Abstract: The present disclosure relates to grounding assemblies for cables entering telecommunications enclosures. The grounding assemblies include a grounding attachment interface, a strength member fixation mount, and first and second cable fixation mounts that are electrically coupled together to ground strength members and a conductive shield of a cable.

Abstract: The invention relates to an electric connector with a shield contact. This connector comprises a sleeve with a cavity designed to receive the end of at least one cable provided with a first contact and a shielding ferule, and an outer surface. This connector also comprises a metal shield contact ring having at least one inner elastic tongue extending toward the inside of the cavity to establish an electric contact with the ferule, and at least one outer elastic tongue extending toward the outside of the outer surface to establish an electric contact with the shield of a counter-connector or a housing incorporating a counter-connector having a second contact connected to the first contact, when the connector and the counter-connector are coupled.

Abstract: The invention relates to an array of several semiconductor components (20, 30), comprising a layer array (40) having a first and a second semiconductor component (20, 30), each being formed in an electrode layer (34) having a drain and a source electrode (22, 23, 32, 33), a gate electrode (21, 31) in a further electrode layer, and a layer stack between the electrode layer (34) and the further electrode layer (21, 31). The invention further relates to a method for producing an array having a first and a second semiconductor component (20, 30) in a layer array (40) and to the application thereof.

Abstract: A ground strap shield connection includes a body member disposed between an insulation layer and a ground shield of a first cable. The body member has a first tapered portion and a first threaded portion on an outer surface thereof. A cap member has a second tapered portion and a second threaded portion on an inner surface thereof. The ground shield of the first cable is disposed between the first and second tapered portions of the body member and the cap member when the first and second threaded portions are engaged. A ground strap has a first end connected to the cap member and a second end connectable to another ground strap of another ground strap shield connector connected to a second cable.

Abstract: An object is to mount a harness protector on a circular-sectional-shaped reinforcing member stably in a space-saving manner. A protector into which a wiring harness is inserted is arranged on a top portion of a circular-sectional-shaped horizontal reinforcing member at a vehicle side along a longitudinal direction of the reinforcing member. A curved bottom surface formed on a bottom of the protector is engaged with a curved top surface of the reinforcing member. A locking clamp projected from the bottom is engaged with a hole of the reinforcing member. A notch portion communicated with the curved bottom surface and a bracket positioned at an upper side of the notch portion are provided on a sidewall of the protector. A receiving bracket of the reinforcing member is engaged with the notch portion, and the bracket is screwed and fixed to the receiving bracket.

Abstract: An organic electro-luminescence device capable of reducing a resistance of a cathode electrode to enhance brightness uniformity at each location within the device is described. The organic electro-luminescence device includes a bank layer formed over a substrate, the bank layer including a first, second, and third portion. A first electrode is formed between the first and second portions of the bank layer. An auxiliary electrode is formed where at least a part of the auxiliary electrode is formed between the second and third portions of the bank layer. A voltage drop prevention pattern is formed on the auxiliary electrode. An organic material layer formed between the first and second portions of the bank layer. A second electrode formed on the organic material layer, where at least a portion of the second electrode is electrically coupled to the auxiliary electrode.

Abstract: The present invention provides device components geometries and fabrication strategies for enhancing the electronic performance of electronic devices based on thin films of randomly oriented or partially aligned semiconducting nanotubes. In certain aspects, devices and methods of the present invention incorporate a patterned layer of randomly oriented or partially aligned carbon nanotubes, such as one or more interconnected SWNT networks, providing a semiconductor channel exhibiting improved electronic properties relative to conventional nanotubes-based electronic systems.

Abstract: An organic electro-luminescence device capable of reducing a resistance of a cathode electrode to enhance brightness uniformity at each location within the device is described. The organic electro-luminescence device includes a bank layer formed over a substrate, the bank layer including a first, second, and third portion. A first electrode is formed between the first and second portions of the bank layer. An auxiliary electrode is formed where at least a part of the auxiliary electrode is formed between the second and third portions of the bank layer. A voltage drop prevention pattern is formed on the auxiliary electrode. An organic material layer formed between the first and second portions of the bank layer. A second electrode formed on the organic material layer, where at least a portion of the second electrode is electrically coupled to the auxiliary electrode.

