Abstract: A connection device for connecting an electrical or electronic component, which is accommodated in a thick-walled housing part, through a stepped bore in the wall of the housing part, includes a connection part having a stepped cylindrical body having a first cylindrical portion with a first outer diameter corresponding to the diameter of an inner bore portion of the stepped bore and a second cylindrical portion with a second outer diameter corresponding to the larger diameter of an outer bore portion, and a separate, essentially cylindrical contact carrier part fixed in the base body, which has contact pins protruding from an inner end face located on the inside of the thick-walled housing part. A fastener detachably fastens the connection part inserted in the stepped bore in the bore of the housing part.

Abstract: A water delivery device includes a first conduit section and a second conduit section rotatably coupled to the first conduit section by a magnetic joint. The magnetic joint includes a plurality of magnets that cooperatively define a plurality of rotational positions between the first conduit section and the second conduit section.

Abstract: Various technologies described herein pertain to interconnect systems for electrical cables. An interconnect system can include a connector, an adapter ring, and a backshell. The connector includes a threaded distal coupling portion. The adapter ring includes a threaded proximal coupling portion and a non-threaded distal coupling portion. The backshell includes a proximal coupling portion and a port. The threaded proximal coupling portion of the adapter ring and the threaded distal coupling portion of the connector can be mechanically attached. Additionally, the proximal coupling portion of the backshell and the non-threaded distal coupling portion of the adapter ring can be mechanically attached. A wire bundle can enter the backshell through the port, pass through the adapter ring, and terminate at the connector. A shield that encloses the wire bundle can terminate at the backshell such that an end of the shield is positioned around an outer surface of the port.

Abstract: A first holding member has first stop portions, and a second holding member has one or more support portions and one or more second stop portions. Each of the second stop portions is supported by one of the support portions to be movable in a direction intersecting with a front-rear direction in accordance with resilient deformation of the one of the support portions. When the first holding member and the second holding member are combined with each other, the first stop portions are grouped into a first group and a second group, each of the second stop portions faces one or more of the first stop portions of the first group in the front-rear direction, and each of the first stop portions of the second group faces none of the second stop portions in the front-rear direction.

Abstract: An electrical connection system connecting a flexible conduit to electrical conductors, comprising a conduit portion and a removably attachable base portion. The conduit portion retains an end of the conduit, via a retention mechanism within a first housing at a first end. The conduit portion comprises a first electrical connector housing and electrical terminals within a second end of the first housing. The base portion comprises a base mount and a second housing having a first end pivotably connected to the base mount, the second housing being pivotable at a joint. The base portion may also comprise a second electrical connector housing and electrical terminals within a second end of the second housing for electrical connection to the conduit portion. Mechanical fastening components of the base portion and the conduit portion enable a mechanical connection between the base portion and the conduit portion.

Abstract: An electrical plug connector with a plug-connection member and with an angled cable outlet member is provided. The cable outlet member is able to be connected detachably to the plug-connection member in a plurality of orientations. In order to develop the electrical plug connector such that it is simple to manipulate even when using relatively thick cables, it is proposed that the cable outlet member be able to be connected detachably to the plug-connection member by a pivoting movement about a pivot axis arranged obliquely or perpendicular to the longitudinal axis of the plug-connection member or by a linear movement along the longitudinal axis of the plug-connection member.

Abstract: A connector configured to electrically connect an electric wire to a motor mounted on a vehicle, the connector including: a connector main body portion attached to one end portion of the electric wire, a bracket fixed to the motor in a state of holding the connector main body portion, and a cover placed over the bracket so as to cover the connector main body portion and fixed to the motor in a state of holding the electric wire.

Abstract: The invention provides a wire cover, a wiring method and an electrical connector that can ensure routing of wires even in a limited space. The connector includes a housing, a lever, and a wire cover. The lever is mounted to the housing, and the wire cover is mounted to a side of a back surface of the housing. The wire cover includes a cover body, a wire routing passageway, and a hood portion. The cover body includes a plurality of wire receiving passageways positioned in one direction, while the wire routing passageway is directed into an inside of the cover body. The hood portion protrudes from a circumference of the wire routing passageway and provides a leading direction out of the wire routing passageway. The hood portion extends in a direction other than a direction of extension from a front surface and the back surface of the cover body.

