Abstract: A cable clamp for holding a cable, preferably for an LED driver, including a clamp cover and a clamp gear which can be joined together, thereby defining an inner space for accommodating a portion of the cable, and a bracket placed inside the inner space and configured to apply a clamping force on the cable, wherein the bracket is adjustable in a direction perpendicular to the axial direction of the cable such that the bracket can take different positions in the joined state.

Abstract: An anti-ligature cover for electrical devices, such as outlets, switches, emergency signs, exit signs, and junction boxes is presented herein. In particular, the cover is structured to house or cover a standard surface-mounted or wall-mounted electrical device commonly found in institutions, hospitals and prisons. The cover includes a top face that is sloped in a downward direction from the rear base toward the front surface. The downward sloped configuration prevents or restricts retention of a loop or ligature thereon.

Abstract: A reinforcing add-on, method of use, and method of manufacture facilitates housing a portion of a mobile charging cord to prevent cord damage. The reinforcing add-on comprises mating top and bottom portions having a housing cavity, proximal end, central body, and distal end, with a cord channel extending therebetween. The central body has a proximal section and a distal section meeting at a bend angle ?, wherein ? is an obtuse angle. Side walls having side wall edges extend along the housing cavity, proximal end, central body and distal end, having attachment means for attaching the top and bottom portions to one another to form the reinforcing add-on and house the portion of the mobile charging cord. The reinforcing add-on is appointed to be attached to and house the portion of the mobile charging cord to prevent bend strain and increase the cord's service life.

Abstract: It is proposed to design a retaining frame (1) for retaining plug-in connector modules (40) in such a way that retaining means (41) of the plug-in connector modules (40) can be retained in recesses (11) of the retaining frame (1) in a play-free manner. To this end, the retaining frame (1) is designed in two pieces, wherein a slot (2/3) between the two retaining frame pieces (2/3) extends through the recesses (11). By under-sizing the recesses (11) in relation to the dimension of the retaining means (41) of plug-in connector modules (40), a press-fit of the retaining means (41) in the recesses (11) is effected by the assembly of the retaining frame parts (2, 3).

Abstract: A strain relief clamp system and method include a base with a plurality of plates arranged in a stack on the base. A fastener, such as a bolt having a nut threaded thereon, is situated to selectively draw the plates against the base so as to clamp a fiber optic cable strength member received between adjacent plates.

Abstract: A cable connecting apparatus includes ground conductors, a first plate member, a second plate member, a separation torsion spring, and engagement members. The ground conductors each include a body that is to be mounted on an outer conductor of a cable, and an arm that is disposed on the body and to be connected to a ground contact of a cable connector. The first plate member and the second plate member clamp the ground conductors in a state in which the ground conductors are arranged side by side. The separation torsion spring and the engagement members are disposed between the first plate member and the second plate member and maintain a constant distance between the plate members.

Abstract: Disclosed are optical plug connectors and methods for making the same. The disclosure is directed to optical connectors. In one embodiment, the optical connector includes an optical body having at least one optical channel with an optical interface at a first side. The at least one optical channel having a total internal reflection (TIR) surface with a lens at the second side for turning the optical signal, and at least one fiber lead-in aligned to the TIR surface. The TIR surface may be angled in one or more directions from a longitudinal axis to allow a small form-factor for the optical body. In one embodiment, the optical body has a plurality of optical channels each having a discrete TIR surface. The optical connections disclosed herein may optionally also include an electrical connection if desired.

Abstract: Multifunctional and configurable wall plate systems are provided and has a vertical base panel for a first utility, the vertical base panel operable for (i) releasably attaching to a wall surface, and (ii) positioning parallel, or substantially parallel, to the wall surface during a use of the wall plate. The systems also have a second utility, as they include a configurable component for the second utility that is releasably attachable to the at least two side surfaces of the vertical base panel to provide at least two configurations of the wall plate system. And, in some embodiments, the panel can be repositioned radially around the vertical base panel to the at least two side surfaces, such that the position of the configurable component relative to the vertical base panel is adjustable for adding flexibility to placement of the single wall plate design.

Abstract: A cable binding device for binding cables includes a connector from which the cables extend, a fixing member detachably mounted to the connector, and a binding member pivotably mounted to the fixing member to bind the cables.

