Abstract: A vehicle wiring assembly 10 for supplying power to a sliding door 8 even when the door 8 is open. The assembly 10 includes a wire bundle 12 having a first end 14 attached to the vehicle and a second end 16 attached to a predetermined position on the sliding door 8. The assembly 10 also includes a spring mechanism 18 attached at one end to the vehicle and at the other end to the wire bundle 12 at a position spaced from the first end 14 of the wire bundle. The basic assembly also includes a bundle guide 20, 20′ disposed along the wire bundle 12 between the spring mechanism 18 and the second end 16 of the wire bundle 12, where the bundle guide 20, 20′ slidably supports the wire bundle 12 as it extends from the vehicle to the door 8. The bundle guide 20, 20′ attaches to the vehicle adjacent the sliding door 8.

Abstract: Multiple annular electrical connectors are each positioned floatably through a respective aperture of a tray. A shield plate is secured over the tray by bolts which thread into a cylinder head. The shield plate has holes centered above the apertures for access to spark plugs disposed below. Each annular electrical connector is centered about an annular pressure sensing device which encompasses the spark plug. The inboard side of the electrical connector is in electrical contact with the outboard side of the sensing device beneath the tray. Insulated wires extend between the tray and shield plate from each electrical connector and connect to a common panel mounted electrical connector at one end of the tray.

Abstract: A user customizable pendant that includes a frame with a hole, a transparent front window, and a back member, which may or may not also be transparent. The front window and back member couple to the frame to form a vessel with an inner cavity. The pendant includes a funnel coupled to the frame, with a hole at the bottom that provides access to the inner cavity ofthe pendant. The user customizes the pendant by placing real or simulated birthstones, other simulated stones, charms, or other small objects into the inner cavity through the funnel such that they are visible through the front window. In one embodiment, the funnel includes two aligned, transverse holes, through which a necklace, bracelet, chain, cord, ribbon, or other structure can be threaded that captures the objects inside the pendant. In another embodiment, the funnel is located at the side, and the pendant may or may not include a plug capable of being removably coupled to the funnel to block the bottom hole.

Abstract: Multiple annular electrical connectors are each positioned floatably through a respective aperture of a tray. A shield plate is secured over the tray by bolts which thread into a cylinder head. The shield plate has holes centered above the apertures for access to spark plugs disposed below. Each annular electrical connector is centered about an annular pressure sensing device which encompasses the spark plug. The inboard side of the electrical connector is in electrical contact with the outboard side of the sensing device beneath the tray. Insulated wires extend between the tray and shield plate from each electrical connector and connect to a common panel mounted electrical connector at one end of the tray.

Abstract: An optical star assembly having a ribbon fiber optic mixing element with the first and second ends. A first and second bundle of fiber optic cables are provided each with an engagement end for connection with a respective end of the ribbon fiber optic mixing element. The ribbon fiber optic mixing element and a portion of the fiber optic cables are carried in the housing so that the housing biases each end of the ribbon fiber optic mixing element towards an engagement end of the first and second bundles of fiber optic cables respectively. The fiber optic cables may be connected to a plurality of optical receivers so that the ribbon fiber optic mixing element distributes optical information from each of the fibers to all of the optical receivers in the assembly.

Abstract: An electrical connection system for connecting an electrical device mounted on an instrument panel to an electrical circuit located behind the panel including a male plug mounted on the back wall of an instrument panel receptacle and a female socket mounted inside the electrical device adjacent an access hole. The male plug has a nonconductive connector body and a plurality of metal terminals that are retained in terminal cavities by flexible arms that project into tubular contact portions at the forward ends of the terminals. The connector body of the male plug has a platform at the forward end where the terminal cavities have channel shaped portions that have open exterior sides for exposing the tubular contact portions of the metal terminals. The tubular contact portions each include a lock aperture that cooperates with an associated flexible lock arm for retaining the terminals in the terminal cavities. The female socket has a nonconductive connector body and a plurality of compliant metal terminals.

Abstract: A modular buss center for an automotive vehicle is provided including a first plug connector; an intermediate terminal having a first male end and a second female end and at least one arm, the first end being electrically connected to the first plug connector; a first template with a hole for receipt of the intermediate terminal; at least one flex circuit, the flex circuit having at least one cut-out flag, the flag making contact with the intermediate terminal arm; a second template separated from the first template by the flex circuit, the second template having a hole for receipt of the intermediate terminal second end; and an electrical component positioned on the second template opposite the flex circuit, the electrical component being electrically connected to the intermediate terminal second end.

Abstract: An improved firearm support is disclosed, comprising a base assembly and a harness secured thereto which is worn by a user to secure said base assembly firmly adjacent to the user's chest. A plurality of support pins protrude outward from the base assembly for receiving and supporting a weapon thereupon. Typically, a weapon having a barrel area and a trigger guard is supported upon the support pins by resting the barrel area of the weapon upon a first support pin and resting the trigger guard of said weapon upon a second support pin. A detachable fastening strap extends from an edge of the base assembly, around the supported weapon, and engages the base assembly on the other side of said weapon, cinching the weapon against the base assembly and holding it firmly thereat, providing the user with hands-free support and permitting said user to move about in an unencumbered manner.

Abstract: A multilayered thin film structure for attaching input/output pins to a ceramic substrate, and method of making the thin film structure are disclosed. A thin adhesion layer, which can suitably be a refractory metal such as titanium, vanadium, chromium or tantalum, is first formed on the surface of the substrate. A thick stress reducing layer of soft metal such as copper, silver, nickel, aluminum, gold or iron is subsequently formed over the adhesion layer. To prevent the soft metal from reacting with subsequently brazed gold-tin pin eutectic alloy, a reaction barrier layer which can be titanium or zirconium is then deposited over the soft stress reducing metal cushion layer. The process is completed by finally depositing a gold layer over the reaction barrier layer.