Abstract: A vehicle control device controls a vehicle including an occupant door and an opening and closing member for a shareable space. The vehicle control device is configured to control switching between a locked state and an unlocked state of an inlet, and to execute first control. In the first control, the inlet is switched to the unlocked state when the opening and closing member for the shareable space is unlocked by a user while the inlet is in the locked state. The inlet is not switched to the unlocked state when the opening and closing member for the shareable space is unlocked by a third person while the inlet is in the locked state.

Abstract: New electrochemical battery recharging, refurbishment and replacement techniques are provided. In some aspects of the invention, small, fungible battery elements may be immersed in a fluid and delivered via a bifurcated pump interface that simultaneously unloads discharged cells and loads new, charged cells, to accomplish rapid cell replacement and recharging. The cells may be magnetically aligned to bring cathode and anode elements together, in series, and bridge contacts within a container (powering an appliance). Density differentials between charged and discharged elements may aid in placing them in series (with similar charge states and capacities) and in removing them during replacement. In other aspects, electrode elements may be rapidly flushed to accomplish rapid recharging, in a staged process.

Abstract: A low cost charger circuit with pre-charge functionality can include a DC/DC converter arranged in parallel with a charger device. When used for electrified vehicle applications, the DC/DC converter can be configured to operate during vehicle propulsion, restorable energy storage system (RESS) recharging, and while only the DC/DC converter needs to be energized. A DC/DC converter can be coupled to a first high voltage bus on a load side of a primary contactor, and to a second high voltage bus on an energy side of a primary contactor. A pre-charge circuit can controllably charge a voltage bus and protect a DC/DC converter against high inrush current. An auxiliary contactor can controllably couple a DC/DC converter to a load portion of a high voltage bus. It can also couple a charger thereto. A charger contactor can controllably couple a charger device to an energy portion of a high voltage bus.

Abstract: In one aspect, a plug connector for electrically connecting an electric vehicle to a charging device is provided. The plug connector is designed to establish an electrical connection to a second plug connector associated to the electric vehicle or the charging device. The plug connector includes an actuator which can be driven by an electrical pulse, adapted for locking and unlocking the plug connectors. The plug connector includes an energy source for generating the electrical pulse.

Abstract: A method for communicating between an electric vehicle and a charging station for electrically charging at least one energy storage device of the electric vehicle. The electric vehicle is connected to the charging station during the charging process by a lockable mechanical coupling between a terminal of charging cable connected to the vehicle and a terminal of the charging station. Charging current is fed from the charging station through the charging cable. Information is transferred in the course of the charging process based on a communication between the electric vehicle and the charging station. The information includes a signal transmitted from the electric vehicle to the charging station for locking and/or unlocking the mechanical coupling. The signal triggers the locking and/or unlocking of the mechanical coupling between the terminal of the charging cable and the terminal at the charging station.

Abstract: A coupling between a replaceable battery and a vehicle in order to produce an electrical contact between the battery and a vehicle electrical system. The coupling includes at least one vehicle-side coupling part and at least one battery-side coupling part, each coupling part having at least one electrical contact site. The contact sites of the coupling parts that are separate from each other until the battery is mechanically fastened to the vehicle can be brought into mutual contact after the battery has been mechanically fastened to the vehicle.

Abstract: Disclosed is a plug retention device consisting of a frame applied between the socket of an electronic device and it's plug. The frame decreases the annular gap present between the plug and socket, thereby improving retention of the plug within the socket and preventing accidental disconnection.

Abstract: The present invention relates to a connector in an electric vehicle charger, and more particularly, to a connector in an electric vehicle charger, in which a structure thereof is improved for simplifying the same, minimizing a number of components, enabling to secure reliability in stages of mounting, charging, and coupling/decoupling, and improving durability, a water proof performance, and user's convenience.

Abstract: A lever-type connector includes a first connector, a second connector, and a lever that rotates to fit the first connector and the second connector together, the first connector and the second connector being mounted into a mounting hole of a panel when the first and second connectors are in a fitted state. The lever includes a flexible locking portion. The first connector includes a locked portion with which the locking portion is engaged in a manner such that the lever rotates to bend the locking portion when the first and second connectors are properly fitted together. The locking portion includes a regulating portion positioned to face an edge portion of the mounting hole of the panel when the first connector and the second connector properly fitted together are mounted in the mounting hole so as to prevent the engagement between the locking portion and the locked portion from being released.

