Abstract: A charging communication-adaptor has such an arrangement that, when a mobile device is attached, communication terminals of the mobile device and the charging communication-adaptor make a contact first, and then the charging terminals of the mobile device and the charging communication-adaptor make a contact.

Abstract: A connector, a metal housing and a manufacturing method thereof are disclosed. The connector includes a base and a metal housing. The metal housing covers the base and includes a body and at least one ground pin. The ground pin is integrally formed with the body as a single piece and is stamped without a waste material produced. The method for manufacturing the metal housing includes steps of: providing a body; processing the body at a predetermined distance from a fringe of the body to cut out at least one strip; and bending the strip to form a ground pin protruding out of the fringe of the body.

Abstract: Fixing members (30) fixable to a circuit board (K) by soldering are mounted in a housing (10). Each fixing member (30) is comprised of a main panel (31) and a solder leg (32) projecting sideways from the bottom end of the main portion (31). The solder leg (32) has solder entering holes (37) that open at a side of the solder leg (32) toward the circuit board K and at a side opposite therefrom. Each solder entering hole (37) has a cross-section that gradually increases toward both upper and lower open ends (37a, 37b). A locking portion (38) is formed on each solder entering hole (37) and bulges more inward than both open ends (37a, 37b). The locking portion (38) locks solder (H) that enters the solder entering hole (37).

Abstract: An angled patch panel is provided that is configured to be mounted to a rack or console. The angled patch panel facilitates cable management functions and enhances space utilization at and around the rack/patch panel assembly. The angled patch panel includes first and second patch panel elements that are angularly oriented with respect to each other. The transition from the first patch panel element to the second patch panel element is generally achieved in an apex region. The angled patch panel also includes flange members that extend from the first and second patch panel elements. Each of the flange members define a mounting face and an extension arm that is intermediate the mounting face and the patch panel element. The extension arm is dimensioned to facilitate at least partial recessing of the angled patch panel relative to the rack/console when the angled patch panel is mounted thereto.

Abstract: A terminal seat comprises a first receiving portion, a second receiving portion and a joint portion formed between the two. The second receiving portion corresponds to the first receiving portion and has similar shapes. The joint portion formed between the first receiving portion and the second receiving portion has a smaller lateral cross-section and a smaller lengthwise cross-section than the first receiving portion and the second receiving portion so as to form an annular groove. A plurality of terminal seats can be assembled together by a fixing member. The fixing member crosses the annular groove and fastens the assembly of the plurality of terminal seats.

Abstract: An actuator housing located between an external plate and internal plate of a door is electrically and mechanically connected with an ECU housing via water-proof elastic members, which are provided in an opening section of the internal plate and in an outer circumference of the opening section, by the first and the second connector. Further, a box nut provided in the actuator housing and a bracket provided in the ECU housing are connected with each other by a bolt while interposing the internal plate and the water-proof elastic sheet. Due to the foregoing, the mechanical strength of mounting the entire function control unit on the door can be enhanced. Accordingly, even when vibration or shock is given to the inside-door-function control unit while the door is being opened and closed or the vehicle is running, it is possible to prevent the inside-door-function control unit from being incompletely mounted on the door.

Abstract: An detachable connector for a lamp on a pendent lamp has a holder, a socket, an attaching device, a plug and a connecting tube. The holder is mounted in the frame of the pendent lamp. The socket is detachably attached to the holder by the attaching device and is electrically connected to a power source. The plug corresponds to and is selectively inserted into the socket to electrically connect to the socket and is electrically connected to the lamp. The connecting tube is securely attached to the plug and is connected to the lamp. Accordingly, the lamp is detachable from the frame of the pendent lamp so a person can easily and conveniently assemble the pendent lamp. In addition, the space for transporting or storing the pendent lamp can be reduced.

Abstract: A portable support for a mobile terminal, said support comprising: a generally planar base assembly; and a cradle assembly adapted to receive said mobile terminal, said cradle assembly pivotally attached to said base assembly by means of a hinge, wherein said cradle assembly is pivotable, about said hinge, to a first, upright, position with respect to the base assembly, in which the craddle assembly is arranged in a generally upright position when said base assembly is placed on a horizontal surface, wherein said cradle assembly is pivotable, about said hinge, from said first position, to a second, laid-flat, position with respect to the base assembly, in which the cradle assembly is arranged substantially in the same plane as the base assembly, and wherein said support is arranged such that when said cradle assembly is pivoted from said second position to said first position, further pivoting said cradle assembly is prevented when said cradle assembly reaches said first position.

