A wet clutch and to a hydrodynamic torque converter with a respective wet clutch as converter lockup clutch. In order to provide a good response of the wet clutch, the support elements for the friction surfaces and for the opposite friction surfaces of the wet clutch are axially supported relative to one another, at least over a partial portion of the actuation travel of the wet clutch.
1. A wet clutch, comprising:
a piston;
a reaction plate;
an output component;
at least one first support element connected to the output component so as to rotate with the output component and including an outer circumferential edge, and at least one first resilient tongue forming at least a portion of the outer circumferential edge of the at least one first support element, the at least one first tongue including a portion separate from a remaining portion of the at least one first support element in a radial direction by a circumferentially extending opening passing through the at least one first support element, the circumferentially extending opening in communication with the outer circumferential edge by a radial slot, passing through the at least one first support element, extending into said first support component from the outer circumferential edge;
at least one second support element connected to the output component so as to rotate with the output component and including at least one second resilient tongue located radially inward of the at least one first tongue, the at least one second tongue including a portion separate from the at least one second support element in the radial direction;
at least one first friction liner fixed to the at least one first support element on a side of the at least one first support element facing in a first axial direction; and,
at least one second friction liner fixed to the at least one second support element on a side of the at least one second support element facing in a second axial direction, opposite the first axial direction, wherein:
the at least one first and second tongues are misaligned in the first and second axial directions; and,
to close the wet clutch, the piston plate is arranged to axially displace the at least one first and second support elements such that the at least one first friction liner engages one of the piston plate or the reaction plate and the at least one second friction liner engages the other of the piston plate or the reaction plate.
2. The wet clutch according to claim 1 , wherein:
the at least one first support element includes a plurality of first support elements;
the at least one second support element includes a plurality of support elements;
the at least one first friction liner includes a plurality of first friction liners fixed to the plurality of first support elements; and,
the at least one second friction liner includes a plurality of second friction liners fixed to the plurality of second support elements.
3. The wet clutch according to claim 1 , wherein the at least one first and second resilient tongues are in contact with the second and first support elements, respectively.
4. The wet clutch according to claim 1 , wherein the at least one first or second tongue is located radially inward of the first or second friction liner.
5. previously presented The wet clutch according to claim 1 , wherein the at least one first or second tongue is located radially outward of the first or second friction liner.
6. A hydrodynamic torque converter with a pump shell driving a turbine shell and a wet clutch according to claim 1 , which can be engaged with the drive of the turbine shell and which bridges the torque flow through the pump shell and the turbine shell.
7. A wet clutch, comprising:
a piston;
a reaction plate;
an output component;
a first support element connected to the output component so as to rotate with the output component and including at least one first resilient tongue forming at least a portion of an outer circumference of the first support element, the at least one first tongue including a portion separate from a remaining portion of the first support element in a radial direction by a circumferentially extending opening passing through the at least one first support element, the circumferentially extending opening in communication with the outer circumferential edge by a radial slot, passing through the at least one first support element, extending into said first support component from the outer circumferential edge;
a second support element connected to the output component so as to rotate with the output component and including at least one second resilient tongue radially located inward of the at least one first tongue, the at least one second tongue including a portion separate from the second support element in the radial direction;
a first friction liner fixed to the first support element on a side of the first support element facing in a first axial direction; and,
a second friction liner fixed to the second support element on a side of the second support element facing in a second axial direction, opposite the first axial direction, wherein:
the at least one first tongue:
is in contact with the second support element at a location other than the at least one second tongue; and,
urges the second support element in the second axial direction;
the at least one second tongue:
is in contact with the first support element at a location other than the at least one first tongue; and,
urges the first support element in the first axial direction; and,
to close the wet clutch, the piston plate is arranged to axially displace the first and second support elements such that the first friction liner engages one of the piston plate or the reaction plate and the second friction liner engages the other of the piston plate or the reaction plate.