Abstract: An electrical connector assembly includes a first connector including a first housing having a contact and a second connector configured for connection with the first connector, wherein the second connector includes a second housing having a conductor. The first connector is configured for connection to the second connector in at least a first position and a second position. In the first position, the first connector is connected to the second connector, and the conductor of the second connector is not in electrical contact with the contact in the first connector. In the second position, the first connector is connected to the second connector, and the conductor of the second connector is in electrical contact with the contact in the first connector.

Abstract: For connection and disconnection of both connectors with ease and assurance in a narrow work space and connection, and for disconnection of a safety circuit unit without mistakes and in a saved-space, a low-insertion-force connector assembly 53 is provided with one connector receiving the one terminal and other connector 27 receiving a mating terminal, wherein the one connector includes a driving lever 6 having a rotative circular-arc-shaped gear part 13, and, pivotally supported along a wall part 17 of the one connector, a gear wheel part 11 engaged with the gear part, and a gear member 4 having a spiral groove engaged with a driven projection 37 of the other connector, wherein the safety circuit unit 8 is slidably disposed in the one connector, a small connector 38 for connection is disposed in the other connector, thereby the driving lever 6, at a provisional position, prevents the safety circuit unit from rotating in a connecting direction of the safety circuit unit, and, at a connecting position, allows

Abstract: An operating room connector is used in conjunction with a multiple electrode SCS system which can easily detach and connect to an external trial stimulator (ETS). By connecting the electrode SCS system to a stylet handle, and then locking the stylet handle within a slot of the connector platform, a user is able to minimize the required steps in connecting the ETS to the implanted SCS lead system. The ETS can then be used to readjust the position of the electrode array(s) previously implanted to deliver an optimal stimulation therapy.

Abstract: A connector is configured to be mated with and connected to a mating connector in a state where the connector is attached to an FPC having a principal surface on which a signal terminal and a ground terminal are arranged. The connector comprises a housing, a plurality of contacts held by the housing, a cover shell partially covering the housing and a lock bar supported by the housing and/or the cover shell so as to be turnable. Each of the contacts has an exposed portion connectable to the signal terminal of the connecting object. The cover shell has a grounded portion connectable to the ground terminal of the connecting object. The lock bar is configured to lock a mating state where the connector is mated with the mating connector.

Abstract: An IC socket is pneumatically actuated and has an integrated heat sink. Thermally conductive elements of the heat sink extend through an opening of a pneumatically actuated element shaped as a closed curve of finite width so that heat radiating from the thermally conductive elements may dissipate through a top opening of the IC socket. Downward force exerted by the pneumatically actuated element is transferred through a gimbaled multi-plate and spring arrangement to provide even pressure on the die and substrate of an IC device being held in place by the IC socket. A spring-loaded ground tab on the bottom of the IC socket simplifies grounding of the IC socket to avoid damaging the held IC device by static discharge.

Abstract: A retractable power plug applied for an electronic apparatus or an extension outlet is disclosed. The retractable power plug includes a housing, a base, a movable unit and a plurality of prongs. The housing has a space for enclosing the base. The prongs are pluggably disposed on the base. The base is rotatably and movably located in the space. The movable unit is configured to prompt the base to move in the space. The direction of movement of the base is generally parallel with the connection direction of the prongs. So that, the prongs associated with the base is capable of moving up and down in the space.

Abstract: An anchored 522 male electrical connector is provided. A stationary housing 520 is combined with a coupling ring 540 to form an outer housing. An internal plunger 560 is housed in and spans the length of the outer housing. The stationary housing 520 mounts onto an anchoring surface via an anchor mount 522, while the coupling ring 540 is free to rotate about the internal plunger 560. The coupling ring is rotated via a hand grasp 441. The coupling ring rotation 442, 443 translates into forward and aft movement of the pin assembly 515. The connector provides forward 520-1 and backward stops 520-4 for limiting pin insertion and extraction moves to desired distances. Rotation via triple start threads 548, 525 readily overcomes insertion and extraction resistance of a bulky multi-pin assembly 515 and provides a smooth and controlled electrical connection. The connector may be sized to meet multi-pin connector needs or military standards.

