Abstract: A wiring analyzer system with a zero-insertion-force (ZIF) connector/receiver interface. An electrical connection is made by inserting a male connector into a female receiver slot. During insertion into the female receiver slot, the male connector experiences minimal, if any, resistive force. The female receiver comprises a set of opposing spring contacts designed to pinch both sides of the wafer, making contact with the male connector. A pair of elongated plates has several sections cut out to correspond with each female slot such that when the male connector is inserted between the spring contacts the wafer passes through both plates. In order to create the necessary pinching action, a force is exerted on the plates, causing them to move a distance in opposite directions. This motion brings the plates into contact with the spring contacts, squeezing them together against the wafer and creating a firm contact.

Abstract: Front ends of the locking strips (59) of the holder (50) are shifted from each other in a longitudinal direction thereof. Front ends of the locking part receiving parts (37) of a sub-housing (31) are located at different positions in a longitudinal direction thereof. When the holder (50) takes a normal mounting posture relative to the sub-housing (31), all of the locking parts (60) are fitted on the locking part receiving parts (37) corresponding thereto respectively after each of the locking strips (59) performs an elastic operation. Thereby the holder (50) is held by the sub-housing (31). When the holder (50) takes an incorrect mounting posture relative to the sub-housing (31), at least one of the locking parts (60) cannot be fitted on the locking part receiving parts (37) corresponding thereto. Thereby the holder (50) is separable from the sub-housing (31).

Abstract: An electric power distribution switch incorporates a stress-relieving connection structure, a closing guiding structure, a weather shield structure and a contact structure.

Abstract: In one embodiment, a retaining mechanism for a high definition multimedia interface connection that can aid in preventing inadvertent separation of a high definition multimedia interface cable with a device to which it is connected.

Abstract: In a power feeding connector 7, a housing front side tubular part 81 of a power feeding side connector 8 to be engaged with an inner periphery of an outer tubular wall part 51 of a power receiving side connector 5 is provided, on an outer periphery at a lower end side thereof, with a raised part 86 which overrides an inner peripheral face of the outer tubular wall part 51, before an engaging length of the housing front side tubular part 81 with respect to the outer tubular wall part 51 reaches a prescribed length, and the raised part 86 corrects a backwardly inclined state of the power feeding side connector 8 due to its dead weight into a state where axes of the outer tubular wall part 51 and the housing front side tubular part 81 are aligned with each other.

Abstract: A power supply structure includes a main body and a plug. The main body has a circular containing space, a cylinder and a plurality of conducting plates. The cylinder has a retaining plane and at least one annular groove. The plug has a plug seat and a first cylinder. The first cylinder has a protrusion and at least one elastic device on an inner side of the bottom of the first cylinder. The elastic device has a resilient arm and a pressing member. The annular groove has a stop block and a fixing space. The protrusion is provided and placed into the annular groove, so that the plug can be fixed into the main body.

Abstract: An electrical device comprising a housing for electrical circuitry, the housing defining a cavity opening to the exterior of the device. The cavity includes a first and second fixing arrangement capable of mechanically interlocking with a power connection insert to fix the power connection insert in position. The power connection insert provides a power cable or power connector that couples the electrical circuitry to an external electrical power supply for the device. The use of different power connection inserts allows a wide range of connector types to be provided using a single design of the housing.

Abstract: A connector utilizes a latching assembly that has a structure that connects horizontal movement of an actuator to vertical movement of a latching arm. If desired, a 2X ganged plug can be inserted into any two adjacent bays of a ganged receptacle assembly that includes at least three bays.

Abstract: In a fitting confirmation construction, a lock arm is provided in a housing of a first connector. The lock arm includes a lock wall inclined and disposed at a front end of the lock arm in a direction from the first connector toward the second connector; a deflection space formed at a rear of the lock wall in the direction; and an operation plate disposed on the deflection space. A confirmation opening is provided in a rear wall of the housing, and has a height equal to a height of the deflection space. A lock projection is provided on a second connector to be brought into engagement with the lock wall. A rear end face of the operation plate is exposed to a rear outside of the housing of the first connector through the confirmation opening, only in a state where the lock arm is deflected.