Abstract: A coaxial connector is provided with a connector body coupled to a connector coupling body. A slip ring is provided within a bore of the connector coupling body. An outer conductor groove of the connector body is open to a cable end of the connector body. A contact surface is provided on an inner sidewall of the outer conductor groove. A spring contact is provided between the slip ring and the connector body and a stabilizing assembly is coupled to a cable end of the connector coupling body. The axial advance of the connector coupling body towards the connector body drives the slip ring against the coil spring to clamp a leading edge of the outer conductor inserted into the outer conductor groove against the contact surface. The stabilizing assembly grips a jacket of the coaxial cable, stabilizing the interconnection. Methods of manufacture and interconnection are also disclosed.

Abstract: A foreign object damage protecting electrical connector backshell adaptor including a nipple having a forward end, a rearward end, a hollow bore, and a wall surrounding the hollow bore; an adaptor mounting coupling nut fixedly attached to the nipple's forward end; a retention flange, the retention flange being fixedly attached to or formed wholly with the nipple's rearward end, the retention flange having a seam dividing the retention flange at least into a movable clamp jaw segment and an opposing clamp jaw segment; clamp actuating screws connected operatively to the retention flange for drawing the movable clamp jaw segment from a cable receiving position to a cable clamping position; a tubular sheath and receptacle extending rearwardly from and annularly about the retention flange; and an annular clamping band engaging the tubular sheath forwardly from the retention flange.

Abstract: A connector is provided for improving connection reliability between terminal fittings by preventing wires from shaking to prevent sliding movements of the terminal fittings. The connector includes a metallic shield shell (10) to be mounted at ends of a plurality of wires (50). The shield shell (10) includes a mounting portion (11) for fixing the connector to a case of a device, and the mounting portion (11) includes a wire fixing portion (20) for holding and fixing the plurality of wires (50) on a surface thereof at a draw-out side of the wires (50).

Abstract: A wire containment cap for reducing horizontal strain on a cable terminated at a communication jack. The wire containment cap is part of the communication jack and includes a strain relief clip that may be actuated to apply pressure to the cable. The applied pressure holds the cable in place and helps prevent wire pairs of the cable from pulling out of terminals in the communication jack.

Abstract: A stabilizing coupling body assembly for a coaxial connector is provided with a coupling body dimensioned to couple at a connector end of the coupling body with a cable end of the connector. A jacket grip of rigid material is retained between the coupling body and a stabilizing body coupled to a cable end of the coupling body. An outer diameter of the jacket grip abuts an annular wedge surface of the stabilizing body. The wedge surface is provided with a taper between a maximum diameter proximate a connector end of the jacket grip and a minimum diameter proximate a cable end of the annular wedge surface. The jacket grip is driven radially inward as the stabilizing body is advanced axially towards the coupling body. Methods of manufacture include forming elements of the coupling body assembly via injection molding.

Abstract: A wire containment cap for reducing horizontal strain on a cable terminated at a communication jack. The wire containment cap is part of the communication jack and includes a strain relief clip that may be actuated to apply pressure to the cable. The applied pressure holds the cable in place and helps prevent wire pairs of the cable from pulling out of terminals in the communication jack.

Abstract: A wiring connector back shell having a plurality of cable exit angles is disclosed. The back shell has a single transition element with a number of holes fashioned therein, which allow a cable retaining device to be fastened thereto. The cable retaining device provides strain relief for the cable exiting the back shell, as well as determining the exit angle of the cable. The cable retaining device has integral pins which mate with hole patterns in the transition element, and are locked in place with a retaining collar. Alternatively, cable ties or tie wraps may be utilized to fasten the cable to the transition element. The system provides a high reliability, low mass method for cable back shells wherein cable exit angles are easily changed or chosen in the field.

Abstract: A wire containment cap for reducing horizontal strain on a cable terminated at a communication jack. The wire containment cap is part of the communication jack and includes a strain relief clip that may be actuated to apply pressure to the cable. The applied pressure holds the cable in place and helps prevent wire pairs of the cable from pulling out of terminals in the communication jack.