Abstract: Provided is a substrate connecting structure that includes a support housing to which a main substrate is attached, and a shield housing for housing a relay substrate, the support housing being provided with a first opening for exposing a first connector provided in the main substrate, a first guide, and a pair of hinges, the shield housing being provided with a second opening for exposing a second connector provided in the relay substrate, and a second guide that works cooperatively with the first guide, the first guide and the second guide guiding the shield housing so that the shield housing can move perpendicularly to a main surface of the support housing provided with the first opening, ends of the pair of hinges being located between the shield housing and the support housing and being adapted to be rotated to separate the shield housing from the support housing.

Abstract: An electrical connector system includes a pin connector and a socket connector that each attach to a cable having multiple twisted pairs of wires. The connectors include features for shielding each pair of pin or socket contacts from the other pairs of pin or socket contacts to reduce interference and crosstalk. A contact-retaining shell of one of the connectors includes an integrally formed insertion plug having cantilever elements that electrically contact a conductive surface of the mating connector to provide a low-impedance pathway between the shell and the mating connector for purposes of grounding and/or shielding. The electrical connector system is designed to be readily disassembled and reassembled for repair or re-work without the use of special tools.

Abstract: An electrical connector (10) which facilitates its proper holding for insertion and latching to a charging station receiver (14). The connector has a body (40) with a front portion (42) that extends along a horizontal axis (60), a rear portion (44) that extends at a rearward-downward inclined axis (62) of approximately 45°, and a middle portion (46) with a bottom (22) that is concavely curved to receive the small fingers of a hand. The front portion of the body has grooves (76) on opposite sides of a top ridge (72), so the person's thumb fits around the ridge and into a groove. A palm pad (30) lies immediately rearward of the top ridge and is automatically depressed by the person's palm to operate a latch (32).

Abstract: The invention relates to a housing of a connector for making an electrical connection between the connector and a socket receiving same with at least a first and a second housing part which are releasably connectable with one another by means of a locking means and rigid fastening elements. The locking means comprises at least one locking bracket with two essentially parallel legs and one web which connects the legs, wherein each leg of the locking bracket comprises two locking arms which have connecting portions for a connection with the rigid fastening elements. The locking arms of the locking bracket are connected with the web of the locking bracket by at least one resilient portion, so that the relative distance between the locking arms of one leg is variable and the locking bracket is capable of clamping together the at least two housing parts.

Abstract: A charge cord lock system for a vehicle having rechargeable batteries. The system includes a charging receptacle; and a charge cord assembly having a charge plug slidably received in the charging receptacle and including a recess defining a retention flange. The system also includes a cord lock including a catch mounted to a plunger, with the plunger mounted to an actuator that moves the plunger toward and away from the charging receptacle, the catch engaged with the retention flange when the plunger is in an extended position and not engaged with the retention flange when the plunger is in a retracted position; and a controller in communication with a door lock mechanism and the actuator to cause the plunger to move to the retracted position when a door unlock signal is received and to cause the plunger to move to the extended position when a door lock signal is received.

Abstract: A circuit board assembly includes a primary board, and a connector mounted to a mounting location of the primary board. The connector includes compliant conductors, each compliant conductor having a first end and a second end. The connector further includes a connector body supported by the primary board. The connector body constrains the first end of each compliant conductor at the mounting location and the second end of each compliant conductor at an interface location. The connector further includes a movable member which is capable of moving relative to the connector body along an axis extending between the mounting location and the interface location. The movable member is constructed and arranged to control tension of the compliant conductors while the connector body constrains the first end of each compliant conductor at the mounting location and the second end of each compliant conductor at the interface location.

