Abstract: The present invention relates to a method of connecting a cooler module (4) to a metal plate by a sintering process, wherein the cooler module (4) comprises a metallic housing (5) having a coolant inlet (7), a coolant outlet (8) and a first housing side (9), and within the housing (5) a coolant flow structure (6), and wherein the method comprises the steps of: introducing at least one glycol between the coolant flow structure (6), applying a sinter paste and sintering to join the metal plate and the first housing side (9) under pressure and temperature.

Abstract: The invention relates to an electronic module (1), in particular an electronic power module for hybrid vehicles or electric vehicles, said module comprising a first circuit board (10) with an upper side (11) and an underside (12) facing away from the upper side (11), wherein a plug-in connector (40) for making electrical contact with the first circuit board (10) is arranged on the first circuit board (10), further comprising an electronics unit (20), in particular a power electronics unit, wherein the electronics unit (20) is arranged on the underside (12) of the first circuit board (10), wherein the electronics unit (20) is electrically contacted by means of a flexible second circuit board (30), wherein the flexible second circuit board (30) comprises a connection region (31) with a plug-in region (32), wherein the plug-in region (32) of the flexible second circuit board (30) is plugged into the plug-in connector (40) of the first circuit board (10) in a plug-in direction (R), and the electronics unit (20) i

Abstract: The present invention relates to an electric contact arrangement (1) comprising: a housing (2) having a recess (3) that penetrates the housing (2) in an axial direction (7); a sleeve (4) which is inserted into the recess (3) and which has an axial sealing surface (8) inside the housing (2) and two projections (10) outside the housing (2) which run perpendicularly to the axial direction (7); a contact pin (5) which is fixed in the sleeve (4) and which extends through the sleeve (4); an attachment element (6) which is designed to lie on the housing (2) and to be slid under the projections (10); and wedge shaped surfaces (13) between the sleeve (4) and the attachment element (6) and/or between the housing (2) and the attachment element (6) such that the sealing surface (8) can be drawn against the housing (2) from the inside by means of sliding the attachment element (6) under the projections (10).

Abstract: The present invention relates to an electric contact arrangement (1) comprising: a housing (2) having a recess (3) that penetrates the housing (2) in an axial direction (7); a sleeve (4) which is inserted into the recess (3) and which has an axial sealing surface (8) inside the housing (2) and two projections (10) outside the housing (2) which run perpendicularly to the axial direction (7); a contact pin (5) which is fixed in the sleeve (4) and which extends through the sleeve (4); an attachment element (6) which is designed to lie on the housing (2) and to be slid under the projections (10); and wedge shaped surfaces (13) between the sleeve (4) and the attachment element (6) and/or between the housing (2) and the attachment element (6) such that the sealing surface (8) can drawn against the housing (2) from the inside by means of sliding the attachment element (6) under the projections (10).

Abstract: The invention relates to a motor arrangement, in particular for use in an electronic steering system, comprising a polyphase motor (1) in a motor housing (10); a housing element (14), which forms a part of the motor housing (10); an electronic isolating relay module (2, 40) in order to switch one or more motor phases such that their current does not flow in the event of a fault; wherein the isolating relay module (2, 40) is arranged in the housing interior on one side of the housing element (14).

Abstract: The invention relates to a motor arrangement, in particular for use in an electronic steering system, comprising a polyphase motor (1) in a motor housing (10); a housing element (14), which forms a part of the motor housing (10); an electronic isolating relay module (2, 40) in order to switch one or more motor phases such that their current does not flow in the event of a fault; wherein the isolating relay module (2, 40) is arranged in the housing interior on one side of the housing element (14).

Abstract: Proposed is an integrated drive element (110) which is particularly suitable for use in an automatic shift transmission of a motor vehicle. The integrated drive element (110) has at least one electric motor (112), with preferably precisely two electric motors (112) being provided which can be used for example for a dual-clutch transmission. Also provided is at least one electronic engine control unit (114) which is designed for controlling the functionality of the at least one electric motor (112). Said electronic engine control unit (114) in turn has a housing (116). The at least one electric motor (112) spatially directly adjoins the housing (116) and/or is at least partially integrated into the at least one housing (116).

Abstract: Proposed is an integrated drive element (110) which is particularly suitable for use in an automatic shift transmission of a motor vehicle. The integrated drive element (110) has at least one electric motor (112), with preferably precisely two electric motors (112) being provided which can be used for example for a dual-clutch transmission. Also provided is at least one electronic engine control unit (114) which is designed for controlling the functionality of the at least one electric motor (112). Said electronic engine control unit (114) in turn has a housing (116). The at least one electric motor (112) spatially directly adjoins the housing (116) and/or is at least partially integrated into the at least one housing (116).