首页> 外国专利> Being control manner in order to control the normal power which causes in the frictional contact section of the non-stage transmission of the frictional type which

Being control manner in order to control the normal power which causes in the frictional contact section of the non-stage transmission of the frictional type which

机译:为了控制在摩擦式的无级变速器的摩擦接触部中引起的正常动力的控制方式,

摘要

The present invention, control of continuously changing the speed difference between the output shaft and the input shaft for controlling the normal force exerted in the frictional contact portion of the continuously variable transmission, the friction type input shaft and having an output shaft The method, frictional contact with the torque at the output shaft and the rotational speed of the output shaft or the input shaft of a) the continuously variable transmission, or an input shaft of b) the continuously variable transmission, in c) the continuously variable transmission The size of the transmission parameters of one or a step of generating a parameter signal and second parameter first signal representing respectively the size of the combination of the transmission parameters of two or more of the normal force at the section , retrieving by filtering the target frequency range of the target or the first frequency of both the parameter signal and second parameter signal in the first, the parameter signal and the second parameter the first signal is filtered control which is characterized by carrying out the steps of generating a parameter signal of a third that is proportional to the multiplication result, and controlling the normal force at the friction contact portion depending on the characteristics of the parameter signals of the third I will provide a way.
机译:本发明的控制方法是连续改变输出轴和输入轴之间的速度差,以控制施加在无级变速器的摩擦接触部分上的法向力,该摩擦式输入轴具有输出轴。与a)无级变速箱或b)无级变速箱的输入轴上的扭矩和输出轴或输入轴的转速的接触b)无级变速箱,c)无级变速箱的尺寸通过过滤目标的目标频率范围来检索一个或一个参数的传输参数,或者生成一个参数信号和第二参数第一信号的步骤,分别表示该截面处两个或多个法向力的传输参数的组合的大小第一个参数信号和第二个参数信号的目标频率或第一频率t,参数信号和第二参数是第一信号的滤波控制,其特征在于执行以下步骤:生成与乘积结果成比例的第三参数信号,并控制摩擦接触部分的法向力关于第三个参数信号的特性,我将提供一种方法。

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