Abstract: The present invention relates to a charging connector locking apparatus. The apparatus includes a coupling latch installed in an inlet housing of the inlet connector to be supported by a resilient member such that the plug connector is guided along a plug housing of the plug connector as the plug connector is inserted into the inlet connector; a driving source for providing power for locking and releasing the coupling latch; and a locking lever driven by the driving source to control movement of the coupling latch, for fixing the coupling latch in a state in which the coupling latch is positioned in a coupling hole of the plug housing while the plug connector is coupled to the inlet connector.

Abstract: In an electrical plug device, which has at least one projection which projects at least regionally in the radial direction and is developed along at least a portion of the periphery, at least parts of the at least one projection have an asymmetrical design.

Abstract: A locking device that locks a power feeding plug to a power receiving connector and locks a lid covering the power receiving connector. The locking device includes a lock bar that locks a hook, which is arranged on the power feeding plug, to a catch, which is arranged on the power receiving connector. A hook restriction member permits and restricts movement of the lock bar. A lid restriction member permits and restricts opening of the lid. A motor moves the hook and lid restriction members.

Abstract: An electrical connection box is provided with a case which accommodates a circuit board on the interior thereof. The case has a connector provided with a synthetic resin section on which a terminal fitting connected to the circuit board is arranged. The synthetic resin section has a hood section with which a partner connector is engaged, a surrounding wall which is provided on the periphery of the hood section and forms a cavity between the surrounding wall and hood section, a locking section provided on the inner wall of the hood section, and a reinforcing rib which is provided on an area of the hood section corresponding to the locking section.

Abstract: A power plug locking device includes a lock unit that restricts movement of an operation arm arranged on a power plug. The lock unit includes a first member, which is moved between a lock position and an unlock position, and a second member, of which movement is restricted in accordance with the movement of the first member. The second member restricts the movement of the operation arm in cooperation with the first member that is moved to the lock position. The first member includes a first contact surface. The second member includes a second contact surface that is able to contact the first member that is moved to the lock position. At least one of the first contact surface and the second contact surface includes a stepped shape.

Abstract: The present relates to an electrical connector system which includes a first connector assembly having a first connector and a second connector to be coupled one to the other; a second connector assembly having a third connector and a housing contiguous to the first connector, the housing having an open connecting face for receiving within a complementary part of the third connector so as to perform a coupling one to the other. This connector system may include a movable element which is movable between two positions, i.e.: a “first position” in which it masks at least partially the open connecting face, so that it makes impossible the coupling with the third connector; a “second position” in which it does not mask the front open connecting face, so that it makes possible the coupling with the third connector; the movable element being able to be moved into the “second position” only when said first and second connectors are fully coupled together.

Abstract: A securing apparatus includes a receiving portion, and two resilient arms. The receiving portion defines a receiving space through front and rear ends of the receiving portion. The resilient arms respectively extend away from each other from opposite sides of the rear end of the receiving portion. Rear ends of the resilient arms are capable of moving towards each other and being locked together, to allow a connector to be received between the resilient arms.

Abstract: The invention relates to an electric terminal for leading a conductor through a wall, comprising a first terminal piece (1) to be mounted on one side of the wall, and a second terminal piece (2) to be mounted on the other side of the wall. The first terminal piece (1) has a first connecting element (5) and a holding element (7) for positioning the first connecting element (5), while the second terminal piece (2) has a busbar (4) to be electrically connected to the first connecting element (5). According to the invention, the first connecting element (5) in such an electric terminal for leading a conductor through a wall can be connected to the conductor and/or the busbar (4) in a particularly simple fashion because the first connecting element (5) is positioned in the first terminal piece (1) by the holding element (7).

Abstract: The present invention relates generally to a hand socket lid mounted on a test contactor for use in compressing electronic devices such as integrated circuit (IC) package in high pin counts that employs high force to the contact part of the hand socket lid to the said device located in the test contactor to obtain a stable electrical connection between the terminals of an electronic device through the test probe mounted in the test contactor on a printed circuit board without causing pain to the user's hand effecting the said high force.