Abstract: A connector assembly includes a rail having a plurality of apertures therethrough, and two electrical connectors including a first electrical connector and a second electrical connector, the first electrical connector detachably mateable to the second electrical connector, the first electrical connector and the second electrical connector removably connected to the rail, at least one of the two electrical connectors being routed through at least one of the plurality of apertures.

Abstract: An input apparatus for holding and cooperating with electrical devices such as personal digital assistants (PDAs) having different sizes includes a housing, an input interface, and a cap. The housing includes a front plate, a bottom plate, and two side portions, and the cap is disposed between the two side portions. The cap and housing together form a first space to contain an electrical device with a smaller size when cap is positioned in a top position. Also, the cap may be moved to a bottom position to form a second space for containing an electrical device with a larger size.

Abstract: A connector assembly includes a rail having a plurality of apertures therethrough, and two electrical connectors including a first electrical connector and a second electrical connector, the first electrical connector detachably mateable to the second electrical connector, the first electrical connector and the second electrical connector removably connected to the rail, at least one of the two electrical connectors being routed through at least one of the plurality of apertures.

Abstract: A clip-attaching structure is provided, which includes: an attachment body; a mating attachment body to which the attachment body is attached; and a clip provided, in accordance with an outer shape of the attachment body, with a baseplate, a first side plate extending from one side of the baseplate and having an engaging portion, and a second side plate extending from the other side of the baseplate, which clip fixing the attachment body to the mating attachment body, wherein an engagement portion to which the engaging portion engages is provided on the mating attachment body, and the attachment body is fixed to the mating attachment body by fixing the clip to the mating attachment body.

Abstract: An electrical connector for use with a tractor-trailer includes a receptacle having a generally cylindrical outer body and a molded inner body encapsulating a plurality of conductors secured to connector pins. To provide additional current carrying capacity to accommodate an automatic braking system (ABS) one of the conductors designated as a ground conductor is larger than all of the other conductors. A conductor carrying ABS current is larger than all conductors except the ground conductor. The inner and outer bodies are fastened together by means of a bayonet connection. An additional securing device includes a projection on the inner body which is held in position by means of a bail attached to the outer body. To reduce resistance at the contacts, all contacts are soldered or crimped to their respective conductors and molded within the inner body to protect all wires and connections to the connector pins from environmentally caused corrosion or damage.

Abstract: The present invention discloses a network converter and its base applied in USB. The USB network converter of the present invention comprises a converting body and a base. The converting body includes a PCB whose one end has a network port and the other end connects to a USB cable. The base has a socket hole, the positive side of the base is for containing the converting body, and the reverse side is used to fasten the USB cable and fix the USB plug in the socket hole.

Abstract: A dual-purpose connector assembly includes a stand, a first electrical connector, an electrical cable and a second electrical connector. The stand has a base adapted to be placed on a table surface, and a prop formed with a first cable passage that extends along a vertical axis. The base has a surrounding wall, and is formed with a second cable passage that extends from the first cable passage to the surrounding wall. The first electrical connector is mounted on the prop and is adapted to connect electrically with the peripheral device. The electrical cable has a first end connected to the first electrical connector, and a second end opposite to the first end, and extends through the first and second cable passages. The second electrical connector is connected to the electrical cable and is adapted to connect electrically with an electronic device.

Abstract: Electric equipment 130 is fitted in an opening 121 from a passenger compartment side (outside) of an interior member 120 so that an electric wire connecting unit 134 of the electric unit 130 can be electrically connected to electric wires 110 disposed on a non-passenger compartment side (inside) of the interior material 120. A main unit (a main portion) 132 and the electric wire connecting unit 134 of the electric equipment 130 are separated from each other, whereby the main unit 132 and the electric wire connecting unit 134 are separated from each other by operating them from the passenger compartment side and main units 132 of the electric equipment are replaced with the electric wire connecting unit 134 connected to the electric wires 110 being left attached to the non-passenger compartment side of an interior unit in replacing electric equipment 130 in an automotive vehicle employing the interior unit.

