Actuation mechanism for a clutch pressure plate with axial effec

Details Actuation mechanism for a clutch pressure plate with axial effec Actuation mechanism for a clutch pressure plate with axial effec

1999-04-16

2000-11-28

Bonck, Rodney H.

192 clutches and power-stop control

Clutches

Operators

192 8925, 192 99A, 192111A, F16D 1370, F16D 1350, F16D 1374

Patent

active

061522767

ABSTRACT:
A clutch with an axially-effective clutch pressure plate can be made particularly narrow if an actuating element for the clutch pressure plate features a device which is essentially radially driven. This design is for the application of an essentially axially driven force on the clutch pressure plate. Likewise, a motor vehicle clutch can be designed to be narrow if the disengagement unit of the motor vehicle clutch features a disk spring which acts on a clutch pressure plate, and a central disengagement element which is connected with the disk spring. In this case, the disk spring features an area bent in the axial direction, on which a plunger engages, capable of being actuated by the central disengagement element.

REFERENCES:
patent: 447967 (1891-03-01), Moncrief
patent: 465213 (1891-12-01), Schmitt
patent: 840742 (1907-01-01), Benn
patent: 1049604 (1913-01-01), Rosewarne
patent: 1464173 (1923-08-01), Fawick
patent: 1760605 (1930-05-01), Pearmain
patent: 1913268 (1933-06-01), De Loach
patent: 5033598 (1991-07-01), Tipton
patent: 5314051 (1994-05-01), Marie et al.
patent: 5366054 (1994-11-01), Cooke et al.
patent: 5628389 (1997-05-01), Wittmann et al.
patent: 5960920 (1999-10-01), Brim et al.

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