Abstract: A cable connector is provided including a cable end to couple to a cable, and a mating end to couple to a corresponding connector. A latch is positioned proximate to the mating end to secure the cable connector to the corresponding connector. The latch is moveable between an open position and a closed position. An actuator is provided to move the latch between the open position and the closed position. The actuator includes a biasing end that engages the latch. The actuator also includes an operating end extending from the cable end to receive an opening force that moves the biasing end to operate the latch. The operating end has an upper tab and a lower tab. The upper tab extends along an upper portion of the cable. The lower tab extends along a lower portion of the cable.

Abstract: To prevent, with a simple structure, deformation such as a twist of an actuator at the time of moving operation and easily check the operation state of an actuator to easily and reliably establish an electrical connection, inclined surface parts are provided at both end portions in a longitudinal direction in end faces on a rotational radial outer side of the actuator pinching or freeing a signal transmission medium to approximately uniformly act an entire pressing force of an operator over a full length of the actuator. With this, a situation that the actuator is pressed as being twisted is eliminated to achieve an excellent action of pinching the signal transmission medium and an easy and reliable visual check of the state of rotation of the actuator.

Abstract: An electrical connector assembly for forming AC power connections between a DC-to-AC inverter on a solar panel and AC power cable extending to an AC power grid includes a three-contact socket on the inverter and a three-contact electrical connector on the cable. The connector may be joined to the socket in either of two positions.

Abstract: A cable connector assembly includes a connector and an enclosure. The connector includes a securing plate and a guiding member attached to the securing plate. The enclosure includes a mounting plate and an elastic clipping portion disposed on the mounting plate. A flange is located on the clipping portion. The elastic clipping portion is engaged with the securing plate, and the flange abuts the guiding member.

Abstract: A slot module and an electronic device using the same are provided. The slot module is used for being inserted by an insertion element having a positioning hole. The slot module includes a main body and several extending arms. The main body includes an insertion space and at least one positioning column. The positioning column is disposed in the insertion space and used for being inserted into the positioning hole. The extending arms are extended from sides of the main body and clamped sides of the insertion element.

Abstract: An electrical connector comprises an insulating seat, a plurality of conductive terminals inserted on the insulating seat, and a cage covering on the insulating seat. The insulating seat comprises a body, a tongue plate projecting forward from the body for the arrangement of the conductive terminals, and a bottom plate extending along from the body under the tongue plate. The cage includes a bottom wall located between the tongue plate and the bottom plate of the insulating seat. The electrical connector further comprises a securing part for securing the insulating seat. The securing part comprises a main body abutting above the bottom plate of the insulating seat and two soldering parts bend downwards and extending from two ends of the main body respectively.

Abstract: A connector assembly includes a receptacle (300) having a latching tab (30) extending inwardly and forwardly, and a plug connector (100) adapted for mating and latching with the receptacle. The plug connector includes a housing (1) defining an outer surface (110), and a releasing mechanism (2) having a slider (20) movably attached to the housing. The outer surface has a recess (10) defining a shoulder portion (101) configured for resisting against the latching tab in a backward direction. The slider has an ejector end (21) extends forwardly and outwardly. The recess has a ramped surface (1020) configured for leading the ejector end moving backwardly and outwardly to release the latching tab from the shoulder portion.

Abstract: A power connector adapted for electrically connecting with a cable includes an insulative housing defining a number of passageways extending therethrough and a number of contacts received in corresponding passageways. A latching arm is formed in each passageway. Each contact has a base section, a contact section extending from the base section, a retention section extending oppositely from the base section, and a side section extending perpendicularly from edges of the base section. The base section of the contact defines a latching hole receiving the latching aim of the insulative housing to thereby secure the contact in the housing.

Abstract: A portable electronic device includes a main body, a circuit board in the main body, a rear cover, at least one first conductive member exposed through the rear cover and electrically connected to the circuit board, and a support assembly. The support assembly includes a hollow support detachably connected to the rear cover, at least one second conductive member connected to the hollow support and staying in contact with the at least one second conductive member, and at least one cable extending through the hollow support and comprising a first end electrically connected to the at least one second conductive member, and a second end extending out of the hollow support for connecting with a peripheral.