Abstract: A connector on an electronic device includes a pair of locking plates, a guide groove, and a space. Each locking plate has, on its edge, a first concave portion, a first convex portion, a second concave portion, and a second convex portion. An intermediate surface for determining a position of an accessory device below the guide groove is provided below the second concave portions and the second convex portions. A contact mounting surface provided with plural contacts is provided below the first convex portions. Guide surfaces for determining a position of the accessory device in the width direction of the guide groove are provided below the first concave portions and the first convex portions.

Abstract: A system and method is provided for preventing disengagement between an electrical plug and a charge port on an electric vehicle. One or more projections are disposed on the electric vehicle. The projection has an extended locked position and a retracted unlocked position. An actuator selectively extends and retracts the projection between the locked and unlocked positions. When the projection is in the locked position, the projection engages the plug and prevents disengagement of the plug and the port.

Abstract: An electrical connector assembly comprises a central processing unit (CPU), a plurality of cable connectors soldered on the CPU and a CPU socket for electrical connecting the CPU to a printed circuit board (PCB). Each cable connector includes a base having a plurality of first terminals received therein, for contacting with conductive points of the cable. The CPU socket includes an insulating housing having a plurality of second terminals received therein and a loading mechanism attached to the insulating housing. The loading mechanism can simultaneously pressing the cables against the cable connectors and the CPU toward the CPU socket for electrically connecting the CPU with the cables and the PCB.

Abstract: A plug-in unit assembly is disclosed which includes a case and a plug-in unit arranged to be removably connected to the case. The plug-in unit includes a unit body, a handle and an actuating member. The handle is pivotally connected to the unit body and operationally connected to the actuating member, the actuating member being movably connected to the unit body. The case includes a locking counterpart element and a releasing counterpart element, each of which is adapted to co-operate with the actuating member for moving the plug-in unit. The locking counterpart element is adapted to move the plug-in unit to a plugged-in position, and the releasing counterpart element is adapted to move the plug-in unit to an outer releasing position.

Abstract: An electrical connector includes a socket and a plug. The socket includes a sidewall and defines at least one latching hole. One end of each of the at least one latching hole is defined in the sidewall. The plug includes a main body, at least one latching mechanism, and a switch. The main body includes a first surface and a second surface. The main body defines at least one receiving space, a first groove, and a second groove. The at least one latching mechanism is partially received in the receiving space. The switch is positioned in the second groove and partially external to the first groove. The at least one latching mechanism can slide to engage the switch by an external force, and the switch can cause the at least one latching mechanism to disengage from the switch by an external force.

Abstract: An actuation device includes a frame, a linkage mechanism and a handle mechanism. The handle mechanism includes a handle and a connection link, each having a first end and an opposite second end. The first end of the handle is pivotally connected to the frame. The first end of the connection link is pivotally connected to the handle and the second end of the connection link is pivotally connected to the linkage mechanism. Movement of the second end of the handle rotates the handle about an axis determined by a connection point of the first end of the handle to the frame and results in movement of the connection link in a first direction causing translation of the linkage mechanism in a second direction substantially perpendicular to the first direction to mechanically and electrically connect a power supply to an outside circuit through an opening of the frame.

Abstract: A connection apparatus includes a male plug which may be mated into bayonet-type engagement with a female socket. The plug has at least one radially projecting lug and the socket has at least one axially extending insertion channel and at least one adjoining locking channel within which the lug may be received. The locking channel includes at least one depression which is located radially angularly offset from the insertion channel. Engagement between the lug with the depression resists unintentional detachment of the connection.

Abstract: A retractable connector device having an inner housing, a cover belt, and two sidewalls. The device may comprise electronic components for electronic devices including computer peripheral devices such as serial bus devices, Universal Serial Bus (USB) devices, or IEEE 1394 devices. The belt surrounds a portion of the inner housing. The belt is for moving the device between at least two positions, a deployed position where the connector extends through a hole in the inner housing to connect to a receiving device, and a stored position where the connector is within the housing, separated and protected from external elements by, at least in part, the belt.

