Abstract: An electric terminal connector comprises a generally tubular metal part adapted to fit over the previously bared end of the conductive core of an insulated electric conductor. An insulative sleeve has a front portion adapted to be engaged with this metal part and a rear portion larger than the front portion adapted to fit over the corresponding end of the insulation of the electric conductor. The insulative sleeve comprises a transverse shoulder on its inside. The rear portion of the metal part is straight and its end is adapted to bear on this transverse shoulder. There is at least locally between the metal part and the insulative sleeve a film of adhesive which fastens them together. In line with at least the transverse shoulder the internal surface of the insulative sleeve has a diameter at most equal to that of the inside surface of the metal part.

Abstract: A high voltage electrical connector for quickly connecting two stripped back electrical conductors including a plastic enclosure, a tubular glass insulator in the enclosure, a metal liner in the glass insulator, and first and second metal connectors telescopically positioned inside of the liner. Each of the connectors includes a longitudinal opening in the middle, and a longitudinal channel on the outside for receiving a bent back stripped electrical conductor. The liner includes first and second inwardly biased electrical contacts engaging the conductors in the longitudinal channels. Rotational alignment between the connectors and the liner align the biased electrical contacts with the longitudinal channels.

Abstract: A data connector is disclosed herein which includes a plurality of terminals situated in an insulative housing, and the housing is surrounded by shielding members to form a shielded subassembly, the shielded subassembly finally being inserted within a premolded one piece boot to form a data connector which is interconnectable to shielded data cable. The data connector of the instant invention can be field assembled and installed and is intermatable with similar data connectors having T-bars and T-slots without the complexity thereof. Alternatively, the data connector of the instant invention is interconnectable with a communications outlet locally mounted which houses similar terminals electrically interconnected to like shielded data cable.

Abstract: A coaxial electrical connector for connecting an antenna to a walkie talkie radio or the like includes a center contact member (21) for electrically connecting the antenna (12) to the radio (10), and a collar (23) having bayonet coupling structure (67) for mechanically coupling the connector to the outer contact (71) of a complementary coaxial connector (50) in the radio (10) without electrically connecting the connector to the outer contact (71). Because the antenna does not require coaxial electrical connection to the radio, the outer contact is eliminated from the coaxial connector of the present invention and replaced in support function by a semirigid, dielectric shell (22) which both electrically insulates the center contact member (21) and provides mechanical support to resist stresses caused by loads applied to the antenna.

Abstract: This invention relates to a submersible electrical cable splice, and the method of making the same. It employs a housing sleeve of an elastomeric material which is hollowed out to include a central cavity connected at each of the ends by bores which are of slightly smaller diameter than the cables which are to be connected. In the process of making the splice, one end of the housing sleeve is lubricated, and one of the cables is pushed clear through and out the other end of the housing, where it is joined to the other cable end in abutting relation in a metal crimp connector. The joined cables are then pulled in the opposite direction back through the bore of the housing sleeve, until the crimping connector seats in the central cavity, which is of slightly smaller diameter than the crimping connector, squeezing out the air. It should be understood that a pocket or void or space is to be eliminated or reduced to insignificant amounts.

Abstract: A lightbulb assembly composed of (a) a lightbulb and base in electrical engagement in (b) a wired plug and (c) a keeper to keep the assembly together; the keeper includes a cap with an opening in the upper surface for passage of the bulb and with the axial face of the cap in engagement with the axial face of the bulb base, and not the bulb, and with the annular portion of the cap having a portion on it for normal hooked-up engagement with a companionate portion on the plug to keep the lightbulb in electrical engagement with the wired plug in normal use.

Abstract: A removable adaptor sleeve for connecting an electrode lead having a low profile plug to a pulse generator having a high profile socket. The adaptor sleeve fits over the plug end of the electrode lead so as to provide a high profile plug configuration. The sleeve has a side wall which includes axial grooves terminating at the apex of corresponding V-shaped notches. The notches and axial grooves allow the adaptor sleeve to be torn away so as to expose for use the low profile plug end of the electrode lead, as desired.

Abstract: A high tension feeding cable, includes:a body of cable which has a high tension core for supplying a high tension current, and an inner covering layer provided on the outer surface of said high tension core, cylindrical terminals, attached to said cable body, for connecting the high tension core to mating electrical apparatus, said cylindrical terminal having a connecting section which connects the inside and outside of the cylinder, said cylindrical terminal being attached to said cable body so as to have the connecting section positioned in the neighborhood of the end surface position of said cable body, and terminal caps, provided on the end sections of the body of cable with the cylindrical terminal, for protecting said cylindrical terminals and further for connecting the high tension feeding cable mechanically to mating electrical apparatus.

Abstract: An electrical termination comprises a cable lug 1 fitted to an end of an electric cable 3 and connected to a terminal 5 provided with an insulating bushing 6. An insulating shroud 13 comprising a rigid sleeve 14 and a removable closure element 15 fits over the terminal in spaced relationship thereto, with the space between the sleeve 14 and the bushing 6 at the end portion 19 of the sleeve 14 opposite the closure element 15 being closed by an annular insulating member 18. The sleeve and the closure element are provided with cooperating open end slots 20, 21 which define an aperture in the shroud in which a further insulating sleeve 23 fits so as to extend outwardly from the shroud. The cable lug 1 passes through the sleeve 23.

Abstract: A hollow, cylindrically shaped, elastically deformable sealant member is disposed over external threads of a mounting unit, and subsequently a driver element having internal threads matable with the external threads is screwed onto the external threads, an elasticity and inside diameter of the sealant member being such so as to tightly adhere to at least one turn of the external threads and an outer surface of the driver element to provide an environmental seal between the internal and external threads.