Abstract: A connector assembly includes an electrical connector having a housing that includes a mating end with an exterior profile being generally D-shaped. The housing has a pair of corners. The electrical connector further includes an insert held within the housing having a mating end. A high voltage interlock (HVIL) conductor is located in at least one of the corners of the housing. The HVIL conductor is configured to be electrically connected to a corresponding HVIL conductor of a second electrical connector when the electrical connector and the second electrical connector are coupled together. An interfacial seal is positioned forward of a locking finger of the electrical connector. The HVIL conductors are either in-line or shunted. The HVIL conductors may extend through the insert.

Abstract: To allow a quick and reliable check with a simple structure as to whether a signal transmission medium has been inserted up to a predetermined position or whether a lock operation has been completed, an insulating housing is provided with lock checking device allowing a displaced state or an engaged state of a lock member to be visually checked. With this, the displaced state of the lock member or a state in which the signal transmission medium has fallen in an engagement positioning part when the signal transmission medium is inserted up to the predetermined position can be visually checked through the lock checking device, thereby allowing the quality of an insertion state of the signal transmission medium to be immediately determined.

Abstract: A device for securing a connector in an insulating module housing particularly a USB connector is disclosed. The module housing contains a connection region with at least one location spring arranged therein, wherein the spring end of the location spring is aligned in the connection direction. The spring ends protrude into the connection region so that connectors with non-standardized outside dimensions, inserted between the spring ends are prevented from falling out of the module housing.

Abstract: An electronic module (100) for mating with a complementary connector, comprises: a housing, a printed circuit board (3) disposed in the housing, a slider member (6) movably received in the channel, and a cover member (9) mounted to the housing over the slider member. The slider member has a body portion (611) and a pair of curved arm portions (612) extending forwardly from the body portion. The cover member has a pair of curved contacting portions (92) overlaying the pair of curved arm portions of the slider member, the pair of curved contacting portions being moveable outward in response to a sliding movement of the pair of curved arm portions.

Abstract: A device for the mechanical fastening and electrical contact with at least one control element (2), having first electrical contacts (9a, 9b), within a housing (3). Mating second electrical contacts (11a, 11b) are arranged on a connecting element (4) which can also be plugged into the housing (3). During assembly, the at least one control element (2) and the connecting element (4) are both plugged into the housing (3) so that such plugging engagement achieves electrical connection between the first electrical contacts (9a, 9b) and the second electrical contacts (11a, 11b) and, at the same time, an interlocked fastening of the at least one control element (2) with the housing (3).

Abstract: To allow a signal transmission medium inserted in a connector main body to be held and disengaged excellently with a simple structure, the structure is such that a lock member holding a signal transmission medium inserted in the connector main body is provided to a part of an elastically-displaceable lock arm member extending like a cantilever from a rocking fulcrum and disposed at one end of the connector main body on a rising side to excellently maintain a state of holding the signal transmission medium by the lock member with an elastic action of the lock arm member, a release operation from the lock member is easily performed with a relatively small operation force, and a load transmitted from the lock member to the lock arm member when the signal transmission medium is inserted or withdrawn is received at the end of the connector main body on the rising side to reduce direct load on a circuit wiring board side.

Abstract: There is a discussed a connector assembly having a plug member, a sleeve member slidably mounted around the plug member, and a receptacle member. One end of the sleeve member is connectable and disconnectable to the receptacle member by virtue of either a first flexing movement or a second flexing movement in dependence upon the position of the sleeve member relative to the receptacle member, hi this way, different decoupling forces are required to separate the connector assembly in dependence on the relative position of the sleeve member and the plug member.

Abstract: An electrical connector has at least two contact assemblies spaced apart from each other by a first distance to receive corresponding one of at least two plug conductors being spaced apart from each other by a second distance. Each of the at least two contact assemblies includes a pair of contact members for contacting one corresponding plug conductor, and a clamping member configured to clamp the pair of contact members to apply a holding force onto the pair of contact members and the corresponding plug conductor. The clamping member is inserted through the pair of contact members in a direction opposite to a mating direction, and the clamping member and the pair of contact members are adapted to swing in a direction substantially perpendicular to the mating direction in order to compensate for a difference between the first and second distances.