Abstract: A subsea electrical connector for connecting a first cable and a second cable. A first insulator has an outer face, possibly an inner face, and a pin portion transverse to the outer face. A second insulator has a mating outer face, an inner face, and a pin receptacle. At least one face seal ring is positioned between the first insulator outer face and the second insulator outer face. At least one pin seal ring is positioned between the pin portion and the pin receptacle. Preferably, an interference fit is provided between the pin and pin receptacle. A preferred seating angle seal has an angled surface adjacent the end of the pin portion and within the pin receptacle. First and second electrical connectors are mounted within the first insulator and the second insulator. The first and second metal electrical connectors each have a socket for receiving the first and second cables.

Abstract: A mounting fixture for detachably fastening cover plates in an aircraft. For fixing, a retaining bracket fixed on the cover plate is snap-fitted onto a retaining pin fixed on a substructure of the fuselage cell. A first holder is fixed on the retaining pin for receiving at least one connecting element, and a second holder is displaceably fitted in a forked holder on the retaining bracket. The forked holder has a roughly U-shaped form with two upright arms each connected at their lower ends by a base plate. Two connecting elements are preferably each fixed in the holders. The connecting elements are formed as electrical and/or optical sockets and plugs each with cabling attached. By swiveling a contacting lever the second holder can be moved linearly to and fro in relation to the first holder and can be introduced and pushed at least in part into the first holder whereby the final electrical and/or optical contact is produced by means of the sockets and the plugs.

Abstract: A connector assembly includes a housing, a power supply contact, an interlock circuit contact, a lever subassembly and a lever latch. The lever subassembly is pivotally coupled to the housing and includes a handle and a gripping end that engages the mating connector to move the housing relative to the mating connector when the handle is rotated. The handle is rotated to sequentially decouple the interlock circuit contact from the mating interlock contact prior to unmating the power supply contact from the mating power contact. The lever latch is coupled with the housing and prevents unmating of the power supply contact from the mating power contact before separation of the interlock circuit contact and the mating interlock contact before the power supply contact is decoupled from the mating power contact and after the interlock circuit contact is decoupled from the mating interlock contact by blocking rotation of the lever subassembly.

Abstract: A connecting device for an electronic testing system of an electronic device includes a base, a sliding track, a holder, a plurality of connectors, and a driver. The sliding track is positioned on the base. The holder is slidably fixed to the sliding track. The plurality of connectors are fixed in the holder and the electronic device is connected to the electronic testing system. The driver is located on the base and moves the holder along the sliding track, connecting or disconnecting the plurality of connectors to the connection port of the electronic device.

Abstract: A plug connection device that connects two function elements for signal and power transmission between the function elements, in particular for medical applications, has connection components fashioned for capacitive connection of the function elements.

Abstract: A subsea electrical connector for connecting a first cable and a second cable. A first insulator has an outer face, possibly an inner face, and a pin portion transverse to the outer face. A second insulator has a mating outer face, an inner face, and a pin receptacle. At least one face seal ring is positioned between the first insulator outer face and the second insulator outer face. At least one pin seal ring is positioned between the pin portion and the pin receptacle. Preferably, an interference fit is provided between the pin and pin receptacle. A preferred seating angle seal has an angled surface adjacent the end of the pin portion and within the pin receptacle. First and second electrical connectors are mounted within the first insulator and the second insulator. The first and second metal electrical connectors each have a socket for receiving the first and second cables.

Abstract: A system for monitoring and/or controlling at least one device mounted on a tubing string of a well, the system comprising: a down-well cable for conveying a signal to and/or from at least one device mounted on a tubing string of a well; a temporary surface cable for conveying a signal between the at least one device and a first monitor/control station prior to and/or during installation of a tubing string in a well; a permanent surface cable for conveying a signal between the at least one device and a second monitor/control station after installation of the tubing string in a well; and switch means configurable between a first configuration, in which the down-well cable and the temporary cable are connected, and a second configuration, in which the down-well cable and the permanent cable are connected.