Abstract: A ground strap shield connector assembly includes first and second ground strap shield connectors connected to ends of first and second cables. The first and second ground strap shield connectors include first and second substantially cylindrical support sleeves disposed between an inner insulation layer and a ground shield of the first and second cables, respectively. First and second connecting members are disposed on a portion of the ground shields of the first and second cables such that the first and second connecting members surround the first and second support sleeves, respectively. A ground strap has a first end connected to the first connecting member secured to the first cable and a second end connected to the second connecting member secured to the second cable.

Abstract: The invention concerns a semiconductor component with a layered arrangement with an electrode, an organic semiconductor layer, an injection layer, and an additive layer, which consists of an additive, which on contact with the molecular doping material modifies its doping affinity with respect to the organic material of the organic semiconductor layer, wherein in the injection layer a layered region is formed with a first doping affinity of the molecular doping material with respect to the organic material and a further layered region is formed with a second, in comparison to the first doping affinity smaller, doping affinity of the molecular doping material with respect to the organic material. Furthermore the invention concerns a method for the manufacture of a semiconductor component and also the application of a semiconductor component.

Abstract: A connector having a nut-body continuity element is provided, wherein the nut-body continuity element electrically couples a nut and a connector body, thereby establishing electrical continuity between the nut and the connector body. Furthermore, the nut-body continuity element facilitates grounding through the connector, and renders an electromagnetic shield preventing ingress of unwanted environmental noise.

Abstract: A coaxial cable connector is provided having an inner contact configured to be terminated to a center conductor of a coaxial cable. A dielectric insert holds the inner contact. A shell holds the dielectric insert. The shell extends between a mating end and a cable end. The cable end includes a housing having an edge. The cable end is configured to be terminated to an end of the coaxial cable by pressing the edge into the end of the coaxial cable such that the housing is positioned radially inward of a jacket of the coaxial cable and the housing is in direct contact with a cable braid of the coaxial cable.

Abstract: Either displacement of a shielding sleeve itself on an outer cover is restricted or interference of a shielding member on the shielding sleeve with the outer cover as an insulating cover is prevented, so that the damage of the outer cover can be avoided. A shielded connector of the present invention includes a shielding sleeve 3, a hollow cylindrical housing 1, and a shielding terminal 2. The shielding sleeve 3 has an upstanding piece 3c that stands up in an outer diameter direction to prevent such an event that an end portion of a shielding member 25 or an end portion of the shielding terminal 2 comes into contact with the outer cover 22.

Abstract: Axially compressible, F-connectors for conventional installation tools for interconnection with coaxial cable include grounding inserts for establishing electrical continuity despite inadequate nut tightening. The connector has a rigid nut, a post penetrating the nut, a tubular body, and an end cap. The conductive post coaxially extends through the connector, linking the nut and body. A post end penetrates the coaxial cable. Internal grounding inserts comprise a circular band coaxially engaging the post and portions on the band engaging the nut. Multiple radially spaced apart spring clips defined around the band grasp a flange portion of the post. The band is seated within a ring groove within the nut, making electrical contact. An alternative insert comprises a tubular band for contacting the post and an integral skirt abutting the nut's internal ring groove and contacting a portion of the socket to which the connector is coupled.

Abstract: According to one embodiment, an electronic apparatus is provided with a first housing that comprises a first ground and a second housing comprising a second ground. The electronic apparatus further comprises (i) a plurality of first protrusions on an inner surface of the first housing, at least one of the plurality of first protrusions comprising, on a peripheral surface thereof, a first conductor electrically connected to the first ground; (ii) a hinge pivotably connecting the first housing and the second housing; and (iii) a cable extending between inside the first housing and inside the second housing through the hinge, supported by the plurality of first protrusions, electrically connected to the first conductor in the first housing, and electrically connected to the second ground in the second housing, the cable electrically connecting the first ground and the second ground.