Abstract: Improved SRAMs are formed with significantly reduced local interconnect to gate shorts, by a technique providing bidirectional, self-aligned local interconnects, employing a gate hard mask over portions of the gates not connected to the local interconnects. Embodiments include forming a gate hard mask over gates, forming bidirectional trenches overlying portions of the gate electrodes and active silicon regions, etching the hard mask layer to expose regions of the gate electrodes that are to connect to local interconnects, and filling the trenches with conductive material to form self-aligned local interconnects.

Abstract: A motorized roller includes a roller body of a cylindrical shape, in which a motor and a reducer are housed. The motorized roller has fixed shafts protruding out of both ends of the roller body. A first fixed shaft has a cavity, in which a first connector is housed. A second connector is connected to the first connector. The first fixed shaft has a first engaging part (inside screw) for preventing disengagement of the second connector, so that a part (screw forming part) of the second connector is engaged with the first engaging part.

Abstract: To secure safety in an electric vehicle during charging, the electric vehicle is provided with a high voltage battery and a charging port portion for charging the high voltage battery. A power reception connector and a connector locking mechanism are provided in the charging port portion, and a fitting hole is formed in a power supply connector disposed on an external power supply side. The connector locking mechanism is switched between a restrained condition, in which a locking pin is inserted into the fitting hole, and a released condition, in which the locking pin is retracted from the fitting hole. A vehicle control unit for controlling the connector locking mechanism switches the connector locking mechanism to the restrained condition when a door is locked, and switches the connector locking mechanism to the released condition when the door is unlocked.

Abstract: A detachable element positioning structure disposed at a side of a slot for positioning a detachable element in the slot is disclosed. The detachable element positioning structure includes a first elastic arm and a second elastic arm connected to the slot. The first elastic arm touches a top surface of the detachable element. The second elastic arm connects to the slot and has a protrusion. The detachable element has a side notch, and the protrusion is coupled to the side notch.

Abstract: The present relates to an electrical connector system which includes a first connector assembly having a first connector and a second connector to be coupled one to the other; a second connector assembly having a third connector and a housing contiguous to the first connector, the housing having an open connecting face for receiving within a complementary part of the third connector so as to perform a coupling one to the other. This connector system may include a movable element which is movable between two positions, i.e.: a “first position” in which it masks at least partially the open connecting face, so that it makes impossible the coupling with the third connector; a “second position” in which it does not mask the front open connecting face, so that it makes possible the coupling with the third connector; the movable element being able to be moved into the “second position” only when said first and second connectors are fully coupled together.

Abstract: A high voltage electrical connector that includes a male interconnect, a female interconnect and a locking pin assembly. The male interconnect includes a contact pin with a locking groove and the female interconnect includes a socket with an axial bore, a transverse passage and an opening connecting the bore to the passage. The locking pin assembly is installed in the passage and has a recessed section and a cylindrical section. The locking pin assembly is movable between a first position, wherein the bore is unobstructed and the contact pin can be freely inserted and removed, and a second position, wherein the cylindrical section of the locking pin extends into the bore. After the contact pin is inserted in the bore and the locking groove aligned with the opening, the locking pin assembly is moved from the first position to the second position and secures the contact pin in the socket.

Abstract: The connection system is designed to facilitate electrical and data connections between the battery and the electric vehicle. The connectors are designed with alignment mechanisms to account for initial misalignment of the battery and vehicle while still ensuring positive contact between them. The alignment mechanisms also introduce compliance into the system to ensure that the mechanical components of the system are not placed under unwanted loads or stresses. The connection system houses data connectors carrying communication signals as well as power connectors carrying high voltage electricity. The data connectors are shielded to prevent interference caused by proximity to the high voltage elements. The connection system uses no mechanical latching or locking mechanisms.

Abstract: A power supply has an outer shell and a retention bar. The outer shell has a rear panel and a cover. The rear panel has a socket and two guide slots. The cover has two pivot slots and two pivot mounts. Each pivot slot is formed through the cover adjacent to a corresponding guide slot. The pivot mounts are formed from and protrudes inwardly from the cover and have pivot holes formed therethrough. The retention bar is mounted in the pivot holes of the pivot mounts and has a clip and two protrusions. Therefore, when the power supply is mounted in a casing of a machine, the retention bar simultaneously fastens the power supply to the casing and a plug to the power supply.