Abstract: The invention relates to a multi-polar connecting terminal (10, 10?), having a plurality of single-pole connecting terminal segments (20), each with a housing (21), such that the single-pole connecting terminal segments (20) can be joined together to form the multi-polar connecting terminal (10, 10?) by means of a plug-in or click-in connection (27, 28) positioned on the housings (21), and the housings (21) are glued together with an adhesive layer (40, 40?).

Abstract: The invention discloses an electrical connector comprising a base, a cover, and a drive mechanism. The drive mechanism includes a rotatable pin and a pushing blade. At least two columns are bias disposed on the rotatable pin. The column which is near the cover is disposed in the axle hole. The pushing blade is mounted on the cover for pushing and reinforcing the cover. The pushing blade has at least one block portion which corresponds to the rotatable pin. The pushing blade also has a long round hole for accommodating the rotatable pin. Compared with prior arts, the drive mechanism of the electrical connector of the invention includes a pushing blade which is capable of reinforcing the cover while pushing the cover to prevent the cover from deformation or breakage.

Abstract: An apparatus comprises: an engagement shaft able to engage with a bottom surface of a DSA and held linear-movably; an air cylinder supplying a drive force for linearly moving the engagement shaft; and a link mechanism interposed between the air cylinder and the engagement shaft and transmitting the drive force input from the actuator to the engagement shaft, and the link mechanism transmits the drive force input from the air cylinder by rotary motion.

Abstract: A locking handle for fixing a motherboard of a framework includes a locking part, a shell, an elastic part, and a fixing part. The locking part has an extending portion. The extending portion is projecting from the other side of the main portion. The extending portion has a stopping portion. The shell has an accommodating space inside. The shell is assembled with the extending portion slidingly. A hook and A hole are formed at a side of the shell. The hole is through the accommodating space. A grip is integrally formed at an end of the shell. The elastic part is disposed in the accommodating space. The elastic part is compressed between the fixing part and the stopping portion. The operation is easier. Moreover, the cost of manufacturing is saved.

Abstract: A multi-connector, and a charging cable and a data cable including the same are disclosed. The multi-connector includes a 24-pin connector and a 20-pin connector that may be used regardless of the type and manufacturer of a portable terminal. The multi-connector includes a first connector body having a first connector installed on a side thereof, a second connector body having a second connector installed on a side thereof, and a hinge shaft to connect the first connector body to the second connector body. The first connector body and/or the second connector body are pivotable about the hinge shaft.

Abstract: A plug connection device that connects two function elements for signal and power transmission between the function elements, in particular for medical applications, has connection components fashioned for capacitive connection of the function elements.

Abstract: Electrical connectors, particularly for connecting telephone wire pairs, are disclosed in which connector strips having at least one row of apertures containing wire connection terminals is provided with at least one captive wire insertion tool which can push or otherwise force wires into terminals of the connector strip to establish electrical connection. The or each tool is mounted for captive sliding movement relative to the strip to position the tool with a selected one of the apertures in which a wire connection is to be made. In one form of the invention, a tool is adapted to slide along the strip so that it can be positioned at each aperture. In a further embodiment, the strip is provided with a plurality of tools, one for each aperture.

Abstract: A connector connecting and releasing apparatus for a connector set within a casing of a module connected with an apparatus is provided. The resisting portion comprises a sliding part protruding out of the casing of the module, and a first elastic part set between the sliding part and the casing. The sliding part moves inward the casing as forcing direction. The first elastic part provides a resilient force to move the sliding part protrude out of the casing. The arm structure comprises a pivot set on a predetermined location of the casing, a forcing arm set on one side of the pivot and contacting the sliding part, and a resisting arm set on the other side of the pivot. When the forcing arm is pressed by the sliding part, the arm structure rotates around the pivot, and the resisting arm forces the connector upward to protrude out of the casing.