Abstract: A shield cover for a braided wire shield that is capable of securely fixing a braided wire to a shield member through a single pressing operation. The shield cover having a mating end, an inner casing, an outer cover housing. and a securing section. The inner casing positioned at an end opposite the mating end and having a shield receiving passageway. The outer cover housing positioned at the mating end of the shield cover and forming a connector receiving passageway being wider than the shield receiving passageway. The securing section extends from the inner casing toward the mating end and positioned apart from the outer cover housing.

Abstract: A cable assembly includes a housing having a mating end and a cable end and receives a cable through the cable end. The housing has a mounting block proximate to the cable end. A ferrule is configured to be terminated to the cable. The ferrule has an inner bushing and an outer bushing, with the inner and outer bushings cooperating to capture a cable braid of the cable therebetween. The ferrule is retained within the mounting block such that the ferrule is housed interior of the housing.

Abstract: A scan unit having an electromagnetic interference (EMI) noise blocking unit and usable with an image forming apparatus includes a document plate supporting a document, a reading module which is disposed under the document plate, performs a reciprocating motion, and includes an image sensor that reads an image of the document and generates an image signal in response to the read image, a flexible flat cable (FFC) which is connected to the reading module and functions as a transfer path of power and the image signal, and an EMI noise blocking unit which blocks noise that occurs when the image signal of the reading module is transmitted.

Abstract: A cable assembly (100) includes a housing having a main portion (11, 21) and a mounting portion (12, 22) extending backwardly from the main portion, the mounting portion defining a positioning cavity (1202, 2202) in an inner side thereof; a cable (4) having a number of wires (41) and a jacket (40), the wires enclosed by the jacket; a strain relief member (7) having an inner ring (71, 72) and an outer ring connected with each other to form a one-piece structure; and the strain relief member mounted to a front segment of the cable, the wires of the cable forwardly extending through the inner ring, the jacket of the cable sandwiched between the outer ring and the inner ring, the outer ring accommodated in the positioning cavity of the mounting portion.

Abstract: A universal battery charger including: a housing with a first locating surface; and a slide cover formed corresponding to the housing and having a second locating surface corresponding to and leaning against the first locating surface. The housing is provided with terminal pieces for adjusting the position. The terminal pieces may be moved by fingers from the bottom of the housing. The second locating surface of the slide cover is in tight contact with the first locating surface when the charger is not used, thereby creating a complete contour of the charger without any gaps. In charging, the slide cover is pushed outwards over a certain distance according to the dimensions of batteries such that a charging space is created between the second locating surface and the first locating surface of the housing.

Abstract: A universal charger for NiH and lithium batteries including: a housing with a first locating surface; and a slide set formed corresponding to the housing with a charging groove thereon for NiH batteries to be positioned in and having a second locating surface corresponding to and leaning against the first locating surface. The housing is provided with terminal pieces for adjusting the position. The terminal pieces may be moved by fingers from the bottom of the housing. As the second locating surface of the slide set contacts the first locating surface, a charging groove is formed on the surface for one to four NiH batteries to be charged, when the slide set is pushed outwards over a certain distance such that a charging space is created between the second locating surface and the first locating surface of the housing with the prearranged lithium batteries established for the charging purpose.

Abstract: According to one embodiment, an electronic apparatus is provided with a case, a module contained in the case, a ground provided in the case, a plurality of protrusions which protrude from an inner surface of the case, and a cable connected electrically to the module. At least one of the protrusions includes, on a side face thereof, a conductor connected electrically to the ground. The cable includes an electrically conductive film and is supported by the respective side faces of the protrusions.

