Abstract: A motor vehicle lock includes at least one electric component carrier, and said electric component carrier is a modular element that includes at least one conductor, a switch and/or an additional component. The electric component carrier includes a separate housing and can be fastened to an outer surface of the motor vehicle lock.

Abstract: An accommodating member in which an electronic component is accommodated, a cover member that is assembled to the accommodating member to block an opening by being moved toward the opening of the accommodating member, and a positioning structure arranged in an internal space of a housing including at least the assembled accommodating member and the cover member, and which performs positioning at the time of assembly of the accommodating member and the cover member are at least included, and the positioning structure includes a positioning pin arranged inside one of the accommodating member and the cover member, and extending along an assembling direction of the accommodating member and the cover member, and a pin insertion portion arranged inside the other of the accommodating member and the cover member, and into which the positioning pin is inserted at the time of assembly of the accommodating member and the cover member.

Abstract: A gearbox control module for a gearbox comprises an electronic component with an electronic circuit configured to control the gearbox, electrical connections and a module carrier. The electronics component and the electrical connections are mounted on the module carrier, and the module carrier is a cover configured to sealingly close off an interior of the gearbox.

Abstract: A docking station for a portable electronic device that includes a first port and one or both of a second port and a jack. The docking station has a first electrical connector that fits into the first port when the portable electronic device is coupled to the docking station and a second electrical connector that is adapted to be electrically coupled to the second port or the jack when the portable electronic device is coupled to the docking station.

Abstract: A contact module includes a number of conductive contacts separating from one another, the contacts being formed from a contact material band by cutting a connecting portion connected between two adjacent contacts, wherein each contact has a tuber or a notch formed by cutting the connecting portion, and wherein each contact has a compensating portion corresponding to the tuber or the notch for impedance matching.

Abstract: The invention relates to an electric contact module, particularly electric test module, for an electric unit, preferably an electric distribution unit such as an electric voltage or power distribution unit or an installation of an electrical substation of an urban electrical power system, having a casing having first electrical contact means electrically connectable by/to a first electric unit, and a slider having second electrical contact means electrically connectable by/to a second electric unit, wherein the slider may be provided in a plurality of positions in relation to the casing. Furthermore, an electric contact box is disclosed having one or a plurality of electric contact modules according to the invention, wherein the electric contact box preferably comprises two, three or five electric contact modules or an integer multiple thereof.

Abstract: An audio plug for mounting on a printed circuit board, comprising: an insulative housing; a plurality of contacts, each of them being comparted by the insulative housing, wherein each contact has a front portion for mating with an audio jack and a back portion, said back portion has a plurality of welding portions with flat welding plates for welding the audio plug to the printed circuit board. Welding the PCB with the welding plates instead of welding cable saves the materials and spaces; and the flat welding plates with more area than the traditional audio plug makes the welding easier; the PCB is harder than the cable that makes the audio plug strength.

Abstract: The invention concerns a device for connecting a mechanical, hydraulic and electric connector (1) equipping a heat engine fuel injector to the electromagnet driving the injector, said connector (1) being fixed to a body (2) enclosing the electromagnet and comprising two electric terminals (4) connected to the solenoid (S) of the electromagnet. Said electric terminals (4) are provided each with a pin (15) designed so that when the connector (1) is assembled to the body (2), each pin (15) co-operates with guide means (11, 14) contacting an end portion of the wire (12) of the solenoid (6), the assembling operation resulting in pulling off the insulation in at least one location of said end portion to set up an electrical connection between each terminal (4) and the solenoid (6).

Abstract: An electrical connector assembly has live-phase conductive strips (5) potted in a solid polymer body (4). The strips are cut to provide transverse terminals (5a) on opposite sides. The polymer body (4) is confined within a housing (3) which is made from a series of body sections (6) joined end-to-end. These sections (6) extend around the periphery of the body (4) and have slots (11) through which the terminals (5a) project. Each section may be formed from two shells (7, 8) joined at longitudinal edges. A desired housing length can be built up by selection of an appropriate number of body sections (6). The assembly (24) can be enclosed within a box-shaped container (25) together with electrical devices (2), such as switches, connected to the assembly (24) and having operating members (33) which are accessible through openings (31) in a top wall (30) of the container (25).