Abstract: A following control unit 30 is provided. When a connecting-side connector 120 included in a connecting electronic device 100 is connected with a receiving-side connector 20 disposed within a main frame 10 and supported so as to be movable in a connection direction, the control unit 30 controls a movement of the receiving-side connector 20 in a connection direction by applying a pressing force when connecting to the connecting-side connector 120 in the connection direction. The connecting electronic device 100 is a connection-subject. The control unit 30 performs a control by the pressing force when connecting being applied to the connecting-side connector 120 in the connection direction, when the connecting-side connector 120 and the receiving-side connector 20 are being connected.

Abstract: a fastening structure comprises a stiffener including a first end and a second end opposite to the first end. A load plate is pivotally supported on a first end of the stiffener and has a pair of lateral walls. A lever is pivotally mounted on the lateral walls of the load plate and a locking portion to lock the load plate to the stiffener. An LGA socket using the fastening structure comprises an insulative housing having a plurality of contacts. A stiffener includes a first end and a second end and is positioned on a bottom surface of the insulative housing. A load plate is pivotally attached on the first end of the stiffener and has at least a lateral sidewall. A lever is pivotally mounted on the lateral sidewall, the lever and the load plate is being pivotal between an open position and a closed position together, the lever has a transverse locking portion to lock the load plate to the stiffener near the second end of the stiffener.

Abstract: A connector assembly is presented. The assembly includes a first connector including a pilot terminal and a plurality of first terminals. Further, the assembly includes a second connector including a plurality of second terminals, where the second connector is configured to be releasably coupled with the first connector. In addition, the assembly includes a housing disposed about the second connector and in operative association with the second connector. The assembly also includes a coupling mechanism in operative association with the second connector, where the coupling mechanism is configured to aid in coupling the first connector and the second connector with use of a first force, and where the coupling mechanism includes a lever mechanism having a Clevis mechanism. The pilot terminal is configured to facilitate coupling of the first connector and the second connector.

Abstract: An adjustable connection mechanism of an uninterruptible power supply apparatus includes a first connector, a second connector, a supporting member and a carrier plate. The first connector is arranged on a battery module and electrically connected to the battery module. The second connector is electrically connected to a power supply module and a control module of the uninterruptible power supply apparatus. The supporting member is disposed within a case for supporting the second connector. The carrier plate is coupled with the second connector, and selectively movable to a first position to have the second connector disconnect with the first connector or movable to a second position to have the second connector connect with the first connector.

Abstract: A tool-free microphone connector assembly with non-threaded engagement between parts is provided. New improvements in the present invention include a main body housing, a rear sleeve, and an annular tightening loop. The main body housing comprises a pressing button disposed thereon, a locking tube with a non-threaded outer tubular surface, and two projecting locking pieces. Each projecting locking body defines a locking contact and a guiding slope. The rear sleeve of flexure materials comprises a through bore at its one end and an engaging contact at the other end.

Abstract: A coupling device includes a body having an end for coupling with a handle. The body includes a compartment having a receiving space for receiving an object such as a bit. The receiving space includes a slanted face extending longitudinally outward and radially inward. A follower is slidably mounted in the compartment and includes an outer end having a restraining hole. A positioning member extends from a radially outer side through the restraining hole to a radially inner side of the follower and is slidable along the slanted face. The follower is biased outward by an elastic element toward the receiving space when the object is inserted into the receiving space and moves the follower longitudinally inward. A radial clamping force is imparted from the slanted face through the positioning member to securely clamp the object in the receiving space.

Abstract: A connector includes a cover adapted to push a connection object toward a first contact. The first contact includes a first contact portion to be connected to a contact portion of the connection object. A second contact includes a second contact portion and a locking portion. The cover includes a cover contact portion held by the housing so as to be rotatable between opened and closed positions and to be connected to a shell of the connection object, a connecting portion to be connected to the second contact portion of the second contact, and a to-be-locked portion adapted to engage the locking portion of the second contact. At the time of the connection to the connection object, the shell of the connection object and the second contact are connected to each other through the cover contact portion, the connecting portion, and the to-be-locked portion of the cover.