Abstract: A new structure of a communication apparatus allowing cables to be arranged, extra space to be eliminated, and allowing easy operation, is disclosed. A body housing has a flat and cylindrical shape and is provided with connectors at the bottom thereof. The body housing stably stands upright on a stand with the bottom portion thereof being accommodated in the stand. Cables connected to the connectors run through a cable restraint provided in the back side of the stand. The center portion of a front surface of the body housing 100 is slightly recessed allowing easy operation. Also, plural heat-dissipating openings are arranged longitudinally along the both side walls of the body housing.

Abstract: A method and system for coupling to a palmtop computer that supports both mobile computing and desktop use. A palmtop computer docking system is disclosed that includes a cable assembly and a base. The cable assembly includes a cable dock that is connected to a serial connector via an electrical cable. The cable dock includes a connector receptacle that mates with a corresponding connector on a palmtop computer. The cable assembly is adapted to engage the base so as to produce a fully functional docking cradle. In operation, once the cable assembly is engaged with the base, the serial connector is then coupled to the desired computing device (typically either a portable computer or a full-size computer). The resulting docking cradle facilitates desktop use such as, for example, communication with a full size computer. The cable assembly can be removed from the base and can be used independently of the base for mobile computing.

Abstract: A connector assembly includes a generally cylindrical lock frame for being fixed to a through hole in a vehicle body panel, a first connector fitted in one open end of the lock frame, and a second connector fitted in the other open end of the lock frame. A pair of first cam grooves are formed in a cylindrical portion of the lock frame, and extend spirally along an axis of the lock frame in continuous relation to the one open end thereof, and a pair of second cam grooves are formed in the cylindrical portion, and extend spirally in the same direction as the direction of helically-extending of the first cam grooves in continuous relation to the other open end of the cylindrical portion, and the pair of first cam grooves as well as the pair of second cam grooves are disposed at an equal interval around the axis of the connector assembly. The first connector has bosses for engagement in the respective cam grooves, and the second connector has bosses for engagement in the respective cam grooves.

Abstract: A chassis cast power connector with coaxial shielding is presented according to the present invention. In an exemplary embodiment, the chassis cast power connector comprises a connector receptacle which is integrally cast with a chassis and extends away from one surface of the chassis. The connector receptacle includes an opening which receives male and female connector members, wherein the male connector member is capable of being slidably received in the female connector receptacle to form an electrical connection therebetween. The integral connector receptacle provides coaxial shielding of the electrical connection.

Abstract: A bracket (40) supports an opening-closing connector (20) in a manner to allow this connector to move upward, downward, right and left before a housing (31) of a block connector (30) is held by the opening-closing connector (20). Therefore, when the housing (31) of the block connector (30) is to be inserted between housings (21, 22) of the opening-closing connector (20), the opening-closing connector (20) can be easily positioned relative to the block connector (30). After the housing (31) of the block connector (30) is held by the opening-closing connector (20), the bracket (40) is fixedly secured to the block connector (30) by bolts passing respectively through through holes (42) formed respectively through lock plates (41). Therefore, the connected condition of the connector (10) is maintained simultaneously when the connector (10) is fixed to an auxiliary equipment (33).

Abstract: A connector fitting construction in which a pair of male and female connectors can be fitted together easily, and a housing can be formed into a small size, and two connectors can be held in a good mutually-fitted condition. In the connector fitting construction, side rib-receiving portions are formed in an inner surface of a hood portion of a male connector, and a notch is formed in one side wall of the hood portion. An under-rib is formed on an outer surface of an inner housing. Side ribs are formed respectively on opposite side walls of a housing of a female connector, and extend in a connector-fitting direction. A bracket for mounting on other member is formed on an outer surface of the housing.

Abstract: A cord set for electrically connecting an electrically powered device to a power source. The cord set includes a plug, a receptacle defining an axis and an axial passage extending through the receptacle to accommodate the plug, and coupling means extending axially from the receptacle for coupling the plug to the receptacle. The present invention is also directed to a cord set receptacle that defines an axis and an axial passage extending through the receptacle to accommodate a plug and coupling means extending axially from the receptacle for coupling the plug to the receptacle.

Abstract: A switch box mounting structure which allows easy removal of the switch box from the panel, reduces the length of the wires, improves the work efficiency, prevents the wires from being broken, and reduces the material cost. The switch box mounting structure includes a connector holder (43) having a pair of shaft receiving grooves (59) which are fixedly engaged with a mounting hole of a panel, a connector (45) including a housing having shafts (69) protruded therefrom, and a switch box (48). The connector is coupled to the connector holder (43) with the shafts (69) engaged with the shaft receiving grooves (59) in such a manner that the connector (45) is rotatable about the shafts (69). The switch box (48) is inserted into the connector holder (43) to engage with the connector (45), and has a pair of locking pawls (77) which are locked to the mounting hole (79). The locking pawls (77) protrude from opposite sides of the switch box which face in directions perpendicular to the shafts (69).