Abstract: An apparatus including a housing, and a standard media plug connector rotatably mounted to the housing, so that the standard media plug connector can be rotated in a first plane, which is substantially perpendicular to a back surface of the housing, from a first orientation wherein the standard media plug connector is substantially parallel to the back surface of the housing to a second orientation wherein the standard media plug connector is substantially perpendicular to the back surface of the housing. The housing may be configured to be attached to a mobile electronic communications device. The apparatus may further include an electronic device connector which is configured to be connected to a data port of the mobile electronic communications device, while the housing is attached to the mobile electronic communications device. The apparatus may further include a mounting bracket to which the standard media plug connector is rotatably mounted.

Abstract: A connector assembly in a vending machine is disclosed. The connector assembly includes a connector body and a cable tie. The connector body includes a mounting case and a pivoting part. The mounting case defines a plurality of inserting holes configured for receiving a first end of cables. The pivoting part includes a connecting portion and a pivoting portion coupled to the connecting portion. The cable tie includes an installation portion defining a plurality of cable holes configured for receiving a second end of cables and a rotating end coupled to the installation portion and rotatably mounted in the pivoting portion. The cable tie is rotatable relative to the connector body to rotate the second end relative to the first end.

Abstract: The wiring harness provided herein affords adjustability of the relative orientation between the connecting cable and its interface connector in real time, during field applications. The harness rotates to accommodate varying access angles to the desired test point connector. A cable conduit of the harness can be adjusted vertically relative to the axis of its interface connector, as well. Cable wire integrity is maintained during manipulations of the cable conduit relative to the harness electrical connector and stress on the wires is minimized. The harness can be sealed from moisture and environmental factors. The harness can provide shielding from electromagnetic interference for the cabling housed therein. The present harness is well suited for service in high heat environments in, for example, testing of aircraft systems. A cylinder receives the cabling conduit and swivels within a slotted backshell. Slot configuration can limit the translation of the cable conduit.

Abstract: A coupler for connecting a vehicle wire harness to a vehicle sensor comprises a body having a first end and a second end. The first end is operably connected to the vehicle sensor. The second end is adapted to connect with a first section of the vehicle wire harness. An assembly is associated with the body for attaching a second section of the vehicle wire harness, which is spaced from the first section of the wire harness, to the coupler. The assembly includes an attachment member which is rotatable at least partially about a longitudinal axis defined by the coupler body. The rotation of the attachment member relative to the coupler allows the second section of the vehicle wire harness to be properly positioned relative to the coupler and the vehicle sensor.

Abstract: A backshell includes a cable-receiving portion presenting a front end, a rear end, and a first longitudinal axis; a connector portion presenting a front end, a rear end, and a second longitudinal axis; and a swivel joint operably coupling the front end of the cable-receiving portion with the rear end of said connector portion and operable to permit selective relative movement between the cable-receiving portion and the connector portion such that they may assume different relative positions with the longitudinal axes thereof at correspondingly different angles.

Abstract: A plug-in unit (112, FIG. 7A) with a housing (150) that receives an electrical contact arrangement (55, FIG. 6) that has a cable bushing (151, FIG. 7A). The housing has an aperture (153) in a housing wall for the plugged-in reception of the mating plug-in unit (11, FIG. 2). In order to allow for the optional design of an angled or a linear plug-in connection, the cuboid housing (150, FIG. 7A) is divided along a plane (180) that runs perpendicular to a longitudinal central plane (179) and at a 45° angle to the longitudinal extension of a bushing (151) in such a way that a first housing part (181) contains the cable bushing (151) and the second housing part (182) forms the plug-in aperture (153). The second housing part (182) is attached to the first housing part so the second housing part (182) can be turned with respect to the first housing part (181).

Abstract: A rotating plug includes an insulating main body, multiple conductive prongs, multiple conductive connecting terminals, and an insulating rotating member. Electrical wires are disposed in the insulating main body. The conductive prongs are electrically connected with the electrical wires, respectively. Each conductive connecting terminal includes a fixed portion and a swing portion pivotably connected to the fixed portion. The fixed portion is mounted to the insulating main body and electrically connected to a corresponding electrical wire. The swing portion is mounted to the insulating rotating member. The conductive prongs are mounted to the insulating rotating member and electrically connected with the swing portions, respectively. The fixed portions are electrically connected with the electrical wires, respectively. When the swing portions of the conductive connecting terminals rotate, the swing portions may drive the insulating rotating member and conductive prongs to rotate together therewith.