Abstract: An improved pole mount cable restraint insulator is described featuring a pin and bolt locking mechanism that may be used to secure a medium voltage 5 kV to 35 kV electrical cable to the insulator and riser pole. The cable restraint insulator includes a seat to secure the cable. A further improvement over existing cable restraints is the polymer insulating materials used in the construction. Such materials are lighter in weight, electrically track resistant, lower in cost and non-breakable. The cable restraint insulator may be constructed by injection molding and/or casting with variety of electrically insulating polymers.

Abstract: A backshell assembly that includes a housing configured to terminate a cable that has a main body defining a central longitudinal axis and a connector interface for mating with an electrical connector. At least one adjustment extension extends from the main body opposite the connector interface and substantially parallel to the central longitudinal axis. An adjustable strain relief structure is coupleable to the cable and the housing. The adjustable strain relief structure includes at least one adjustment member coupleable to the cable that cooperates with the adjustment extension of the housing such that the adjustment member is moveable between different cable positions with respect to the central longitudinal axis of the housing. A biasing member is disposed between the at least one adjustment member and the at least one adjustment extension of the main body. The biasing member biases the at least one adjustment member into engagement with the at least one adjustment extension.

Abstract: A wire containment cap for reducing horizontal strain on a cable terminated at a communication jack. The wire containment cap is part of the communication jack and includes a strain relief clip that may be actuated to apply pressure to the cable. The applied pressure holds the cable in place and helps prevent wire pairs of the cable from pulling out of terminals in the communication jack.

Abstract: Systems and apparatuses are provided for placing interconnects or connector modules into stacked arrangements, wherein individual interconnects or connector modules can be readily accessed and repaired without disrupting the stacked arrangement. In one embodiment, the electrical connector system has a plurality of interconnects mounted together in a stacked arrangement. Each of the interconnects comprises a connector body and a backshell removably coupled to the connector body, wherein the backshell is configured to receive and retain a overbraid. Each backshell is designed to be uncoupled from the connector body while retaining the plurality of interconnects in the stacked arrangement, thereby making is possible to repair single a interconnect without disrupting the others.

Abstract: The charger connector apparatus comprises an improved SB and SBX-style connector such as those typically employed in charging industrially used batteries. A primary difference of the apparatus from those presently in use is that it includes an integral cable/wire platform and clamp assembly on one end. The winged clamp securely and selectively holds the two DC wires which are fed into the clamp, wires which heretofore were subject to pulling out and to abrasion.

Abstract: A wire containment cap for reducing horizontal strain on a cable terminated at a communication jack. The wire containment cap is part of the communication jack and includes a strain relief clip that may be actuated to apply pressure to the cable. The applied pressure holds the cable in place and helps prevent wire pairs of the cable from pulling out of terminals in the communication jack.

Abstract: At an inner circumference side of a lower ring and an upper ring, flange pars are formed respectively, and a ring-shaped clamp device is arranged at the inner circumference side, and separated at four points, into a front side, back side, left side, and right side, and divided into four divided clamps. At the separation points of front and back sides, the left and right divided clamps are rotatably connected with each other, and at the separation points of left and right sides, the front and back divided clamps are connected to cylinders respectively. By the extension/contraction operation, the front and back clamps move between joint and separation positions, and if the front and back clamps position at the joint points, predetermined spaces are formed between the divided clamps. Lock blocks to be inserted into the spaces for regulating return of the divided clamps to the separation positions are provided.

Abstract: An electrical connector including an adapter, having an electric component attachment flange and a hollow bored nipple which is continuous with the adapter, the nipple having an outwardly opening “C” band receiving channel; an electrical cable extending through the nipple; a tubular sheath having a forward end overlying the hollow bored nipple's outwardly opening “C” band receiving channel; a first steel “C” band overlying the flexible tubular sheath, the first steel “C” band being positioned along the flexible tubular sheath so that it further overlies the outwardly opening “C” band receiving channel, the first steel “C” band extending the flexible tubular sheath into the outwardly opening “C” band receiving channel; and at least a second steel “C” band oppositely overlying the first steel “C” band.

Abstract: An electrical connector assembly is provided for terminating a plurality of electrical wires. A non-conductive connector housing mounts a plurality of signal terminals. A wire management module includes a non-conductive body mounting a plurality of ground terminals. The body positions a plurality of signal conductors and a plurality of ground conductors of the electrical wires, the ground conductors being terminated to the ground terminals. The ground terminals interengage with the connector housing to mount the wire management module to the housing with the signal wire conductors in position for termination to the signal terminals.

