Abstract: A portable and adjustable head and neck rest device supporting the side of the neck and head while mounted on a vehicle or automobile sears head rest. It uses a cylindrical support bar and cushion to support the side of the neck and head. The supports are made adjustable by the pivoting motion of the cylindrical support bar about a pivoting pin and about a threaded rod. The device is securely fastened to the existing pillars of a sears head rest with the use of a threaded ‘V’ or ‘L’ shaped damp. Installation and removal of the device from an automobile seat head rest requires no external tool.

Abstract: A portable and adjustable head and neck rest device supporting the side of the neck and head While mounted on a vehicle or automobile sears head rest. It uses a cylindrical support bar and cushion to support the side of the neck and head. The supports are made adjustable by the pivoting motion of the cylindrical support bar about a pivoting pin and about a threaded rod. The device is securely fastened to the existing pillars of a sears head rest with the use of a threaded ‘V’ or ‘L’ shaped damp. Installation and removal of the device from an automobile seat head rest requires no external tool.

Abstract: An electronic module includes an insulative housing and at least one circuit board contained within the housing. A plurality of connectors are coupled to the circuit board, and at least some of the connectors accessible through a surface of the housing. At least one fuse is electrically connected to the circuit board, and an insulative fuse door is sealingly engaged to the housing and positionable with respect to the housing to provide access to the fuse from an exterior of the housing.

Abstract: An electronic package includes a circuit board and a capsule layer encasing the circuit board and forming an immersible electronic module. A housing receives the electronic module and forms a protective shell around the electronic module.

Abstract: A low voltage lamp assembly includes a lamp housing having an illumination bore extending along an optical axis and that receives a light transmission member. A low voltage light source is situated within the bore and is axially aligned with the optical axis. A bushing is positioned within the bore and surrounds a portion of the light source. First and second wires extending from the lamp assembly for establishing an electrical connection to the light source. The wires are received by a strain relief pod separated from the lamp housing. The strain relief pod includes a current limiter therein.

Abstract: An electronic module includes an insulative housing and at least one circuit board contained within the housing. A plurality of connectors are coupled to the circuit board, and at least some of the connectors accessible through a surface of the housing. At least one fuse is electrically connected to the circuit board, and an insulative fuse door is sealingly engaged to the housing and positionable with respect to the housing to provide access to the fuse from an exterior of the housing.

Abstract: An electronic package includes a circuit board and a capsule layer encasing the circuit board and forming an immersible electronic module. A housing receives the electronic module and forms a protective shell around the electronic module.

Abstract: A low voltage lamp assembly includes a lamp housing having an illumination bore extending along an optical axis and that receives a light transmission member. A low voltage light source is situated within the bore and is axially aligned with the optical axis. A bushing is positioned within the bore and surrounds a portion of the light source. First and second wires extending from the lamp assembly for establishing an electrical connection to the light source. The wires are received by a strain relief pod separated from the lamp housing. The strain relief pod includes a current limiter therein.