Abstract: A connecting element between a first electric shielding assembly that surrounds a cable feedthrough and includes at least one tubular insulating barrier that surrounds the cable feedthrough and at least one second electric shielding assembly that surrounds the cable feedthrough and includes at least one tubular insulating barrier that surrounds the cable feedthrough. A continuous barrier system around the cable feedthrough is provided by a connecting element with at least two interconnecting insulating barriers, which can be inserted into the shielding assemblies, even if the shielding assembly is configured from sub-segments. The disclosure also relates to an electric shield for a cable feedthrough and to a method for producing an electric shield for a cable feedthrough.

Abstract: A cable assembly (1000) includes an elongated metallic housing (10A) and a cable holder member (6) attached to a rear portion of the housing (10A); a cable (4) coupled to the housing, with a mounting portion (40) thereof gripped by the cable holder member; and a protective member (5) embedded in the mounting portion of the cable, disposed outside of the wires (42) of the cable.

Abstract: An improved device for bonding a grounding electrode conductor to the enclosure of an electric service box comprising a grounding electrode conductor and a two part tapered metal sleeve connector assembly into which the conductor is inserted. A threaded fitting extends over the sleeve and a nut compresses the fitting and sleeve around the grounding electrode conductor. Both the conductor and the connector assembly are designed in conformance to the 2002 National Electric Code and the UL's Laboratory Manuals for connectors and grounding equipment.

Abstract: A method for fabricating a thin film pattern and a method for fabricating a flat panel display device using the same to form an organic material pattern by not using a photo process are disclosed. The method for fabricating the thin film pattern includes forming a first conductive thin film pattern on a substrate; forming a master mold provided with a second thin film pattern; coating an organic material on the master mold provided with the second thin film pattern; joining the substrate and the master mold to contact the first thin film pattern and a surface of the substrate with the organic material; hardening the organic material; separating the substrate and the master mold from each other to provide an organic thin film pattern having step coverage formed by the second thin film pattern on a substrate provided with the first thin film pattern.

Abstract: A powered external serial advancement technology attachment (eSATA) socket has a front and a chamber formed in the front of the socket and having multiple eSATA terminals and a power supply assembly. The eSATA terminals are formed on and protrude from the inner surface of the chamber. The power supply assembly has multiple feet formed on and protruding from the inner surface of the chamber and connected electrically to a power source. Therefore, supplementary power wires or plugs are unnecessary when using the powered eSATA socket that is therefore more convenient and promotes widespread application of eSATA technology.

Abstract: The deterioration of the signal characteristic of a differential transmission connector is improved. The connector connected electrically with a plurality of cables each including a pair of signal lines and a pair of drain lines includes a pair of adjacent signal contactors connected with the pair of signal lines of the cable, a ground contactor connected with at least one drain line of the cable, a carrier on which the pair of signal contactors and the ground contactor are alternately arranged on the same plane in a line in the width direction perpendicular to the axial direction of the cable, and a first metal shell covering at least a part of the ground contactor, a part of the signal contactors and a part of the carrier. The connector is characterized in that the first metal shell has at least one ground contactor and a first contact.

Abstract: A method of repairing a light-emitting device capable of performing high quality image display even if pinholes are formed when forming an organic compound layer is provided. Device contamination can be prevented during repair. By applying a reverse bias voltage to an organic light emitting element during fixed periods of time, the electric current flowing in the EL element during application of the reverse bias voltage is reduced. Further, by forming a cathode so as to contain as little as possible of the high mobility ions Li and Na, contamination of the device when the reverse bias is applied can be prevented. It is preferable to use AlMg and MgAg for this type of cathode.

Abstract: In a method of grounding a shielded wire and a structure of grounding a shielded wire, a ring portion is formed in a ring shape by leading a braided wire to or to an opposite side of an insulating outer sheath so as to be separated in an outer circumferential direction of the insulating outer sheath. With respect to an outer circumference of the insulating outer sheath, an inner circumferential cylinder is disposed at an inner circumference side of the ring portion and an outer circumferential cylinder is disposed at an outer circumference side thereof. Further, the outer circumferential cylinder and the inner circumferential cylinder are connected each other to form a sleeve fitting. With the sleeve fitting, an attached wire is connected to the ring portion, such that grounding is performed.