Abstract: Disclosed is a network interface device for connecting network wiring to a subscriber's wiring at a subscriber's premises, the network interface device having a door covering a test jack, with means for connecting the network wiring to the subscriber wiring when the door is closed and connecting the network wiring to the test jack when the door is open.

Abstract: In a connector, an incomplete insertion detecting structure is formed as follows: A flexible locking piece adapted to engage with a terminal is formed in each terminal accommodating chamber. A rib insertion space, into which the flexible locking piece is retracted when bent as the terminal is inserted into the terminal accommodating chamber, is formed adjacent to the terminal accommodating chambers. A rib, which is inserted into the rib insertion space, is extended from an engaging body. A flexible arm is provided in the rib insertion space so as to engage with the rib thus inserted. A bracket insertion space is formed adjacent to the rib insertion space into which a through-bracket is inserted and into which the flexible arm is retracted while being bent as the rib is inserted into the rib insertion space. Thus, the incomplete insertion detecting structure is able to positively detect the incomplete engagement of the terminals, bus bars and/or housings.

Abstract: An electrical connector assembly is provided which assumes a fully coupled state even if it was in a semi-coupled state prior to being attached to a support bracket (B). A lever has an inclined coupling surface which draws a semi-coupled female connector housing in the coupling direction, thereby ensuring a fully coupled state. A support bracket (B) cannot be fully inserted until the lever has moved the connectors from a semi-coupled to a fully coupled condition. If the connectors are improperly connected a second inclined surface of the lever decouples the connectors as the support bracket (B) is engaged.

Abstract: An electrical connection system is provided with two electrical connectors and a mounting track. The mounting track is adapted to be connected to a frame. The connectors are slidingly mounted onto the mounting track and into electrical connection with each other.

Abstract: A female connector, normally inserted into a mounting panel, is provided with projections which correspond to receptive portions provided in a grommet which covers the connector. The receptive portions may include rigid members disposed therein to facilitate mating with the projections. Where a male connector is provided on the other side of the mounting panel, and is connected with the female connector through an insertion hole in the mounting panel, the male connector may be provided with similar projections, and a grommet for the connector may be provided with respective receptive portions.

Abstract: A communication line plug coupler is for use in a multiline equipment panel which snap fits into an aperture formed through a surface of the panel. The coupler receives at least one communication line plug on each side of the panel providing a primary demarcation point in determining system problems. The coupler comprises a coupler body having a front portion and a rear portion with an RJ11 plug receptacle formed in the front portion and an insert receptacle formed in the rear portion. The front portion is integrally formed with flexible retention means for retaining the coupler in engagement through the aperture formed in the panel. The receptacles are formed in the coupler for positioning removably engagable plugs inserted in each receptacle for electrical engagement therebetween. The coupler is integrally formed as a single piece body of a material such as plastic having insulating characteristics for insulating the coupler from the panel.

Abstract: This invention relates to a multicontact, sealed electrical connector assembly, having a pair of matable housing members of the type for mounting on a support plate, where each housing member is provided with a plurality through cavities for containing a contact member matable with a complementary contact member secured within a corresponding cavity in the other housing member. More precisely, the invention is characterized in that the support plate is provided with a pair of inserts extending therethrough, and each housing member is provided with a flexible arm adapted to engage said insert in the mated position for the housing members and complementary contact members. Additional features thereof include the provision of a secondary locking mechanism for the mated housing members, a secondary locking mechanism for securing the contact members with the cavities, and means for sealing same.

Abstract: A connector apparatus comprising male and female connector members and a stay for mounting the connector members in place. A pair of oblong projections are formed on the terminal block portion at the rear end of each connector member so as to be located on opposite sides of the lead wire outlet section of the terminal block portion. The stay is provided with a pair of first elastic hook pieces engageable with the pair of oblong projections of the male connector member and a pair of second elastic hook pieces engageable with the pair of oblong projections of the female connector member. The first and second elastic hook pieces are arranged to face each other with a space therebetween measuring approximately equal to the distance between the terminal block portions of the two connector members when the connector members are completely assembled to maintain the members in assembled condition.