Abstract: A cable connector assembly includes a connector and an enclosure. The connector includes a securing plate and a guiding member attached to the securing plate. The enclosure includes a mounting plate and an elastic clipping portion disposed on the mounting plate. A flange is located on the clipping portion. The elastic clipping portion is engaged with the securing plate, and the flange abuts the guiding member.

Abstract: Front ends of the locking strips (59) of the holder (50) are shifted from each other in a longitudinal direction thereof. Front ends of the locking part receiving parts (37) of a sub-housing (31) are located at different positions in a longitudinal direction thereof. When the holder (50) takes a normal mounting posture relative to the sub-housing (31), all of the locking parts (60) are fitted on the locking part receiving parts (37) corresponding thereto respectively after each of the locking strips (59) performs an elastic operation. Thereby the holder (50) is held by the sub-housing (31). When the holder (50) takes an incorrect mounting posture relative to the sub-housing (31), at least one of the locking parts (60) cannot be fitted on the locking part receiving parts (37) corresponding thereto. Thereby the holder (50) is separable from the sub-housing (31).

Abstract: An electrical connector assembly, which can easily disengage a first connector from a second connector without damaging constructional elements when excessive rotational moment is exerted on the one connector when connected to the second connector, is provided. The electrical connector assembly includes a first connector and a second connector that connect with each other. The first connector includes a first housing, a first contact, and a latch. The second connector includes a second housing having a second contact and a shell attached to the second housing so as to cover the second housing.

Abstract: A connector has a base having an opening formed at a front surface, to which a distal end of a flexible printed circuit is inserted, and insertion holes passing from the front surface to a rear surface arranged in a line, a connection terminal inserted into the insertion hole of the base, a support fitting arranged on both side edges of the base in which an elastic temporary holding portion is extended from one end to a first side and a lock long tongue piece is extended to a second side opposite the first side, and an operation lever for supporting a turning shaft portion arranged in a projecting manner from both side end faces on the same axis center at the base so as to be turnable, and including a lock cutout portion so as to communicate to a slit formed along an edge of the side end faces.

Abstract: An cable assembly includes an insulative housing; a plurality of signal terminals and grounding terminals received in the insulative housing; a plurality of signals wires and grounding wires; a grounding member having a main portion located in a vertical plane and a plurality of fingers projecting forwardly therefrom, the main portion defining positioning cavities separated from each other; the signal wires held in the positioning cavities, with conductors of the signal wires electrically connected to the signal terminals, the grounding wires electrically connected to the grounding member and the fingers of the grounding member electrically connected to the grounding terminals.

Abstract: Apparatuses, devices, systems, and methods are provided for prevention of tampering with cables and associated systems. In one aspect, an anti-tamper adapter is provided that can inhibit or prohibit cable tampering for existing cables. In a further aspect, dummy plugs or blocking plugs can employ disclosed anti-tamper adapters to facilitate blocking ports or outlets that are intended to remain undisturbed for a period of time. The provided embodiments can economically and flexibly facilitate cable tamper prevention in a wide array of cable technologies.

Abstract: A device for securing a connector in an insulating module housing particularly a USB connector is disclosed. The module housing contains a connection region with at least one location spring arranged therein, wherein the spring end of the location spring is aligned in the connection direction. The spring ends protrude into the connection region so that connectors with non-standardized outside dimensions, inserted between the spring ends are prevented from falling out of the module housing.

Abstract: In an electrical connector, a female housing is made to mate with a male housing. The female housing has guide ways each formed perpendicularly to a direction of mating of the male housing with the female housing. In the guide ways, a latch metal is disposed. The guide ways of the female housing respectively have opening portions from each of which the corresponding latch part of the latch metal is capable of projecting toward the male housing. When the male housing is inserted into the female housing, the latch parts are respectively projected from the opening portions of the female housing toward the male housing. The latch parts are respectively locked at predetermined inclined planes a formed on the male housing.

Abstract: Latch assembly for latching two mating connectors. The latch assembly includes a main body and a resilient latch finger extending from the main body. The latch finger includes a locking section, such as a locking cam. A release member, e.g., a slider, is moveable between a locking position and a release position. The release member a pressure surface profiled to flex the latch finger away when the release member is moved to the release position. The pressure surface is positioned between the locking section and the connected end of the latch finger, when the release member is in the locking position. The main body can, e.g., include a surface with a sunk section, the latch finger forming an extension of the sunk section, while the release member is a slider slideable in the sunk section.

