Abstract: The invention relates to an electronic device with a housing to accommodate a support substrate, provided with an electronic circuit, whereby the electronic circuit makes contact with at least one electrical line, leading out of the housing. The electrical line is connected to a rigid contact element on a contact holder and the contact element is introduced into the support substrate to make contact with the electronic circuit.

Abstract: A fixing element, is designed on a fixing ring (2) for a sensor head (1) measuring speed of rotation or angle of rotation of a wheel in a motor vehicle. The sensor head (1) has a housing (11) made of plastic, and at least one housing foot (5) fixed to the fixing ring (2) by the fixing element. The fixing ring (2) serves for fixing the sensor head (1) to a further component, such as a wheel bearing. The fixing element is configured as a T-shaped, twistable lug (7) with a retaining piece (10). The lug extends through a continuous, mainly slot-shaped or long-hole-shaped cutout (6) of the housing foot (5).

Abstract: The invention relates to an electronic device with a housing to accommodate a support substrate, provided with an electronic circuit, whereby the electronic circuit makes contact with at least one electrical line, leading out of the housing. The electrical line is connected to a rigid contact element on a contact holder and the contact element is introduced into the support substrate to make contact with the electronic circuit.

Abstract: A fixing element, is designed on a fixing ring (2) for a sensor head (1) measuring speed of rotation or angle of rotation of a wheel in a motor vehicle. The sensor head (1) has a housing (11) made of plastic, and at least one housing foot (5) fixed to the fixing ring (2) by the fixing element. The fixing ring (2) serves for fixing the sensor head (1) to a further component, such as a wheel bearing. The fixing element is configured as a T-shaped, twistable lug (7) with a retaining piece (10). The lug extends through a continuous, mainly slot-shaped or long-hole-shaped cutout (6) of the housing foot (5).

Abstract: A method of producing an electronic device, with a stamped sheet-metal part loaded with electronic components being encapsulated in a thermoplastic, insulating material to provide protection against environmental influences, and also an electronic device comprising electronic components arranged on a stamped sheet-metal part and electrically connected to one another by the part, the stamped sheet-metal part and the electronic components being encapsulated in the thermoplastic, insulating material by the injection-molding process.

Abstract: The subject-matter of the invention is a method of producing an electronic device, with a stamped sheet-metal part loaded with electronic components being encapsulated in a thermoplastic, insulating material to provide protection against environmental influences, and also an electronic device comprising electronic components arranged on a stamped sheet-metal part and electrically connected to one another by said part, the stamped sheet-metal part and the electronic components being encapsulated in a thermoplastic, insulating material by the injection-molding process.

Abstract: A reflector apparatus with a reflector, in particular a parabolic mirror, with a plastic layer, on which a plastic sheet with a metal structure is provided, and with a casing consisting of two hollow cylinders which can be arranged inside one another and between which the reflector is held is provided, wherein the reflector comprises a further plastic layer which forms a substantially hollow cylindrical collar on the edge of the reflector and wherein this collar is held between the hollow cylinders of the casing.

Abstract: An electrical connector assembly 10 includes a seal 20 including sealing apertures 25 that including glands for sealing a wire extending through the aperture. A sealing unit 24 includes a lead in recess 26, a contact ingress seal gland 28, a core seal gland 30 and a contact egress seal gland 29. The core seal gland 30 establishes the primary seal with a wire extending through the seal, and the ingress seal gland 28 is deformable between the core seal gland 30 and the contact during contact insertion to protect the core seal gland 30 from damage. A pattern 40 of stress relieving recesses 42 et seq. surrounds the seal apertures, and include canted webs 43 et seq. The stress relieving recesses aid flexure of the seals and the seal glands. Other stress relieving recesses 56 located between seal apertures including perpendicular webs 57.

Abstract: An electrical connector with a housing and with a contact locking element is specified, the housing being of substantially cuboid-shaped design with a front face, a cable-side end face and four side walls, and the housing having at least two chambers for each receiving one electrical contact and that extend from the front face to the cable-side end face, the housing having an opening through a first side wall, that runs perpendicular to the chambers between the chambers and into that the contact locking element can be pushed in order to lock the electrical contacts in the chambers, the contact locking element having at least two opposite wall parts that reduce the clear width of the chambers when the contact locking element is inserted, the contact locking element having a recess between the two wall parts, and the two wall parts being connected to one another by way of a guide rib, in such a way that the wall parts are designed to be flexible towards the recess and rigid perpendicular thereto, in the directi

Abstract: An electrical connector with a family seal and a connector housing, which has an outer collar and at least one chamber for an electrical contact the chamber surrounded by an outer rim between the two collars and a plate-like region with at least one through-opening located inside the inner collar, the outer rim and the plate-like region being connected to each other by a connecting plate, which extends over the inner collar.

Abstract: The invention relates to an electrical connector which has a simple structure and can be joined together even blind with the complementary connector. The joining together can also be carried out with one hand. The electrical connector has an actuating slide in order to plug the connector pair one into the other, a lug on the second connector being moved through a slot on the actuating slide during the actuation of the actuating slide for the purpose of connecting and separating the connectors. Provided on the housing of the first connector is a latching arm having a latching hook, by means of which the second connector can be latched with the first connector in a prelatching position. The actuating slide is designed in such a way that this latching can be released by actuating the actuating slide.

Abstract: An electrical connector comprising a housing having at least two contact receiving passageways with contacts therein and a locking member for positively retaining the contacts therein, the locking member having an unlocked position where the contacts may be received in the passageways and a locked position where the contacts are positively retained within the passageways, the electrical connector being characterized in that the locking member has an intermediate position wherein one of the contacts would be positively locked within its respective passageway while the other contact is free to be inserted or removed from its respective passageway.

Abstract: An electrical connector assembly is shown having matable connectors. One of the connectors has a sliding latch which can be moved transversely to cooperate with lugs on another of the connectors. The lugs have camming surfaces which cooperate with entry portions of camming grooves which cams the sliding latch to a preliminary position, whereby shoulders on the lugs can rest on shoulders within the entry portions.