Method for testing a transmission, in particular a dual clutch transmission
A dual clutch and transmission technology, which is applied in the testing of machine/structural components, testing of mechanical components, and testing of machine gears/transmission mechanism, etc., can solve the problems of large investment cost, bulky unit, relationship, etc.
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no. 1 example
[0079] Transmission preload method for measuring and testing a transmission, in particular a dual-clutch transmission 1 with at least two component transmissions, in which method by means of a drive unit external to the transmission 1 and defined with respect to traction operation 2 Introducing torque into the transmission 1, the method is characterized in that the transmission 1 is brought into an operating state in which the introduced torque is absorbed by means of at least one part of the transmission 1 in a manner This is done so that the measurement and / or test can be carried out without an output unit 3 external to the transmission 1 and defined with respect to traction operation.
no. 2 example
[0081] The method according to the first embodiment, wherein, in the NVH test, output drive with slip in at least one member clutch 4,5 of the transmission 1 through at least one member of the member transmission 6,7 resulting from the slipping partial engagement of the clutches 4, 5, where the gears G1-G7, GR are engaged in each of the member transmissions 6, 7, where a) one member clutch 4 of the first member transmission 6 is partially engaged so that slip is exhibited and one member clutch 5 of the second group member transmission 7 is partially to fully engaged without slip and the member clutches 4, 5 are not disengaged, or b) one of the second group member transmission 7 The crew clutch 5 is partially engaged so as to exhibit slip, and one crew clutch 4 of the first crew transmission 6 is partially to fully engaged without slip, and the crew clutches 4, 5 are not disengaged.
no. 3 example
[0083] A method according to the second embodiment, wherein a) variant a) of the second embodiment is performed first, and then variant b) of the second embodiment is performed, or b) variant b) of the second embodiment is performed first , and then variant a) of the second embodiment is executed.
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