Abstract: An electronics module may include at least one power semiconductor that is connected in a thermally conductive manner to an integral heat sink. The electronics module may further include a turbulence element that can move in a laser sintered cooling channel of the heat sink. The turbulence element may be laser sintered with the heat sink in a common laser sintering process.

Abstract: A method for checking a motor vehicle comprises steps for transmitting an ID stored in an electronic control device of a transmission of the motor vehicle, to a central facility, the comparison on the part of the central facility of the ID with stored IDs assigned to specific motor vehicles, the transmission of a notification regarding the comparison result from the central facility to the control device, and the issuing on the part of the control device of a signal, if the ID has been located in the stored IDs. The communication comprises an authentication of the central facility thereby.

Abstract: A cover device for a contact section of a printed circuit board for a mechatronics module is proposed. The printed circuit board includes a contact section which has at least one connection hole, for connecting an electrical connection element to the printed circuit board. The cover device is characterized in that the cover device has a voltage protection element and a sealing element for sealing the at least one connection hole. The sealing element has at least one blind hole thereby, for receiving an end section of the electrical connection element.

Abstract: A cutting insert has a bottom supporting surface, a center cutting edge, two secondary cutting edges, realized on both sides of the center cutting edge and offset in relation to the center cutting edge, and two transition edges connecting the center cutting edge to the secondary cutting edge adjacent in each case. The two secondary cutting edges are realized in each case vertically offset and, where applicable, also offset in depth with respect to the center cutting edge and are laterally spaced from the center cutting edge. The transition edges, in each case in a non-edge-overlapping region, have at least over a portion an inclination n where 2°?n?20° in relation to a height direction which extends at right angles with respect to a main extension plane of the supporting surface.

Abstract: A proposal is made for a plug device for a circuit board of a control unit for a vehicle transmission. The circuit board has at least one contact hole. The plug device has a housing, at least one contact device arranged in the housing for a cable of a peripheral module fed into the housing and at least one contact plug that is electrically connected with the contact device and that protrudes at least partially from the housing for producing an electrical and mechanical connection with the contact hole of the circuit board.

Abstract: A cover device for a contact section of a printed circuit board for a mechatronics module is proposed. The printed circuit board includes a contact section which has at least one connection hole, for connecting an electrical connection element to the printed circuit board. The cover device is characterized in that the cover device has a voltage protection element and a sealing element for sealing the at least one connection hole. The sealing element has at least one blind hole thereby, for receiving an end section of the electrical connection element.

Abstract: A proposal is made for a plug device (130) for a circuit board of a control unit for a vehicle transmission. At the same time, the circuit board has at least one contact hole. The plug device (130) has a housing (334) and at least one contact device arranged in the housing (334) for a cable (125) of a peripheral module fed into the housing (334) and at least one contact plug (332) that is electrically connected with the contact device and that protrudes at least partially from the housing (334) for producing an electrical and mechanical connection with the contact hole of the circuit board.

Abstract: A method of producing an insert molded sensor assembly having at least one sensor element accommodated on a first side of a circuit board of the sensor assembly. During a first step, a plurality of pins are introduced and penetrate through the circuit board. The circuit board, including the at least one sensor element, is then disposed, during a second step, into a two-part insert mold tool so that the pins are supported on both sides of the circuit board in a direction transverse to a plane defined by the circuit board. A defined spacing distance, between a surface of the sensor element and the insert mold tool, is produced by the pins. During a third step of the method, the insert mold tool is filled with insert molding material, particularly a duroplast.

Abstract: A cutting insert has a bottom supporting surface, a center cutting edge, two secondary cutting edges, realized on both sides of the center cutting edge and offset in relation to the center cutting edge, and two transition edges connecting the center cutting edge to the secondary cutting edge adjacent in each case. The two secondary cutting edges are realized in each case vertically offset and, where applicable, also offset in depth with respect to the center cutting edge and are laterally spaced from the center cutting edge. The transition edges, in each case in a non-edge-overlapping region, have at least over a portion an inclination n where 2°?n?20° in relation to a height direction which extends at right angles with respect to a main extension plane of the supporting surface.

Abstract: A low-pressure discharge lamp includes a discharge vessel, a gas discharge medium including nitrogen contained in the discharge vessel at low pressure, wherein the discharge lamp is configured such that light may be generated by a high-current discharge process of the gas discharge medium.

Abstract: The invention provides a carrier housing assembly holding a flexible foil having conductive tracks in which the housing assembly has a plurality of parts each having a respective securing mechanism, the securing mechanisms being mutually engageable to provide a predetermined spatial relationship between the part, thereby providing the flexible foil with a predetermined spatial arrangement. The housing assembly is particularly relevant to component housing assemblies where electrical components are held in place and connected to connecter pins via the flexible foil. In a further aspect of the invention, there is provided methods for manufacturing a foil carrier housing assembly out of a flexible foil comprising conductive tracks at least one electrical component, at least one electrical contact element, at least one component housing and a carrier housing.

Abstract: The invention provides a carrier housing assembly holding a flexible foil having conductive tracks in which the housing assembly has a plurality of parts each having a respective securing mechanism, the securing mechanisms being mutually engageable to provide a predetermined spatial relationship between the part, thereby providing the flexible foil with a predetermined spatial arrangement. The housing assembly is particularly relevant to component housing assemblies where electrical components are held in place and connected to connecter pins via the flexible foil. In a further aspect of the invention, there is provided methods for manufacturing a foil carrier housing assembly out of a flexible foil comprising conductive tracks at least one electrical component, at least one electrical contact element, at least one component housing and a carrier housing.