Disc holder for wet clutch, wet clutch mechanism comprising such disc holder and method for producing such disc holder
A wet clutch and retainer technology, used in clutches, mechanical drive clutches, fluid drive clutches, etc., can solve problems such as material loss in the center hole, and achieve the effect of simplifying the shape, reducing the failure of welded components, and reducing manufacturing costs.
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[0069] In a non-limiting way and for ease of understanding, the remainder of the description and claims will use the terms "front" or "rear" according to the direction relative to the axial orientation determined by the main axis of rotation O of the transmission of the motor vehicle and the terms "inner / inner" or "outer / outer" relative to the axis O and in a radial orientation orthogonal to said axial orientation.
[0070] Figures 1 to 2 A first embodiment of a disc holder for a wet double clutch mechanism 1 is shown. The wet double clutch mechanism 1 has a main axis of rotation O.
[0071] A wet dual clutch mechanism 1 for a torque transmission system comprises at least one input member 2 about an axis O, which is connected in rotation to a drive shaft (not shown). The input element 2 is located behind the wet double clutch mechanism 1 .
[0072] In a first embodiment, the generally “L” shaped input element 2 comprises a radially oriented portion formed by the input web ...
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