Method and device for determining the absolute position of a component of an actuator rotating about a rotational axis, in particular a clutch actuator
A technology of rotating components and absolute positions, applied in clutches, using electro/magnetic devices to transmit sensing components, measuring devices, etc., can solve problems such as low sampling rate, missing rotor rotation, high current consumption, etc.
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[0024] exist figure 1 A clutch operating system 1 for an automatic clutch is shown in simplified form in . The clutch operating system 1 is associated with a friction clutch 2 in the drive train of a motor vehicle and comprises a master cylinder 3 which is connected to a slave cylinder 5 via a hydraulic line 4 , referred to as a pressure line. In the slave cylinder 5 , a slave piston 6 is movable to and fro, which actuates the friction clutch 2 via an actuating element 7 interposed with a bearing 8 .
[0025] The master cylinder 3 can be connected to the compensating container 9 via a connection port. The master piston 10 is mounted axially movable in the master cylinder 3 . The piston rod 11 of the master cylinder 3 is coupled via a threaded rod 12 to an electromechanical actuating drive 13 . The electromotor actuating drive 13 includes an electric motor 14 designed as a commutation motor and a controller 15 . The screw 12 converts the rotary motion of the electric motor ...
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