Drive belts with generally v-shaped transverse elements for continuously variable transmissions
A technology of continuously variable transmission, transverse elements, applied in the field of transmission belt, which can solve the problems not mentioned
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[0017] figure 1 The core components of a continuously variable transmission used, for example, in a drive train of a passenger motor vehicle are shown schematically. This transmission is known per se and includes at least a first variable pulley 101 and a second variable pulley 102 . In this transmission system, a first pulley 101 is coupled to and driven by an engine and a second pulley 102 is coupled to driven wheels of a motor vehicle, typically by means of a plurality of gears.
[0018] The transmission pulleys 101, 102 each include a first tapered pulley plate secured to a pulley shaft member 103, 104 of the respective pulley 101, 102, and a second tapered pulley plate that The discs are axially displaceable relative to the respective pulley shaft 103 , 104 and are fixed on the respective pulley shaft 103 , 104 only in rotational direction. The drive belt 50 of the transmission is wound around the pulleys 101 , 102 while being located between the sheaves of the pulleys...
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