Abstract: A coaxial cable shielding terminal for electrically connected at an end of a coaxial wire, comprising a press-clamping portion including a pair of braid press-fastening portions which extend in a generally upstanding manner respectively from opposite side edges of a terminal bottom plate portion, and can be press-connected to a braid of the coaxial wire by press-fastening, and a connection piece which is inserted at its distal end portion between an inner insulating layer of the coaxial cable and the braid from the end side of the coaxial cable so that the braid can be held between the connection piece and distal end portions of the braid press-fastening portions. A retaining portion is projected from an inner surface of each of the braid press-fastening portions so as to block the connection piece to be displaced toward a conductor core of the coaxial cable during the press-fastening operation.

Abstract: An organic semiconductor device is provided. The device has a first electrode and a second electrode, with an organic semiconductor layer disposed between the first and second electrodes. An electrically conductive grid is disposed within the organic semiconductor layer, which has openings in which the organic semiconductor layer is present. At least one insulating layer is disposed adjacent to the electrically conductive grid, preferably such that the electrically conductive grid is completely separated from the organic semiconductor layer by the insulating layer. Methods of fabricating the device, and the electrically conductive grid in particular, are also provided. In one method, openings are formed in an electrically conductive layer with a patterned die, which is then removed. In another method, an electrically conductive layer and a first insulating layer are etched through the mask to expose portions of a first electrode.

Abstract: A cable shield ground connector includes an inner part and outer part clamped together by means of a threaded stud carried by the inner part engaged by a nut. The inner part defines a smoothly tapered, arcuate, conductor-receiving trough portion configured for insertion between the conductors of a service cable and the cable shield. A threaded stud and tang project from the inner part in a direction opposite from the opening defined by the trough portion. A plurality of teeth project integrally from fillets of the outer part in parallel rows to define a jacket-gripping portion of the outer part. The channel-shaped outer part defines a guide for receiving the tang of the inner part. The stud passes through an aperture defined by the web of the outer part and the tang is received in the guide, thereby assuring longitudinal alignment of the inner and outer connector parts.

Abstract: A cable shield ground connector includes an inner part and outer part clamped together by means of a threaded stud carried by the inner part engaged by a nut. The inner part defines a smoothly tapered, arcuate, conductor-receiving trough portion configured for insertion between the conductors of a service cable and the cable shield. A threaded stud and tang project from the inner part in a direction opposite from the opening defined by the trough portion. A plurality of teeth project integrally from fillets of the outer part in parallel rows to define a jacket-gripping portion of the outer part. The channel-shaped outer part defines a guide for receiving the tang of the inner part. The stud passes through an aperture defined by the web of the outer part and the tang is received in the guide, thereby assuring longitudinal alignment of the inner and outer connector parts.

Abstract: A shield terminal, having a cylindrical shape, is so designed that brackets for connecting a rectangular plate to a grounding cable are formed at both side ends of the rectangular plate, and a shielded wire is enclosed by bringing the inner faces of the brackets into alignment. Then, a braided shield of the shielded wire, which is exposed from the shield terminal, is folded over the outer wall of the shield terminal. Further, a caulking ring is fitted over the braided shield and securely engages the outer wall of the shield terminal, and the portion whereat both side ends of the shielded wire are aligned has a cross-stitch shape.

Abstract: A conductor protector for providing crush resistant support to the conductors in a cable and implementing a ground connection between the metallic shield of a cable and a common ground point employs an elongated, trough-like member composed of electrically conductive, structurally rigid material particularly adapted for use in conjunction with cable shield ground clamps. Conductive extensions project from one end of the conductor protector to provide a conductive path between the cable shield and a location exterior of the cable jacket, eliminating the need to remove the jacket prior to assembly into a ground clamp.