Abstract: A connector is provided with a first housing (10) including a lever 30 rotatably mounted about supporting shaft bearings (34), and a second housing 60 including cam followers (63) engageable with cam grooves 41 of the lever 30 and to be connected with the first housing (10) by a cam action displayed between the cam grooves (41) and the cam followers (63) as the lever (30) is rotated. The second housing (60) includes posture correcting pins (66) at the opposite sides of the cam followers (63). The lever (30) is formed with posture correcting grooves (45) engageable with the posture correcting pins (66) in a rotating process thereof and extending along arcs centered on the supporting shaft bearings (34).

Abstract: A high voltage electrical connector that includes a male interconnect, a female interconnect and a locking pin assembly. The male interconnect includes a contact pin with a locking groove and the female interconnect includes a socket with an axial bore, a transverse passage and an opening connecting the bore to the passage. The locking pin assembly is installed in the passage and has a recessed section and a cylindrical section. The locking pin assembly is movable between a first position, wherein the bore is unobstructed and the contact pin can be freely inserted and removed, and a second position, wherein the cylindrical section of the locking pin extends into the bore. After the contact pin is inserted in the bore and the locking groove aligned with the opening, the locking pin assembly is moved from the first position to the second position and secures the contact pin in the socket.

Abstract: A connector assembly is disclosed for coupling a signal wire bundle from a controller console to a hand-operated catheter assembly. The connector includes a female connector component having a cylindrical cavity, wire fingers disposed within the cylindrical cavity, a guide peg disposed on a surface of the cylindrical cavity at a point proximate an opening of the cylindrical cavity, and a central pin disposed on a base surface at a closed end of the cylindrical cavity. The connector also includes a male connector component having a substantially cylindrical shape having a non-uniform transverse cross-section radius. The male connector component comprises a set of signal leads disposed along arcs of a cylindrical surface of the male connector, a slot defined within the male connector's surface is arranged to accept the guide peg of the female connector component and constrain the relative positions of the male connector and female connector during engagement.

Abstract: The power connection system for a power tool includes a housing defining a recess, a plurality of electrical connector guide grooves, an electric motor connected to a tool member, an electric circuit connected to the motor, and arcuate electrical contact prongs disposed in the recess. The power cord has complementary arcuate receptacles removably engageable with the prongs, the cord being connectable to a power source to connect the power tool to the power source, and a lock pin that locks the power cord to the housing. The power cord may be universally connected to any power tool having a similar recess with arcuate prongs.

Abstract: To secure safety in an electric vehicle during charging, the electric vehicle is provided with a high voltage battery and a charging port portion for charging the high voltage battery. A power reception connector and a connector locking mechanism are provided in the charging port portion, and a fitting hole is formed in a power supply connector disposed on an external power supply side. The connector locking mechanism is switched between a restrained condition, in which a locking pin is inserted into the fitting hole, and a released condition, in which the locking pin is retracted from the fitting hole. A vehicle control unit for controlling the connector locking mechanism switches the connector locking mechanism to the restrained condition when a door is locked, and switches the connector locking mechanism to the released condition when the door is unlocked.

Abstract: A connector assembly configured to sealably engage with a mating connector. The connector assembly includes a plug assembly that has a mating end configured to be inserted into the cavity of the mating connector. The connector assembly also includes a collar that surrounds the plug assembly. The connector assembly also includes a sleeve member that is positioned between the collar and the plug assembly. The sleeve member surrounds the plug assembly about the central axis and includes a plurality of fingers that extend toward the mating end. The sleeve member is stamped and formed from a common piece of sheet material. The fingers are biased away from the central axis in a flared arrangement when the collar is in the withdrawn position. The lingers press against the wall surface of the mating connector when the collar is moved from the withdrawn position to the locked position.

Abstract: An electrical system (1000) for electrical connecting with a hard disk drive (2), comprises a metal chassis (4) defining an opening (400) therein and an electrical connector, snugly assembled to the opening (400). The electrical connector includes an insulative housing (1) defining a mating surface, and a mounting surface with a plurality of passageways (110) assembled with corresponding number of contact terminals. The housing (1) further defining longitudinal ends (12). Each of the longitudinal ends (12) provided with an anchoring member (13) having a body (130) securely retained within the end, and a hook (132) extending substantially toward the mating portion, and securely interlocked to edges of the opening of the chassis (4).