Abstract: A rotating plug includes an insulating main body, multiple conductive prongs, multiple conductive connecting terminals, and an insulating rotating member. Electrical wires are disposed in the insulating main body. The conductive prongs are electrically connected with the electrical wires, respectively. Each conductive connecting terminal includes a fixed portion and a swing portion pivotably connected to the fixed portion. The fixed portion is mounted to the insulating main body and electrically connected to a corresponding electrical wire. The swing portion is mounted to the insulating rotating member. The conductive prongs are mounted to the insulating rotating member and electrically connected with the swing portions, respectively. The fixed portions are electrically connected with the electrical wires, respectively. When the swing portions of the conductive connecting terminals rotate, the swing portions may drive the insulating rotating member and conductive prongs to rotate together therewith.

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 connector assembly includes a connector connected to a number of cables, and a cable management member pivotably attached to the connector. The cable management member includes a pressing plate for binding the cables.

Abstract: An electric power tool having a housing, a motor, a jack for receiving a connection plug of an electric cable, and a swivel unit mounted on the housing and carrying the jack, wherein the swivel unit includes a first head mounted on the housing for rotation about a first axis, and a second head mounted on the first head for rotation about a second axis. The first and second axes form an angle between them, and provide for freedom of rotation of the jack, thereby providing for positioning of the jack and routing of a connected cable in desired directions relative to the housing.

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 connector assembly includes a housing, a grommet, and a cable organizer. The housing includes an interior chamber. The grommet is disposed in the interior chamber of the housing and extends between a forward end and an opposite exit end. The grommet includes openings extending through the grommet with insulated conductors extending through the openings and joined with contacts such that the contacts project from the forward end. The cable organizer is disposed proximate to the grommet and includes channels extending through the cable organizer with the cables extending through the channels. The cable organizer limits bending by the cables at the exit end of the grommet.

Abstract: An electrical connector assembly that includes an adjustment collar and a body having an interior volume. The collar defines a passage that is in communication with the interior volume of the body when the collar is engaged with the body. The collar can be rotated relative to the body and can also be fixed to the body with a locking member. The adjustment collar has a helical thread that engages an electrical connector. Wiring extending through the body can be conductively engaged with the electrical connector. The engagement between the collar and the body allows the rotational position of the electrical connector relative to the body to be easily adjusted and then fixed in place by rotation and the subsequent fixation of the adjustment collar. A cooperating electrical connector can be detachably engaged with the electrical connector. A coupling member can be used to secure the cooperating electrical connector.

Abstract: An adjustable connector for an electrical cable formed from a body, a hub and a coupling nut. The body has a flanged end with a scalloped edge and a face that is angularly disposed to the longitudinal axis and a cable connecting end. The hub includes an end with a mating surface that has a dovetail extending around about one half of the outer perimeter and the mating surface is angularly disposed to the central axis. The coupling nut has first and second ends and an opening extending therebetween with internal threads. The dovetail on the mating surface of the hub is adapted to receive the flanged end of the body and the coupling nut is threaded onto the hub to secure the flanged end in the dovetail.

Abstract: An adjustable connector for armored that includes a body, a hub, a clamp and a coupling nut. The body has a flanged end that is angularly disposed to the longitudinal axis and the hub has a mating flange that is angularly disposed to the central axis. The mating flange has a dovetail for receiving the flanged end and joining the body and hub together. The clamp is placed over the flanged end and mating flange and secured in place by tightening the coupling nut on the hub.

Abstract: An electronic device includes an electronic control unit, a wire, and a wiring-side connector. When a movable member is arranged in a first arrangement relative to a wiring-side connector main body, the movable member is in a position where the movable member does not prevent the wire from projecting from the main body to extend straight in a counter-fitting direction. When the movable member rotates from the first arrangement to a second arrangement relative to the main body, a restricting member approaches a portion of the main body from which the wire projects, to press and bend the wire, so a direction in which the wire projects from the main body is limited to a direction crossing the counter-fitting direction. When the movable member is arranged in the second arrangement and the main body is fitted to an ECU-side connector, the second arrangement is maintained.

