论文部分内容阅读
针对国内外现有摩擦耦合器所存在的只能用主动端的运动产生惯性力进而产生摩擦力矩来传递功率和运动以及传递功率较小的问题,提出了在主、从动端都使用带外锥面的惯性块和带内锥面的摩擦片,并利用标准干式摩擦片传动的正反馈耦合传动方案;利用惯性块在离心力作用下产生的径向移动并借助锥面扩力机构实现摩擦片的轴向压紧以产生摩擦力矩,既用主动端的运动产生惯性力进而产生摩擦力矩来传递功率和运动,又利用从动端运动产生的惯性力正反馈控制传递功率所需的摩擦力矩,实现了正反馈控制摩擦耦合原理。
In view of the existing problems of existing friction couple at home and abroad that the inertial force can only be generated by the motion of the active end to generate the friction moment to transmit the power and the motion as well as the transmission power is small, Surface inertia block and belt conical friction plate, and the use of standard dry friction plate transmission of positive feedback coupling transmission scheme; the use of inertial mass generated by the radial force of the radial movement and the use of cone expansion mechanism to achieve friction plate Of the axial compression to produce friction torque, both the use of active end of the inertia force generated friction torque to transmit power and motion, and the use of driven end of the inertia force generated by positive feedback control power transfer torque required to achieve The positive feedback control friction coupling principle.