Abstract: An electrical assembly is disclosed that provides evidence of tampering. The assembly includes a plug housing with a seal cover attached thereto. A wire dress cover is attached over the seal cover, and a locking insert is placed through the wire dress cover and is held in place by a serialized lock-wire. The locking insert overlies a jack screw, which prevents the disconnection of the plug housing or removal of a wire cover without first removing the locking insert or lock-wire.

Abstract: The present invention provides a socket for an element with an element electrode. The socket comprises a base shell, a cover shell and a contact member. The cover shell is engaged with the base shell so that the base shell and the cover shell define a cavity. Each of the base shell and the cover shell is made of a high thermal-conductive material. The contact member comprises an elastic member and a contact electrode provided on the elastic member and are designed and arranged so that the element is mountable on the contact member within the cavity with the element electrode connected to the contact electrode.

Abstract: An electrical system (1000) for electrical connecting with a hard disk drive (2), comprises a metal chassis (4) defining an opening (400) therein and an electrical connector, snugly assembled to the opening (400). The electrical connector includes an insulative housing (1) defining a mating surface, and a mounting surface with a plurality of passageways (110) assembled with corresponding number of contact terminals. The housing (1) further defining longitudinal ends (12). Each of the longitudinal ends (12) provided with an anchoring member (13) having a body (130) securely retained within the end, and a hook (132) extending substantially toward the mating portion, and securely interlocked to edges of the opening of the chassis (4).

Abstract: A compression connector for the end of a coaxial cable is provided, wherein a moisture seal element is attached to an attachment element, and wherein the attachment element is attached to, adjoined to, or otherwise placed in tactile communication with the compression connector, thus in effect placing the moisture seal in communication with the connector so as to prevent the moisture seal element from being inadvertently lost or misplaced prior to installation of the connector.

Abstract: An electrical connector includes an insulative housing and a conductive terminal received in the insulative housing. The conductive terminal has a first conductive body and an elastic body elastically abutted against the first conductive body. The conductive terminal further comprises a conductive wire electrically connected between the first conductive body and a mating element. Moreover, the conductive wire ensures the electrical connector works in good condition, and the two mating elements are effectively and electrically connected with each other.

Abstract: A connector assembly has first and second housings (150, 10). Terminal fittings (112) are inserted into cavities (11) of the second housing (10) and are locked partially by locks formed in the second housing (10). A slider (30) is mounted in second housing (10) and engages a cam (43) in the first housing (150) to generate a cam action that helps to connect the housings (10, 150). The slider (30) has at least one retaining portion (136) that secondarily locks properly inserted terminal fittings (112) in the second housing (10). An inability to move the slider (30) provides an indication that at least one terminal fitting (112) is not inserted properly.

Abstract: A latch type optical communication module is easily mounted to and detached from a system port having a cage by means of a latch. The optical communication module is provided with a latch. The latch is rotated around a hinge shaft fixed to both sides of a receptacle and engaging latch holes of ends of the latch. When rotated the latch moves latch drivers to force a slider upward, the slider raises a groove engaging a fixing tap of the optical communication module thereby allowing the optical communication module to be detached from the system port. The optical communication module can be detached from the system port without a tool or influence or adjacent an optical communication module.

Abstract: A chip card retaining mechanism for retaining a chip card (30) mounted in an electronic device is provided. The electronic device includes a housing (10) having a battery compartment (12) defined therein. The chip card retaining mechanism includes a receiving cavity (14) formed on the housing for receiving the chip card therein, and a locking member (20). The receiving cavity has an opening facing the battery compartment of the electronic device. The locking member is movably received in the receiving cavity with a first end thereof extending out of the opening. The locking member includes a resisting portion. The resisting portion is configured for abutting a first end of the chip card. The locking member configured for locking the chip card in the receiving cavity.

Abstract: A mobile terminal device includes a key side housing having operation buttons and a display side housing having a liquid crystal display module. The key side housing and the display side housing are coupled by a hinge device to be folded free. The key side housing consists of an upper case, a lower case and a printed circuit board. The upper and lower cases are engaged to each other to be opened or closed, and fastened to each other with screws 10 passing through the printed circuit board. The external connection terminal fixing structure of the mobile terminal device consists of external connection terminals which are fixed to the printed circuit board and charge terminals overlapped with the external connection terminals. The charge terminals are thick enough to bridge the gap between the external connection terminals and the upper case.