Abstract: The invention relates to a backshell coupling for connecting an electrical cable to an electrical component, the coupling comprising a first part having a cylindrical sleeve suitable for passing the cable, the sleeve having an end provided with a first pair of arms; and a second part having guide means for said cable and a second pair of arms, the free ends of the first arms facing the ends of the second arms, with one of the pairs of ends being disposed between the other pair of ends; means defining a pivot axis between the pairs of arms, the facing faces of said ends being provided with portions in relief for defining a plurality of relative angular positions between the two parts, the arms having their ends disposed between the ends of the other arms being elastically deformable; and means for temporarily deforming the arms.

Abstract: A backshell assembly that includes a housing configured to terminate a cable. The housing has a main body defining a central longitudinal axis, a connector interface for mating with an electrical connector, and at least one adjustment extension extending 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 including at least one adjustment member cooperating with the adjustment extension of the housing such that the adjustment member is pivotable between different cable positions with respect to the central longitudinal axis of the housing. A movable locking member is coupleable with the adjustment extension of the housing and the adjustment member of the adjustable strain relief structure to releasably lock the adjustment member in a selected cable position with respect to the housing.

Abstract: A cord management system operable to reduce or eliminate various forces exerted on a vacuum cleaner power cord. The system includes a swiveling strain relief incorporated into the vacuum handle and collars, used to connect sections of a dirty air conduit, having exterior portions that enable the power cord to be retained in a secure manner.

Abstract: The invention relates to a backshell coupling for connecting an electrical cable to an electrical component, the coupling comprising a first part having a cylindrical sleeve suitable for passing the cable, the sleeve having an end provided with a first pair of arms; and a second part having guide means for said cable and a second pair of arms, the free ends of the first arms facing the ends of the second arms, with one of the pairs of ends being disposed between the other pair of ends; means defining a pivot axis between the pairs of arms, the facing faces of said ends being provided with portions in relief for defining a plurality of relative angular positions between the two parts, the arms having their ends disposed between the ends of the other arms being elastically deformable; and means for temporarily deforming the arms.

Abstract: An electric power tool having a housing, a motor, a jack for receiving a connection plug of an electric cable, and a swivel unit mounted on the housing and carrying the jack, wherein the swivel unit includes a first head mounted on the housing for rotation about a first axis, and a second head mounted on the first head for rotation about a second axis. The first and second axes form an angle between them, and provide for freedom of rotation of the jack, thereby providing for positioning of the jack and routing of a connected cable in desired directions relative to the housing.

Abstract: A fluorescent task lamp includes a housing assembled from first and second shells for supporting a lens body, first and second CFL bulb receptacles and first and second CFL bulbs; and a strain relief for an AC power cord having an integral hub portion with first and second pivot pins that pivot within first and second opposing pivot bushings formed respectively in each first and second shell in opposite sides of an aperture or cavity for receiving the hub portion therein. The pivoting strain relief permits orienting the power cord so that the lamp may be stood upright upon its base or hung from its hook.

Abstract: A socket for a quick-connector having a main housing has a top and bottom housing, and a non-connected wall having one side and the front wall of a recessed space are provided with a fastening peg corresponding to a peg slot provided at the bottom housing, allowing the two housings to be mounted and engaged such that the circuit board, the flexible circuit board, the terminal platform, the male or female socket and the locking bolt are contained therein, and the rear rotating section is formed by the top and the bottom rear section housing as a hollow pivotal shaft, which is engaged within the recessed space and the slot of the pivot, allowing a 0 to 180 degree rotation, the interior of the rear section is the cable mounting, for holding the cable which branches from the rear rotating section housing to form a hollow pivot shaft to the main housing; the terminal platform, the male or female socket and the flexible circuit board are soldered to form a connected component.

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 connector hub apparatus is provided that can rotate along two different axes in two different planes with respect to an upstream connector plug, so that the hub can be easily positioned in a variety of configurations In one embodiment of the present invention, the connector hub apparatus comprises a first body with a plurality of downstream connectors, a second body with an upstream connector operatively coupled to the plurality of downstream connectors, a ratcheting mechanism that allows the first body to rotate to a first set of predetermined positions within a first plane, and a hinge that allows the second body to rotate to a second set of predetermined positions within a second plane, wherein the second plane is perpendicular with respect to the first plane.