Abstract: An electrical connector assembly has live-phase conductive strips (5) potted in a solid polymer body (4). The strips are cut to provide transverse terminals (5a) on opposite sides. The polymer body (4) is confined within a housing (3) which is made from a series of body sections (6) joined end-to-end. These sections (6) extend around the periphery of the body (4) and have slots (11) through which the terminals (5a) project. Each section may be formed from two shells (7, 8) joined at longitudinal edges. A desired housing length can be built up by selection of an appropriate number of body sections (6). The assembly (24) can be enclosed within a box-shaped container (25) together with electrical devices (2), such as switches, connected to the assembly (24) and having operating members (33) which accessible through openings (31) in a top wall (30) of the container (25). The devices (2) may be covered by a sideways adjustable strip (43) with press-out sections (44) to form opening for the operating members (33).

Abstract: An electrical connector and a USB connector are provided. The electrical connector includes a main connector housing having an upper pin housing and a lower pin housing. A stereo plug that protrudes from a front surface of the main connector housing lies between the inner surface of the lower pin housing and the inner surface of the upper pin housing. The electrical connector is adapted to connect to a jack. The upper pin housing and the lower pin housing are adapted to connectively engage a forward plug port housing of the jack. The jack is mounted within the casing of an electronic device such as a hand-held personal computer, a personal digital assistant, a wireless telephone, or a paging device. When the electrical connector is connected to the jack, the upper pin housing is inserted into an upper housing receiving port and the lower pin housing is inserted into a lower housing receiving port so that the electrical connector is mated to the casing of the electronic device.

Abstract: An electric connection box for connecting a plurality of sub-wire harnesses is disclosed. The electronic connection box comprises a power supply section, a plurality of sub-wire harness connection plates, a plurality of intermediate connection terminals, and a connection section. The power supply section has terminal sections. The plurality of sub-wire harness connection plates are laminated on the power supply section. Each sub-wire harness connection plate has a plurality of set grooves to put electric wires of a sub-wire harness thereinto. Each set groove of sub-wire harness connection plate has a plurality of through holes formed at a bottom thereof and spaced apart from each other in a longitudinal direction thereof. Each intermediate connection terminal is electrically connected to an electric wire of a sub-wire harness and is set in a set groove of a sub-wire harness connection plate so that a through connection conductor connection section thereof is aligned with a through hole of the set groove.

Abstract: A distributing board for electrical connection with an instrument having a tab terminal is provided. The distributing board includes a baseplate with recesses and a guide groove, a cover for covering the baseplate, female terminal metal fittings accommodated in the recesses and an electrical wire accommodated in the guide groove to connect the female terminal metal fittings with each other electrically. Each female terminal metal fitting includes a terminal fitting part for fitting the tab terminal and a pressure welding part. Under condition that the electrical wire is accommodated in the guide groove, the baseplate is covered with the cover. Since the female terminal metal fittings can be electrically connected with each other by welding the electrical wires on the individual female terminal metal fittings with pressure, it is possible to cope with changes in circuit easily.

Abstract: A connector adapted for connection to the terminal pins of an electrical or electronic device or circuit and which includes a planar contact assembly which is formed in a stamped integral planar frame retained within a two-piece housing with constituents of the housing operative to retain corresponding portions of the frame and wires connected thereto. The frame includes contact members and integral intermediate members which provide a unitary structure for ease of fabrication and handling. The unitary frame is installed in the housing as a unit and intermediate portions of the frame are later severed from the frame to provide individual contacts, each electrically connected to a respective wire of an associated cable.