Abstract: The present invention is to provide a fixture for an embedded unit of an electronic device, which includes a casing having a first slot disposed at the surface on one side thereof; a latch member being movably coupled to the casing corresponding to the first slot and extended into the casing from the first slot; an accommodating groove being disposed on another side of the first slot; an embedded unit being embedded precisely into the accommodating groove and having an corner indent section proximate to the first slot for accommodating the latch member, and the embedded unit has an embedded section being disposed proximate to the corner indent section and latched to the latch member so as to mount the embedded unit into the casing. If the latch member is removed, then the embedded unit can be removed from the casing.

Abstract: A fixing holder for fixing an electronic component having wire-shaped leg portions to a printed circuit board, the holder being an almost cylindrical-shaped holder for holding the electronic component having the wire-shaped leg portions in a manner that the leg portions pass through and protrude therefrom, the fixing holder comprises: a holder main body portion for holding a main body portion of the electronic component; and a base portion continuously provided to the holder main body portion, wherein one surface of the base portion on a forward side is opened to form an opening, at least a portion of periphery of the opening is configured to form a flat surface, and a side surface of the holder main body portion on a side where the opening is formed is protruded forward to form an engagement nail portion to be engaged with the printed circuit board.

Abstract: A cooking assembly includes a tray unit mounted detachably on a base member, and a plug. The tray unit includes a cooking tray, and a socket casing fixed to the cooking tray. The plug is insertable into the socket casing. A spring-biased latch is disposed movably in the socket casing, and is pushed by the plug to move from a first position to a second position upon insertion of the latter into the socket casing. The latch engages the base member when the latch is disposed at the second position, and disengages the base member when the latch is disposed at the first position.

Abstract: A smart connector for automotive accessories comprising injection molded plastic first and second components, the first component being adapted to receive a printed circuit board with edge contacts therein. Multiple position assurance features are provided so that the PCB can only be fully inserted in the proper orientation and can only be latched in place if fully inserted. Spring terminals are crimped to the wires leading to and from the connector assembly and contactingly engage the edge contacts on the surfaces of the PCB adjacent the leading and trailing edges thereof. The first and second connector components are releasably latched together by means of an exterior detent and spring arm combination.

Abstract: The invention concerns a power supply rail consisting of a profiled section (30) comprising two legs each for receiving a conducting strip (10, 20) provided with contacts at regular intervals. The invention also concerns a method for making a such a rail, which consists in: simultaneously sliding two conducting strips along the legs of the profiled section; determining the spacing A between the electrical contacts (12) of the first strip and those (22) of the second strip, depending on the dimensions of the current consuming elements used; and in fastening the conducting strips into the profiled section.

Abstract: An electrical connector locking system includes a first connector receptacle provided on an electrical connector box, a lock cover joinable to a first electrical connector inserted to the first connector receptacle, and a first engagement portion provided on the lock cover. The lock cover is pivotably supported by a pivot base and the first engagement portion is engageable with a second engagement portion provided on the first electrical connector. A double locking mechanism is thus formed by the first electrical connector engaging with the first connector receptacle upon insertion therein, and by the lock cover pivoting to a position where the first engagement portion engages with the second engagement portion on the first electrical connector.

Abstract: In accordance with this invention, an angled female SMB plug includes a first tubular main body and a tubular wire exit extending approximately 45 degrees from the main body. The main body is chamfered at one end to produce a flat end surface that is approximately parallel with the wire exit. The outer diameter of the main body is approximately 89 percent of a pitch between adjacently mounted plugs and the outer diameter of the wire exit is approximately 59 percent of the same pitch.

Abstract: A tool-less connector with multiple contacts and a compact design is provided. Therefore, a connector that is normally tunneled through body tissue will now require only a minimally invasive subcutaneous tunnel, which should reduce tissue healing time, patient discomfort, and risk of infection. In addition, providing additional contacts allows enhanced stimulation protocols. One embodiment of the present invention provides a connector pin containing multiple in-line contacts. Each “line” consists of a row of independent contacts arranged in a linear array running along the long axis of the pin. In other embodiments of the invention, the mating receptacle of the connector allows for multiple contacts while minimizing the space required for the increased number of contacts. Additional embodiments provide features that, for instance, prevent the contacts on the connector pin to touch the contacts in the receptacle until all contacts are appropriately aligned.