Abstract: A connector apparatus for electrical wiring with male and female connector members and a stay for mounting the connector members on a base, such as a vehicle. The connector members are provided with mating male and female projections, one of which has an engagement opening for receiving a locking pawl on the stay when the connector members are completely and properly assembled. The engagement opening is partially blocked if the connector members are not completely and properly assembled and the pawl is tapered to force such assembly upon installation of the connector members on the stay.

Abstract: An electrical connector comprises a male connector body having a rigid cantilevered lock arm which slides into a track portion of a female connector body. The female connector body as a flexible internal latch arm which has a lock projection which engages in a window of the rigid lock arm to lock the connector bodies together.A connector position assurance device slides into a gauge slot of the female connector body only if the connector bodies are properly engaged and the internal flexible latch arm is fully engaged in the window of the rigid lock arm.

Abstract: In an electrical connector, a male connector body and a female connector body are coupled and locked together to effect the mechanical connection of electrical terminals housed in the respective connector bodies. To prevent incomplete coupling of the relevant connector bodies, a path is formed in the male connector body in such a manner as to correspond to the shape and dimension of a bracket for fixing the electrical connector to the body of an automotive vehicle or components thereof, and a rib is provided on the female connector body in such a manner as to traverse the path. This rib blocks a part of the path when the two connector bodies are improperly coupled with each other, thus making it possible to detect incomplete coupling. An electrical connector of another type has another configuration for the same purpose.

Abstract: An apparatus bushing is fixed to a support wall or the wall of the apparatus housing and is electrically coupled to the apparatus within. A high voltage cable is fixed to the single leg of a 600-Amp "T" connector and is supported only by a bracket extending from said apparatus bushing to one of the "T" legs. A removable pin-and-socket applied link member selectively couples the remaining "T" leg to the apparatus bushing whereby power passes between the apparatus and high voltage cable only when said link is present and isolates said cable and apparatus when it is absent. A novel operating assembly assures proper contact between the link sockets and the pins of the apparatus bushing extender and the 600-Amp "T" connector and can be arranged to positively separate the link assembly. The operating assembly can also be used to install and remove a cap assembly when the electrical link is not in place.

Abstract: Apparatus is disclosed for releaseably and mechanically attaching an electric-motor-driven device (22), such as a ceiling fan, to an overhead support, such as a ceiling (10).

Abstract: A clip for receiving and retaining a plug having means for securing the same to a support and including a back wall, side walls with surfaces shaped and spaced to engage sides of the plug, the side walls having top and bottom flanges and a slanted wall surface extending between said flanges.

Abstract: An electrical connector for interconnecting a plurality of signals comprises an assembly of a plug and receptacle. The plug includes a housing member having a cavity at its forward end defined by a peripheral wall and a cavity wall, and a rear wall. The housing further includes contact receiving apertures extending between the cavity wall and the rear wall. An insert is locked in place in the forward cavity, the adjacent wall of the insert having standoff feet to define a gap between the cavity wall and insert wall. The insert has apertures in alignment with the apertures in the housing. The apertures within the insert include a shoulder facing the rear wall of the insert. A contact insertable into the apertures in the housing and insert has a lance which is locatable in the gap between the cavity wall and insert wall to lock the contact in place. The receptacle has a right-angled configuration having pins extending from a mounting face for interconnection to a printed circuit board.

Abstract: The present invention relates to telephone network interface devices and includes a plug and a jack disposed in a block, the block being fitted within a housing. The location of the block within the housing and its manner of disposition protects the device from tampering and removal. The plug and jack are protected against the environment by a waterproof cover and resilient seals.

Abstract: A connecting device is disclosed for electrically and mechanically linking multiple circuit boards arranged in two perpendicular stacks. The connecting device includes two identical connectors, each with a plurality of outwardly extended electrical socket contacts, and a pair of opposite, electrically insulative shoulders projected outwardly beyond the socket contacts. Electrical pin contacts are recessed into the shoulders. The pair of connectors can be engaged when in facing relation, with one of them rotated 90.degree. relative to the other. As the connectors are moved toward engagement, each shoulder of each connector enters into a nesting relation between the opposed shoulders of the other connector, pre-aligning the opposed pin and socket contacts. The shoulders have inclined edges at their outer faces, to assist in capturing their associated opposed shoulders and guide them, in a self-aligning manner, into the nesting relation. The connectors require a 90.degree.