Abstract: A contacting component for manufacturing an electrically conductive connection includes a conductor device (2) onto which at least one first plastic component (3) and separately a second plastic component (4, 5, 6) are molded in which case the conductor device (2) can be bent in such a way that the first plastic component (3) can engage in the second plastic component (4, 5, 6) to provide an integral contacting component.

Abstract: The invention relates to a setting device for an adjustable gearing mechanism, in particular, for selecting a parking position in an automatic transmission. The inventive setting device comprises a mechanical setting element, an intermediate gearing mechanism for transferring the setting motion of the setting element to a control element of the adjustable gearing mechanism. A mechanical energy store, which can be replenished once again by the setting element, is provided for driving the intermediate mechanism when the setting element malfunctions.

Abstract: To provide a seal for a conducting element (3) which is positioned eccentrically in a through-hole (2) in a housing wall (1), a proposal is made for a sealing body (8) which can be moved in a radial direction (11) and which can be fixed after assembly of the conducting element (3) by means of a clamping device (19).

Abstract: The invention relates to a setting device for an adjustable gearing mechanism, in particular, for selecting a parking position in an automatic transmission. The inventive setting device comprises a mechanical setting element, an intermediate gearing mechanism for transferring the setting motion of the setting element to a control element of the adjustable gearing mechanism. A mechanical energy store, which can be replenished once again by the setting element, is provided for driving the intermediate mechanism when the setting element malfunctions.

Abstract: An electronic-hydraulic control device for gearboxes of vehicles, preferably motor vehicles, includes a housing in which an electronic unit for controlling magnetic valves is accommodated. The valves are supplied with a pressure medium. The housing has a magnetic housing part in which magnetic parts of the magnetic valves and the electronic unit of the control device are accommodated and which lies outside the gearbox, and a hydraulic housing part in which hydraulic parts of the magnetic valves are located and which is positioned at least partially inside the gearbox housing.

Abstract: The unit includes an electro-mechanical drive (1), and an adjustment gearing (6) with a mechanical output (12) for influencing the switching positions of the distributor gearing, which is driven by the electro-mechanical drive. A circuit carrier (13) is provided, on which an electronic circuit (14) for controlling the electro-mechanical drive is realised. A sensor device (16), preferably mounted on the circuit carrier, is connected with the electronic circuit for detecting a movement of the adjustment gearing. Commutator contacts (15) for the electro-mechanical drive are preferably mounted at the circuit carrier.

Abstract: A controller for motor vehicles has a component support with a sealed housing. A flexible printed circuit board is led through the housing onto a component support. Conductors embedded in the component support form an electrical contact with electrical components. When the controller is manufactured, conductors are embedded in the conductor support. The conductor support is attached to the component support. The electrical contacts between the components and the conductors are then manufactured. The conductor support can preferably be separated, and is therefore particularly movable.

Abstract: A controller for motor vehicles is described and has a component support with a sealed housing. A flexible printed circuit board is led through the housing onto a component support. Conductors embedded in the component support form an electrical contact with electrical components. When the controller is manufactured, conductors are embedded in the conductor support. The conductor support is attached to the component support. The electrical contacts between the components and the conductors are then manufactured. The conductor support can preferably be separated, and is therefore particularly movable.

Abstract: A leadthrough configuration has a metallic conductor embedded into a plastic wall. The plastics material and the conductor material have different coefficients of thermal expansion. The conductor is formed in such a way that, when there is a change in temperature, at least one portion remains in the leadthrough path, wherein oppositely directed sealing forces act on the conductor.

Abstract: The connector system enables forming electrical contact between an electrical component and a support that is formed with a base body on which a flexible printed circuit board is attached. A contact spring is provided on the electrical component. A stop element which is provided above the flexible printed circuit board at a distance from the base body is shaped in such a way that it presses the contact spring against the flexible printed circuit board as it is moved closer to it. However, the build-up of a contact pressure force does not start until the contact zone of the contact spring is already located above the flexible printed circuit board.

Abstract: An electronic-hydraulic control device for gearboxes of vehicles, preferably motor vehicles, includes a housing in which an electronic unit for controlling magnetic valves is accommodated. The valves are supplied with a pressure medium. The housing has a magnetic housing part in which magnetic parts of the magnetic valves and the electronic unit of the control device are accommodated and which lies outside the gearbox, and a hydraulic housing part in which hydraulic parts of the magnetic valves are located and which is positioned at least partially inside the gearbox housing.

Abstract: A configuration is described for making electrical contact between a flexible printed circuit board disposed on a supporting element and a contact spring has a sliding element which is disposed between the flexible printed circuit board and the contact spring so as to be incapable of being displaced with respect to the supporting element. When the contact spring is pushed onto the supporting element, the contact spring on the sliding element slides into its end position.

Abstract: A lateral-thrust control device for a four-quadrant final-phase guidance control of a missile having lateral-thrust nozzles (10) communicating with a solid-fuel gas generator (13). Each of the nozzles has a valve member (22, 38), whose open and closed states are controlled by a common actuator (12, 30) which is rotatable and axially displaceable to select one nozzle to be supplied with gas from the gas generator while the other nozzles are closed according to the required flight mode. The actuator is configured such that each of the lateral-thrust nozzles (20) can be individually controlled to be active or inactive, intermittently, and independently of one another. In one embodiment, the actuator is a cylindrical piston and in another is a conical member.

Abstract: An electrical contact-making connection has a metallic pin, a base part with a plug-in opening and an electrical conductor routed to the plug-in opening. The plug-in opening includes an oblique wall surface area oriented at an angle a other than zero with respect to a predefined plug-in direction. On this area, the pin is deflected as it is inserted into the plug-in opening in such a way that it comes to rest on at least one further inner wall surface area of the plug-in opening, while exerting a lateral pressure. The conductor is clamped in the plug-in opening by the deformed pin.