Abstract: An apparatus and method for connecting servers within a rack-mounted server system. In one embodiment, a plurality of servers are positioned in respective bays of a rack. The bays generally constrain adjacent servers in a generally fixed spacing and in face-to-face alignment. A first server is moved within its bay relative to a second server until a connector on the first server is aligned with a mating connector on the second server. Alignment of the two mating connectors is detected by a position sensor, such as an LED-photodiode pair. A signal from the position sensor causes or at least allows the first and second connectors to be moved toward one another, either using a motor or a hand-actuated mechanism, to provide power and data communication between the servers. Once the connection is established, data is optionally transmitted via the optical sensor.

Abstract: The invention relates to a plug-in connector (10) having at least one contact chamber (50) provided in a plug housing (12) for receiving a contact element (11) that provides at least one abutment (51, 52) for a locating element (41) arranged on the contact element (11). The locating element (41) is designed as an inelastic locating hook (41). The side wall (30, 31) of the contact chamber (50) is resilient, at least in the area before the abutment (51, 52), Further, a recess (36, 37) is provided in the plug housing (12) at least adjacent the resilient area of the side wall (30, 31).

Abstract: The present invention provides an electrical connection device for a machine cable comprising a first connector having a first contact and a second connector having a second contact the connectors being moveable between a disengaged condition in which the first and second contacts are remote from each other and an engaged condition in which the first and the second contacts are electrically connected. The device also comprises a drive for imparting a driving force to drive the first and the second connectors relative to each other whereby the first connector and the second connector move between the disengaged and the engaged positions. The drive is arranged to distribute the driving force around at least a portion of at least one of the first and the second connectors to minimize wedging, canting or seizing between connector surfaces and allows minimal mechanical clearance to provide a narrow path.

Abstract: A process and device for assembling a connector is provided, by which the production efficiency can be improved by preventing the problem of insertion error from occurring in a step of terminal insertion into a connector housing in the manufacturing process of the wiring harness by using an automatic assembly machine or in a step of the operation by the human hands. The process includes the steps of: provisionally locking the spacer in the connector housing; inserting a jig rod into the connector housing before inserting the terminal into the connector housing, the jig rod being for releasing the locking of the spacer which is completely locked in the connector housing; pulling the jig rod out from the connector housing; and inserting the terminal into the connector housing.

Abstract: A modular chemical handling apparatus has a first component coupled to a second component. The first component is retained proximate to the second component by a locking mechanism. Fluid conduit connection devices and/or electrical connection devices in the first component are coupled to corresponding conduit connection devices and/or electrical connection devices in the second component by couplers. At least one laterally sliding lock shaft is employed for coupling the first module to the second module and for decoupling the first module from the second module. In one embodiment, counterweights are used to maintain the sliding lock shaft and each of the connection devices in the fully coupled position.

Abstract: Apparatuses and methods for supporting a receptacle block in a device testing a unit under test. The unit under test includes the receptacle block, which has one or more receptacles electrically coupled to components of the unit under test. A support includes a plurality of supporting surfaces that are respectively positioned at different depths. A positioning mechanism positions the support behind a receptacle block.

Abstract: An actuator including a shape-memory flexible cable with a flexible sheath can be used, by controlling it both electrically and mechanically using the sheath as element for applying a mechanical tensile force. The shape-memory flexible cable is provided with a coating made of synthetic or elastomer material moulded thereon and adherent thereto, which favors rapid return of the shape-memory cable into its resting configuration after its activation both on account of its elastic return and owing to the fact that it favors cooling of the cable. Preferably, the coating is obtained by means of a process of co-extrusion with the shape-memory cable.