Abstract: A shielded cable connector assembly in which a shielded cable includes an insulating layer formed on an outer peripheral surface of a conductor, and a sheath layer formed on an outer surface of the insulating layer through a braid, and a terminal is pressed to grip the conductor and the insulating layer of the shielded cable, thereby providing the terminal with the shielded cable. The terminal with the shielded cable is inserted into a terminal receiving chamber in a housing body. One side wall of the housing body is notched to form an operation opening at the terminal receiving chamber. A braid contact member projects into the terminal receiving chamber from the operation opening. The braid contact member has a size smaller than an outer diameter of the shielded cable. When the terminal with the shielded cable is inserted into the terminal receiving chamber, the braid contact member is automatically inserted between the sheath layer and the insulating layer.

Abstract: A terminating ferrule (10) for connecting a screen (34) of a screened cable (30) to an electrical connector (46) and a method for its installation. The ferrule (10) comprises inner (12) and outer (14) tubular portions with front ends connected by an annulus (18) and forming a rearwardly - opening cavity (22) into which the screen (34) and jacket (32) of the cable (30) can be inserted to make electrical contact between the screen and the ferrule and to mechanically hold the ferrule to the jacket. The ferrule is engaged with a rearward projection (50, 54, 62) of connector body (56, 60) to provide an electrical connection between the screen (34) and connector body.

Abstract: An enhanced electrical harness arrangement for an aircraft engine that is arranged to provide optimum protection of the electrical conductors from extreme thermal, EMI, vibration and chafing problems encountered in service. The harness arrangement provides a high degree of repairability thereby ensuring a long service life for the harness wile also minimizing the time required for necessary repairs to the electrical conductor terminals. A repair splice member has an electrical conductor bundle inserted through it and is spaced from a connection of the electrical conductor bundle to an aircraft gas turbine engine.

Abstract: One side of a shielded terminal coated with a low-melting-point conductive coupling material is inserted between an outer insulating cover and a braided wire or between an inner insulating cover and the braided wire, and with one side of the shielded terminal inserted, ultrasonic vibrations are applied from above the outer insulating cover, so that the low-melting-point coupling material is molten and one side of the shielded terminal and the braided wire are conductively connected to each other, forming a shielded conductor.

Abstract: An electrical connector assembly simply, and securely, grounds a shielding layer of a telephone cable to a conductive, grounded electrical box housing a protector module. During assembly, an insulation layer is removed from an end of the telephone cable to expose a portion of the shielding layer. The exposed portion of the shielding layer is folded back onto an adjacent, remaining portion of the insulation layer. A first sleeve is inserted into the end of the telephone cable and resides beneath a portion of the shielding layer. A second sleeve, formed of an electrically conductive material, is physically and electrically attached to the electrical box. The end of the telephone cable, having the first sleeve inserted therein, is inserted into the second sleeve.

Abstract: An electrical coupling part comprising a conductive coupling member, an inner conductive layer surrounding the coupling member, an insulating layer surrounding the conductive layer, and an elastic protective sleeve which comprises at least one cylindrical portion adjacent to an end of the insulating layer and a conical portion adjacent to the cylindrical portion, the protective sleeve further comprising, at an end remote from the cylindrical portion, an orifice of greater diameter than the cylindrical portion.

Abstract: A shielded patch panel including a shield coupler that electrically connects a shield layer from an incoming cable to the shielded housing of a modular outlet. The shield layer of a shielded incoming cable is connected to the shield coupler through a spade that facilitates installation of the incoming cable. The shield coupler includes a plurality of arms that electrically connect the shield layer of the incoming cable to a shielded housing of the modular outlet. The shield coupler enhances the transfer impedance of the screened patch panels and results in compliance with the transfer impedance requirements.

Abstract: The present invention relates to a method and a device for grounding shielding braids of shielded cables. The device includes a longitudinal support of generally channel-shaped cross section, with a gasket covered in a sheath disposed in the bottom thereof. The support is suitable for receiving a cover on the top face thereof, the support including, in the upper portion thereof, a series of holes suitable for receiving the shielded cables.