Abstract: An electrical connector for connecting the bare end of an insulated conductor with an electrical contact, including a connector housing containing a chamber in which are mounted a bus bar connected with the contact, and a clamping spring normally biased toward the bus bar. A retaining device maintains the spring in a retained open condition spaced from said bus bar, thereby to permit the conductor bare end to be introduced into the chamber toward a clamping position adjacent the bus bar. An operating member is displaced in a controlled manner to release the spring from its retained condition, whereby the spring biases the conductor toward electrical engagement with the bus bar. To remove the conductor, the operating member is operated again to displace the spring toward its open condition.

Abstract: A first electrical connector (1) for terminating an electrical cable (11) and for engaging with a mating electrical connector (51). The first connector comprises a body (5) having an engagement portion including a sleeve (7) whose passage extends along a mating axis (101) for engaging the mating electrical connector. The connector comprises at least one resilient member (15), such as a coil spring, arranged on the sleeve. The resilient member is capable of deforming radial to the mating axis (101) to provide a reaction force for maintaining the engagement of the connector with the mating connector. The first connector can be detached by lifting a boot (13) to pry apart the connectors.

Abstract: An electrical connector assembly (100), comprises: a housing (1) having a receiving room (11) therein communicated with an exterior along a longitudinal direction, and the housing comprising a first shield part (15) and second shield part (16) assembled with each other; two paralleled printed circuit boards (21, 22) received into the receiving room and positioned in the housing; a metallic holder (8) binding the first and second shield parts; and a latch mechanism assembled to an exterior surface of the housing and having a portion shielded by the metallic holder.

Abstract: A connector includes a connector protrusion to be inserted into a connector socket and including a locking lever provided on a first surface and a connecting terminal provided on a second surface opposing the first surface or on a front surface; and a connector frame surrounding the connector protrusion and having an opening in a surface opposing the first surface of the connector protrusion. When the connector frame is moved in a direction opposite to the direction where the connector protrusion is inserted while the connector protrusion is in the connector socket, an end of the locking lever fits into the opening and the locking lever is unlocked.

Abstract: An electrical connector includes a plurality of pins, an isolation body and a latching mechanism. The isolation body includes a receiving part. The receiving part is arranged at a front edge of the isolation body and has a first engaging element. The latching mechanism has a second engaging element engaged with the first engaging element, so that the latching mechanism is fixed onto the isolation body.

Abstract: A socket arrangement having a housing, in particular a built-in housing, bearing at least one socket, preferably a plurality of sockets, the socket having an electrically conductive flange inserted into a housing opening, and a contact carrier which is inserted into the flange and which has one or more electrically conductive contacts for connecting to countercontacts of a plug corresponding to the socket. In order to effectively divert high-voltage discharges from the flange, a conductive element situated in the housing and having an introduction portion which is connected in an electrically conductive manner to a portion of the flange inside the housing, has a diversion portion which is connected to a diverter.

Abstract: A connector arrangement includes a plug nose body; a printed circuit board positioned within a cavity of the plug nose body; and a plug cover that mounts to the plug nose body to enclose the printed circuit board within the cavity. The printed circuit board includes a storage device configured to store information pertaining to the electrical segment of communications media. The plug cover defines a plurality of slotted openings through which the second contacts are exposed. A connector assembly includes a jack module and a media reading interface configured to receive the plug. A patch panel includes multiple jack modules and multiple media reading interfaces.

Abstract: The present invention relates to a connector assembly comprising a connector unit mounted in a housing. The connector unit has a mounting portion, at least one electrical terminal and a body portion having a locking tab. The housing has a first longitudinal axis X1 and the body portion has a second longitudinal axis X2. The first longitudinal axis X1 and the second longitudinal axis X2 are offset from each other to enable the tip of the locking tab to be radially inset. An axial press tool can be used to mount the connector unit mechanically in the housing. The present invention also relates to a method of assembling a connector assembly.