Abstract: The invention relates to a plug-in connector having a plug housing (1), which has accommodation ducts (2) for plugs (3) which can be secured in the accommodation ducts (3) by a secondary locking device (4). The secondary locking device (4) has a web or surface (6) with which the cables (5) connected to the plugs (3) are locked to the plug housing (1) to provide strain relief.

Abstract: A cable connector for a cable with a plurality of insulated wires comprises a housing of insulating material accommodating a plurality of contacts to be connected to the wires, a mainly hollow hood connected to the housing and having a strain relief element to maintain the cable stationary with respect to the hood. The hood comprises first and second hood parts which can be interconnected. The strain relief element is adapted to surround at least partially the cable. The strain relief element is pressed on the cable by co-operation with one of the hood parts during interconnecting the first and second hood parts. Further, the strain relief element is fixed within the first and second hood parts by interconnecting these hood parts.

Abstract: An adapter is configured to be installed on an existing cable, extending along a connector of the cable to present a latching surface on a flexible arm of the adapter for engagement with a latching surface within a latching member adjacent a port connector of a device. When these latching surfaces are engaged with one another, the cable connector is held in engagement with the port connector. The flexible arm may then be manually depressed to release the engagement of these latching surfaces. The adapter is installed on the existing cable by placing the cord of the cable between a pair of hooks extending in opposite directions from the adapter, and by then turning the adapter on the cord so that the hooks are brought into position to extend partly around the cord.

Abstract: A floor sensor assembly includes a receptacle having at least one first electrical contact and a first substantially flat surface partially defining a floor surface. A sensor device is detachably secured to the receptacle and includes at least one second electrical contact electrically connected to the at least one first electrical contact of the receptacle. At least one of a temperature sensor and a moisture sensor is electrically connected to the at least one second electrical contact. The sensor device also includes a second substantially flat surface partially defining the floor surface. At least one electrical conductor is electrically connected to the at least one first electrical contact of the receptacle.

Abstract: A connector composed of two hinged subassemblies (26, 28) that enable a removable rear connector to be fitted onto a plug (10) whether or not fitted with its wiring. Subassembly (26) comprises a collar formed of at least two sections (36a, 36b) capable of being placed behind the plug (10). Subassembly (28) forms a ring formed of at least two sections (56a, 56b) designed simultaneously to encircle the rear of the plug (10) and the collar. The ring operates in conjunction with the connector by means of threads (20, 60) and with the collar by means of a assembly consisting of a throat (62) and a ring-shaped ridge (54). The subassembly (26) is also prevented from rotating relative to plug (10).

Abstract: A bracket assembly is provided which includes a connector housing and a mating bracket housing. The bracket housing mates with the connector housing in a first mode such that the bracket housing may engage the connector housing in a first locked position. The bracket housing may then be pivoted relative to the connector housing such that the bracket housing engages the connector housing in a second locked position. During such pivoting, the bracket housing bends a conductor that is coupled to the connector housing such that a first length of conductor extends in a first direction and a second length of conductor extends at an angle relative to the first length.

Abstract: An electrical connection box assembly provided with a projection extending outwardly thereof. The projection is preferably in the shape of a semi-circular channel and a wiring harness passes from electronic devices within the box, through a cut out in the front wall, and rests in the semi-circular channel. It is retained in the channel by a tie strap which is located between two retaining elements spaced apart approximately the width of the strip and forming planes parallel to the front face of the box. In this manner, the tendency of the strap to slide along the projection is eliminated and the strap can be tightened by pulling straight up thereon, thereby minimizing the space needed under the hood to install the device.

Abstract: A strain relief device for coupling of a cable connector to a terminal of an electrical device. The strain relief device includes an elongated base member having a flat surface extending between first and second end portions. A fastener is fixedly connected to the flat surface at the first end portion, for releasably fastening the base to an external surface of a housing to the electrical device. A clamping device extends perpendicularly from the base at the second end portion. The clamping device defines an adjustable slot configured to receive the cable connector. Moreover, the slot is moveable to several elevations with respect to the base. When the base is fastened to the external surface of the electrical device, the slot can be moved to align a cable connector received therein with a terminal of the electrical device.