Abstract: A shielded cable (1) includes a conductor (2), an inner insulating sheath (3) covering the conductor (2), a braid (4) provided around the inner insulating sheath (3), and an outer insulating sheath (5) covering the braid (4). An end portion of the outer insulating sheath (5) and an exposed portion of the braid (4), disposed adjacent to the end portion of the outer insulating sheath (5), are covered with an annular shield stopper (11) in such a manner that the shield stopper extends over the outer insulating sheath and the braid. An annular pressing portion (19) of a shield terminal (12) is inserted between the braid (4) and the inner insulating sheath (3). The shield stopper (11) is pressed, thereby simultaneously forming a first pressed portion (28) and a second pressed portion (29) at the shield stopper, the first pressed portion being pressed into the outer insulating sheath (5) while the second pressed portion is pressed into the braid (4).

Abstract: An electrical connector assembly simply, and securely, grounds a shielding layer of a telephone cable to a conductive, grounded chassis of a protector module. The connector assembly includes an electrically conductive sleeve, which is inserted into an end of the telephone cable. The conductive sleeve engages the shielding layer within the telephone cable. A threaded stud is integrally formed on the conductive sleeve and extends outwardly. A conductive bracket is mounted on the grounded chassis, and has a through hole for receiving the threaded stud. The threaded stud is secured, by a nut, to the conductive bracket, thereby grounding the shielding layer of the telephone cable to the grounded chassis. By the arrangement, the telephone cable's shielding layer is grounded, the telephone cable is firmly coupled to the protector module, and strain relief is provided in the coupling.

Abstract: A connection structure for a shield electric cable and a method of processing a shield electric cable are intended for a shield electric cable having a cable core, an insulating inner jacket covering the cable core, a braided wire formed around the insulating inner jacket, and an insulating outer jacket formed around the braided wire so as to cover the cable core, the insulating inner jacket, and the braided wire. The connection structure includes an exposed portion of the braided wire obtained by partially exposing the braided wire and a shield terminal connected to the exposed portion. The shield electric cable and the shield terminal are connected to each other with a shield terminal joint portion formed between the shield terminal and the exposed portion by use of resistance welding. The method of processing a shield electric cable includes a step of bringing the shield terminal into contact with the exposed portion so as to resistance-weld the shield terminal to the exposed portion.

Abstract: A contact element includes a clamped portion connected on a shielding net folded back on a sheath after being exposed by removing an end portion of the sheath of a shield wire, and a folded portion formed to extend the clamped portion, the folded portion being folded to an inside of the clamped portion, and inserted between the shielding net and an inner insulator so that the sheath and the shielding net are nipped by the clamped portion and the folded portion.

Abstract: A shield bond strain connector for a cable which has strength members therein, such as a fiber optic telecommunications cable having an outer jacket surrounding the strength members and optical fibers, the connector having (i) an inner clamping element positioned against an inner surface of the cable jacket, with a first mounting bolt attached to the inner clamping element, and a prong formed along an end of the inner clamping element, (ii) an outer clamping element positioned against an outer surface of the cable jacket, having a hole therein receiving the first mounting bolt, and being forcibly urged against the cable jacket toward the inner clamping element, (iii) a clamping plate having a second mounting bolt thereon, and (iv) a shield bond extension element having first, second and third holes therein, the first hole receiving the first mounting bolt, the second hole receiving the prong, affixing the extension element to the inner and outer clamping elements, while the third hole receives the second moun

Abstract: A fiber optic cable bonding assembly includes a base member, a shield clamping member, and a strength member clamping member assembled in stacked relation. The fiber optic cable has a core, a metallic shield, at least one lengthwise extending strength member, and an overall jacket. A portion of the jacket is removed leaving exposed a portion of the metallic shield and the strength members. The base member has a tongue portion inserted between the shield and an underlying portion of the cable core. The shield clamping member overlies the shield to clamp the shield with the base member. A strength member clamping member overlies the strength members and the shield clamping member to clamp the strength members in a longitudinally extending direction. A threaded stud carried by the base member connects the base member, shield clamping member, and strength member clamping member together, as well as secures an end portion of a bonding strap to the stud.