Abstract: A connector has a housing (10) accommodating terminal fittings connected with wires (W). A fixed cover (21) is mounted on the housing (10) and surrounds the wires (W) pulled out of the housing (10) and a movable cover (22) is mounted on an end of the fixed cover (21) opposite the end that is mounted on the housing (10). The fixed cover (21) has a receiving part (24) with a spherical peripheral surface (36). The movable cover (22) has a rotation-holding part (38) fit on an outer side of the receiving part (24). The rotation-holding part (38) is rotatable relative to the receiving part (24) about an axis of the housing (10) and about a rotational axis orthogonal to the axis of the housing (10).

Abstract: A coaxial cable with a Plug comprises a coaxial cable (1) in which an outer conductor (103) is provided around a center conductor (101) with an insulator (102) interposed therebetween and a plug (2) having a center contact (201) electrically connected to the center conductor (101) via a center conductor connecting member (203) and an outer contact (202) electrically connected to the outer conductor (103) via an outer conductor connecting member (204). The center contact (201) and the outer contact (202) rotate about an axis (RX) perpendicular to the axis (201X) of the center contact while maintaining the electrical connection between the center contact (201) and the center conductor (101) and the electrical connection between the outer contact (202) and the outer conductor (103).

Abstract: A USB connector with orientation adjustment is disclosed. The USB connector comprises a top cover, a connector seat with a cable slot, a cable rotating seat, cable and a bottom cover.

Abstract: A wire guide includes first and second tubes (14, 16) having first and second perpendicular axes (22, 26), with the second tube having a backshell (40) that is pivotable about the first axis on the first tube rear end, so wires (30) can be routed in a variety of directions. The first tube rear end and the backshell are pivotally connected by a pair of balls (34, 36) that each lies in a groove (44) in the first tube rear end and in a hole (50) in the backshell portion. A strain relief member lying largely in the first tube rear portion has a through hole (82) extending along the first axis, an outside that forms a 360° groove (84), and at least one end slot (90, 92) that connects the hole to the groove. A wire (30) can extend through much of the hole, then through a slot to the groove and around the groove, and then back through a slot.

Abstract: A cable connector includes a housing having a mating end and a cable exit end. A ferrule is rotatably retained in the housing proximate the cable exit end. The ferrule is rotatable within a predetermined range with respect to the housing. The housing includes an arcuate slot having end edges and the ferrule includes a protrusion received in the slot. The protrusion is movable between the end edges to define the predetermined range of rotation of the ferrule. The ferrule includes an inlet end defining an inlet centerline and a body bent at an acute angle with respect to the inlet centerline.

Abstract: A right-angle connector for a coaxial cable has two main components. A first component and second component are made of electrically conductive material. The second component is attached to the first component such that the second component can rotate relative to the first component. The components are temporarily latched in an initial in-line configuration. In this configuration, the two components have a common, straight central axis and receive a terminal crimped on a stripped end of a coaxial cable. The terminal is fastened within a block of dielectric material in the first component at a mating end of the connector. The second component is then rotated to bend the cable end. The second component locks into a second configuration wherein a central axis of the second component is perpendicular to a central axis of the first component. An exposed braided conductive sheath of the cable end is clamped on a section of the second component by a cylindrical ferrule.

Abstract: A plurality of wound portions are formed on a wiring cable to be arranged in a two-axis hinge that connects two casings. Winding directions of the wound portions which are adjacent are set opposite to each other. In a foldable electronic device in which two casings are pivotally connected to each other through a two-axis hinge having two pivot shafts, the wiring cable is arranged in the two-axis hinge. One wound portion of the wiring cable is wound around one pivot shaft of the two-axis hinge. The other wound portion of the wiring cable is wound around the other pivot shaft of the two-axis hinge.

Abstract: A rotatable connector comprises a pedestal, a spring, a holding plate, a universal coupling and a receptacle. The pedestal has a base plate, several ledges and a pair of pillars extending upwardly from the base plate. The pillars stand opposite sides of the base plate and outside the ledges. Each pillar has a hole therein. The spring is arranged to encase the ledges. A plurality of bulges is projected outwardly from an outer edge of the holding plate and pressed on the spring. The universal coupling has a first pivot, a second pivot and a shaft. The first and the second pivots are pivotally engaged by the shaft. Ends of the first pivot are pivotally inserted into the holes of the pillars. One end of second pivot engages with the holding plate, while the other end is fixed to the receptacle. The receptacle is electrically and mechanical connected to a cable end plug.

