minimum weight of toothed cluth and the minimum bending stress at the met of tooth as the target , a mathematic model of multi - objective optimal design of toothed clutch is set up according to optimum point method .

    以牙嵌式离合器重量最轻和齿根弯曲应力最小为子目标,用理想点法建立了多目标约束最优化设计数学模型。