Importance

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Abstract

In order to fit a motor (12) in a housing (16) for an adjustment element, the motor (12) needs to be only axially introduced into a pot-shaped holding receiver (17). Said receiver (17) is then covered on the drive side by means of an assembly element (21) which is essentially in the form of a ring disk, and which, in order to obtain axial tolerance compensation, is supported opposite the housing by means of a spring arm (28) arranged in a crown-shaped manner. Said assembly element positively engages with the end shield (25) of the motor (12) and with the housing (16), in order to harness the torque. The axial connections (26) between the motor (12) and the assembly element (21) are used simultaneously, in terms of the position, the cross-section and/or depth of contact, for coding the motor classification by the assembly element (21). The geometrically complex, extruded assembly element (21) preferably forms one single part with its spring arms, coding knops or recesses, and supporting legs, is formed from non-electroconductive plastic, and can be fitted with a holding system (32) for a sensor (33), near the passage of the output shaft (14), said sensor being electrically connected to a sensor cable (20) on the assembly element (21).

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First Claim