Abstract: A cradle device of a portable terminal such as a PDA (personal digital assistance). The cradle device of the portable terminal has a cradle body on which the portable terminal is placed; and a holder to embrace the portable terminal settled on the cradle body. The holder is rotatable with respect to the cradle body within a predetermined angular range. A bracket hinge is settled at the cradle body, and a bracket shaft is settled at the holder. A friction member is disposed between the bracket hinge and the bracket shaft with a predetermined friction force. Accordingly, an angle of the holder can be freely adjusted when the portable terminal is embraced by the holder.

Abstract: A personal digital assistant (PDA) with a foldable memory card adapter has a PDA and a memory card adapter. The PDA is formed with a connecting slot in one edge of the PDA. The memory card adapter is connected to the PDA by a slide connector on an end a signal bus made of flexible material. When the card adapter is attached to the PDA, the slide connector is linked to the connecting port, whereby the memory card adapter can be folded to overlap the rear of the PDA. Thus the entire size of the PDA device is reduced and convenient to carry.

Abstract: The invention includes a cable assembly housing. The cable assembly housing may include a main shell that defines a first cavity. The main shell may have a collar. The cable assembly may also include a cable shell that defines a second cavity. The cable shell may have a neck disposed between a mating surface and a flange. The flange of the cable shell may be disposed through the collar and inside the first cavity.

Abstract: The present invention provides a cover connecting mechanism which is used for connecting the cover to the main body of an electronic product, including: at least one FPC used for communication data amission; a connector made of elastically deformable material which partially wraps the FPC while exposing its two ends. The two exposed FPC ends are connected to the cover and the printed circuit board in the main body to enable the transmission of communication data.

Abstract: Cable assembly housing. The invention includes a cable assembly housing. The cable assembly housing may include a main shell that defines a first cavity. The main shell may have a collar. The cable assembly may also include a cable shell that defines a second cavity. The cable shell may have three necks, two of which are disposed inside the first cavity, and the third neck is extended outside the collar. The cable shell may rotate about an axis of the main shell such that the cable shell is set at a predetermined angle and position with respect to the main shell.

Abstract: The present invention discloses an adjustable plug comprising a pair of corresponding casings forming a concave groove at an end with a plugging member, said plugging member further comprising two electric ends and a ground end. An axial rod passes through said plugging member and one of the two electric ends inside said plugging member deposed at an axial hole each on both sides and a screw hole deposed on said plugging member for facilitating the screwing or disassembling an end having a grounding end with the thread of a screw. Such arrangement makes the adjustable plug of the present invention adjustable up and down in a vertical position and arbitrarily switched between a two-hole socket and a three-hole socket. Such adjustable plug can adopt sockets in different angles or with different number of holes for convenience and practicability.

Abstract: The present invention is related to a connecting structure for electronic signal transmission, having a hollow hinged body, with at least one pair of corresponding gaps arranged at two opposite sides of one end. Two gaps each accommodate respectively a hollow turning shaft, each with a channel on it. Two turning shafts are covered respectively by a bushing each with another channel also. A lengthy narrow FPC with plurality of lines is arranged in hollow hinged body, with mainframe and folding part arranged at two opposite sides of bushings in hinged body respectively. The end of FPC is inserted into and extends out from channel of two turning shafts and another channel of two bushings respectively, and thence enters into the mainframe and the folding part respectively to transmit signal with respect to each other.

Abstract: A backshell adapter assembly includes a clamp body and one or more extending strain relief arms, pivotably connected to the clamp body. The strain relief arms are adapted to receive a pair of opposing saddle clamps or cable tie to provide radial clamping of a wire bundle relative to the backshell adapter assembly to prevent axial movement of the cable in response to axial forces thereupon. The extending strain relief arms are adapted to be rotated between various positions including −90° to +90°. Provisions may be provided for securing the extending arms at various detent positions relative to the axis of the clamp body. As such the need for separate tooling for different configurations is eliminated, thus lowering the cost of the device. In addition, the use of such backshell adapter assemblies is greatly simplified.