Abstract: A connector assembly couples signal lines for an optical catheter by providing a guided releasable latching mechanism that ensures optimal alignment with only a single vertical dimension under control. A receptacle carrying a first signal line defines a channel for receiving a plug carrying a second signal line. A spring-loaded pawl on the receptacle locks to a retaining bracket on the plug when the plug slides into the channel, imparting a retaining force on the plug, the force having a first component normal to channel and a second component parallel to the channel to maintain the first and second signal lines in optimal alignment. The retaining bracket may include a sloped edge to allow for easy release of the pawl in the presence of a release force. The release force may be set to allow disconnection of the assembly without affecting catheter installation or causing patient discomfort.

Abstract: A latching device for latching a first front connector to a complementary second rear connector. The latching device comprises at least a front latching element supported by the front connector, the front latching element comprising a rear latching segment. The latching device further comprises a rear latching element supported by the rear connector, the rear latching element comprising a front latching segment and being mounted moveable axially from a rear unlatching position to a front latching position in which the front and rear connectors are immobilize axially together, characterized in that the latching device comprises an axial sleeve supported by the rear connector, the sleeve being opened axially towards the front and the rear, the rear latching element being mounted movable axially into the sleeve from its rear unlatching position to its front latching position.

Abstract: A connector includes a housing, which extends along a longitudinal axis lying in the plug-in direction and which is divided into an electric connector part and a locking device located next to the electric connector part for the releasable locking of the connector with a corresponding counterpart. The locking device includes a detent bracket that is held in a receiving chamber of the housing, that extends in the plug-in direction, and can be elastically deflected perpendicularly to the plug-in direction. The detent bracket is elastically deflected perpendicularly to the plug-in direction by an actuating element mounted on the housing in order to be disengaged. A compact construction is achieved because the actuating element lies adjacent to the detent bracket perpendicularly to the plug-in direction and the length of the actuating element in the plug-in direction is less than or approximately equal to the length of the detent bracket.

Abstract: An cable assembly includes an insulative housing; a plurality of signal terminals and grounding terminals received in the insulative housing; a plurality of signals wires and grounding wires; a grounding member having a main portion located in a vertical plane and a plurality of fingers projecting forwardly therefrom, the main portion defining positioning cavities separated from each other; the signal wires held in the positioning cavities, with conductors of the signal wires electrically connected to the signal terminals, the grounding wires electrically connected to the grounding member and the fingers of the grounding member electrically connected to the grounding terminals.

Abstract: A connector includes a first housing, a second housing and a detection member. A lock band portion is elastically deformable and is provided on the first housing. A lock portion is provided on the second housing, and bends the lock band portion to allow the lock band portion to slide over the lock portion when the first and second housings are moved from a first condition to a second condition, the first condition where the first housing is not fitted to the second housing, and the second condition where the first housing is fitted to the second housing, and engages the lock band portion when the first and second housings has been moved to the second position. The detection member is disposed on an upper side of the lock band portion, and is displaced together with the lock band portion in accordance with a deforming movement of the lock band portion.

Abstract: Disclosed is a water-proof connector assembly which comprises a first connecting device, a second connecting device and a fastener. The first connecting device includes a first casing, a male conductive terminal, a water-resisting member and a first screwing member. The first casing, being provided successively a first section, a second section, a third section and a fourth section, has a first inner hole. The second connecting device includes a second casing, a female conductive terminal which allows the male conductive terminal to insert for conducting electricity, a second water-proof sleeve and a second screwing member. The second casing, being provided successively a fifth section, a sixth section and a seventh section, has a second inner hole. The fastener is mounted around and movable on a first outer surface of the first section and the second section of the first casing between a predetermined first position and a predetermined second position.

Abstract: A system includes a digital multimedia connector of a digital multimedia cable. The digital multimedia connector includes a first housing enclosing a first plurality of electrical contacts, a retainer adjacent and external to the first housing, and a release. The system includes a digital multimedia receptacle. The digital multimedia receptacle includes a second housing to receive the first housing of the digital multimedia connector, a second plurality of electrical contacts to couple to the first plurality of electrical contacts, and a support to receive at least a portion of the retainer. The digital multimedia cable is inhibited from separating from the digital multimedia receptacle and an electrical connection between the first plurality of electrical contacts and the second plurality of electrical contacts is maintained when the retainer of the digital multimedia connector is received by the support of the digital multimedia receptacle.