Abstract: A mechanical strain relief for a cable is firmly attached directly to the using of the connector to which the cable termination is plugged into. The strain relief has a split clamp aligned perpendicularly to the cable and extends from the housing sufficiently such that the clamp does not interfere with the use of a watertight rubber boot bonded to the housing to make the connector watertight. The clamp is opened and the cable is inserted into the connector. The clamp is then closed and tightened against the cable, such that any forces on the cable are transmitted through the strain relief to the housing. A guard extends from the strain relief and is shaped to loop around the cable to provide protection for the connector from foreign objects which would otherwise strike the termination or connector.

Abstract: Disclosed is a strain relief clamp for supporting one or more flexible ribbon cables. A first stiff member has an indentation wider than a flexible ribbon cable, and a height less than the thickness of a flexible ribbon cable. Stacked pliant members are stacked on the first stiff member. Each pliant member has an indentation on the side facing away from the first stiff member. The indentations are substantially equal in width and height to the indentation of the first stiff member. A second stiff member is located on the end of the stack opposite the first stiff member and has a protrusion at least as wide as a flexible ribbon cable facing the indentation of the adjacent pliant member. The protrusion height is such that the sum of its height and the thicknesses of the flexible ribbon cables is greater than the sum of the heights of the indentations of the first stiff member and of the stacked pliant members.

Abstract: A connector cover (10) fits over a connector (20) to define an exit (11a) for a wire (W). The wire is guided in a groove (13,14a) and retained by a latchable closure (31,50,130,240,326). An external force applied to the wire W does not separate the wire from the groove; several embodiments are disclosed.

Abstract: A conduit connector provides for the movable attachment of a conduit saddle to a connector body. The connector includes a connector body having an interior for accommodating the conduit. The connector body includes a body aperture therethrough. The conduit saddle is movably supported interiorly of the body for movement into engagement with the conduit. The conduit saddle includes a saddle aperture therethrough. An elongate screw having a head at one end and an elongate shaft is employed for attaching the saddle to the body. The screw includes a first shaft section and a spaced second shaft section.

Abstract: The invention comprises a strain relief for an electrical connector wherein the connector has conductor wires extending therefrom. The strain relief comprises a pair of hermaphroditic components. The forward end of the component has a connector engaging section for engaging the connector. The rearward end has a conductor engaging section to secure the conductor wires which extend from the connector. The inner side has two fastening members for securing one of the members to the other. The first of the fastening members is disposed near the rearward end of the component. The second of the fastening members is disposed near the forward end and the connector engaging section. The fastening members are used to secure the components together. The forward end is adjustable independently of the rearward end such that the strain relief is able to fit different size connectors and to accommodate different sizes and numbers of conductor wires.

Abstract: An electrical plug assembly comprises an electrically conductive tip, secured to a cable by an electrical conductor. A rigid housing portion encloses the tip, conductor, and a portion of the cable and possesses sufficient strength to protect the electrical conductor from breakage. The tip is non-rotatably coupled to the rigid portion. A strain relief portion is formed of material more flexible than the rigid portion and is non-rotatably coupled thereto. The strain relief portion partially encloses the cable to relieve strain applied to the cable.

Abstract: An electrical wiring device having a mechanism for clamping conduits of various diameters. The wiring device includes an electrical connector having a passageway for receiving conduit therein, and a clamping mechanism securely coupled thereto for clamping conduits having a variety of diameters. The clamping mechanism has at least one outwardly extending member and rotates 90.degree. between first and second positions. When the clamping mechanism is in its first position, it clamps conduit having a large diameter. When the clamping mechanism is in its second position, the outwardly extending member thereon clamps conduit having a smaller diameter. The clamping mechanism is snap-fitted to the connector which allows relative rotary and slight axial movement therebetween. Teeth on the connector and clamping mechanism prevent relative rotary movement when engaged, and can be disengaged by axially moving the clamping mechanism.

Abstract: An electrical connector for use in connecting a substantially flat cable to an outlet box which comprises a connector body having a rectangular or square box configuration. The connector body comprises a top portion having a first tab portion disposed about the front edge of the top portion for connecting the electrical connector to an outlet box; a first side wall connected to the top portion; a second side wall also connected to the top portion; a bottom portion having a second tab portion disposed about the front edge of the bottom portion for connecting the electrical connector to the outlet box; and a rear end having a through-hole therein is connected to both the top and bottom portions; and a saddle and screw for concurrently securing the cable disposed within the connector body and securing the connector body to the outlet box.

Abstract: A cable clamp which utilizes a bayonet coupling attachment mechanism when coupled into an electrical connector. Attachment means of the cable clamp may utilize one of the two designs for two airplane general environments, such as the pressurized and unpressurized high vibration areas. Helical ramp grooves formed in the interior of a coupling ring act against bayonet pins mounted on a connector to effect coupling between the two components. A preloaded wavespring washer becomes effective during coupling of a Single Leg cable clamp used in the pressurized area, while a specially tapered spring washers become effective during the coupling procedure to maintain a no-motion condition on a Saddle-type cable clamp used in unpressurized, high vibration areas. Additionally, a plurality of detent pins are automatically shifted into a holding position at the completion of the coupling action, thereby further contributing to the maintenance of the coupled condition between the Saddle-type cable clamp and connector.

Abstract: An electrical wiring device having opposing cable clamping mechanisms. The clamping mechanisms grip opposite sides of an electrical cable inserted within a housing. Each clamping mechanism includes at least one annular member which extends into the passageway of a housing and which has a saddle-shaped cable gripping end surface. A plug-shaped member, which also has a saddle-shaped end and is coaxial with the annular member, extends outwardly from within the annular member into the passageway. The annular member and plug of each clamping mechanism apply sufficient compression forces to the cable to resist slippage.

Abstract: A junction structure for electrically connecting a plurality of connection conductors at one end of a flat cable, which includes a plurality of electrical conductors arranged parallel in an insulating material, and electrical conductors of a plurality of lead wires. The junction of the flat cable comprises a first fixing member formed integrally with one of the flat cable and the lead wires, and a second fixing member fixing the other of the flat cable and the lead wires to the first fixing member to thereby temporarily connect the respective corresponding electrical conductors of the flat cable and the lead wire.

Abstract: A cord clamp for a lampholder includes at least two tongue elements which are mutually, reciprocally and relatively movable, and between which a cord can be gripped with the aid of a clamping keeper member. The tongue elements are laterally movable in relation to each other, with their base arranged at an opening in the end portion of the lampholder. The base portion is in sliding engagement against the end portion, and the other free ends or top portions of the tongue elements are adapted to extend through an opening in a disc-shaped top portion of the clamping keeper member. The clamping keeper member further includes hooked snapping tongues projecting from the disc-shaped element which cooperates with complementarily formed locking grooves on the lampholder. The keeper member, in its position fully thrust over the tongue elements and the end portion of the lampholder, achieves a permanent snap fastening of itself as well as secure positional fixation of the cord in the lampholder.

Abstract: A stress relief backshell assembly made in two halves to allow the backsh to be fastened on either side of a cable. The backshell elements are assembled to an electrical connector, without cable/connector disassembly. The stress relief backshell prevents stress from affecting the connection between the cable elements and the connector and thus causing a gap in the connection. The backshell assembly includes two backshell halves with ring shaped front portions for engaging and gripping the cable end of the connector, ears extending rearward along the cable, and clamp members which clamp to the ears compressing the cable therebetween. This divided backshell assembly thus allows backshells to be easily removed and replaced. Backshell assemblies may be manufactured in both straight and angled configurations.

Abstract: An electrical device, for example an industrial cable-mounted connector, comprises a cover including a cable outlet and an associated cable clamp for retaining a cable. The cable clamp comprises two jaws adapted to be clamped together. The jaws are separate from the cover. They are permanently attached to its exterior.

Abstract: In a deformable system whereby electrical energy distribution conduits and conductors disposed longitudinally therein can be connected along a curved path, the system comprises a deformable central part containing a layer of conductors. Said central part comprises links hinged about axes parallel to the layer and perpendicular to the conductors, which latter are plastically deformable. They are solid conductors having a section which is flattened in the transverse direction of the layer of conductors. The said axes extend through the neutral axis of the conductors.Use to eliminate adverse elastic return movements of the system.