Abstract: In order to connect an electric PE (protective earth) contact with an electrically conductive connector housing, PE (protective earth) contact that is realized in the form of a pin or socket contact and arranged in a sleeve of an insulating supply insert that is directly contacted with the connector housing and fixed by means of a screw connection.

Abstract: Disclosed herein is a disposable surgical connector. The surgical connector includes a first and a second member. Each of the members have compatible guide structure to cause a force fit between the members when the members are slid into place. The first member also includes compatible guide structure for slideably connecting the surgical connector with an electronic or other device. The second member includes a cable connection member which connects the electrical or similar cable to the surgical connector and which secures the cable and its contacts within the surgical connector. The first member includes a cable connection indicator, which upon complete connection of the surgical connector with the device makes both an audible sound and a distinct tactile feel to give assurance as to the proper fit between both the connector and the device.

Abstract: A receptacle connector has an insulative housing, a plurality of terminals and a shell. The insulative housing has a mounting segment and a tongue segment. The terminals are mounted securely on the insulative housing and held by the tongue segment. The shell covers the tongue segment of the insulative housing and the terminals and has a space. In the space, an outer edge and two stoppers being inclined tabs are arranged to block and prevent an unmatched plug connector from being inserted wrongly into the space so that the receptacle connector would not be damaged by the wrong insertion.

Abstract: A securing element for protecting against an unintentional release of a plug connection between a cable harness plug and a coupler plug. The securing element is distinguished in that it may easily be mounted on the side of a cable harness plug facing away in the plug-in direction, and, once the securing element has assumed the final position, it additionally causes a region of the locking element provided on the cable harness plug to be blocked. In an advantageous further development, securing element also has a grooved-tube retainer which is integrally joined to the securing element.

Abstract: A thermocouple connector arrangement that has a first connector configured to have a thermocouple probe lead extending therefrom and a second connector configured to have an electrical connection lead extending therefrom. Each connector has an interior configured to receive a terminus of the respective lead. The connectors include electrically conductive mating parts that, when mated, provide an electrical conduction path. At least one of the first and second connectors includes housing parts that mate in a snap-lock arrangement without the use of a threaded fastener to secure the housing parts together and to enclose the respective interior, one of the housing parts engages the respective terminus and secures the respective terminus against removal by shrouding an end of the respective conductive mating part and pressing the respective terminus into electrical contact with the respective conductive mating part during the mating of the housing parts.

Abstract: A thermocouple connector arrangement that has a first connector configured to have a thermocouple probe lead extending therefrom and a second connector configured to have an electrical connection lead extending therefrom. Each connector has an interior configured to receive a terminus of the respective lead. The connectors include electrically conductive mating parts that, when mated, provide an electrical conduction path. At least one of the first and second connectors includes housing parts that mate in a snap-lock arrangement without the use of a threaded fastener to secure the housing parts together and to enclose the respective interior, one of the housing parts engages the respective terminus and secures the respective terminus against removal by shrouding an end of the respective conductive mating part and pressing the respective terminus into electrical contact with the respective conductive mating part during the mating of the housing parts.

Abstract: An electrical connector (10) having a contact element (50) retained in a hollow body (12). The body (12) has an internal socket structure (44) for receiving an end of the contact element (50) so that insulation displacement contacts (54) of this engage and make electrical connection to wires (70) of an incoming cable (16) to which the connector is connected. Fingers (56) of the connector element (50) extend externally of the connector body and carry electrical contacts (82).

Abstract: A bicycle hub dynamo assembly is configured with a hub and a releasable electrical connector. The hub has a generator mechanism housed in a hub shell that generates electricity by rotation of the hub shell relative to a hub axle. The generator mechanism includes a first electrical connector with first electrical contacts. The releasable electrical connector includes mating electrical contacts configured to mate with the electrical contacts of the electrical connector that is fixed to the hub axle. The releasable electrical connector includes an inner housing part and an outer housing part with a fixing portion of the second electrical contacts retained between the inner and outer housing parts.

Abstract: An installation coupler is disclosed which comprises a male installation plug (10) and a female installation socket (130). The installation plug (10) comprises a casing (12) and a sleeve (24). Similarly, the installation socket (130) comprises a casing (132) and a sleeve (142). On assembly of the installation plug (10) to the installation socket (130), electrical plug pins, which are located within the sleeve (24), pass through openings (278, 280, 282) located in the front wall of the sleeve (142) and displace a shutter which allows the plug pins access to socket contacts, located within the sleeve (142), to allow electrical current to flow from the installation socket (130) to the installation plug (10). A barbed portion (200) of an elongate protrusion (198) cooperates with an opening (126) in the side wall of the sleeve (24) to prevent the installation coupler from being disconnected by merely pulling the installation plug (10) and the installation socket (130) apart.

Abstract: A flat plug includes a base, a cover coved on the base, and two L-shaped electrically conductive blades. The base includes two rooms, two opposite holding faces formed in each of the two rooms, and two through holes located at the two rooms. The two blades each includes a horizontal portion and a vertical portion. The two horizontal portions each has a length larger than the distance between the two opposite holding faces, each being forcedly wedged respectively into the room and held tight by the two holding faces. The two horizontal portions each are inserted through the through hole. Thus, the two blades are securely positioned before the assembly of the base and the cover.

Abstract: An electrical plug includes at least one contact prong defining a longitudinal axis, and a carrier plate having an aperture for receiving the contact prong. The contact prong is provided in the direction of the longitudinal axis with a first stop and a second stop, which acts in opposition to the first stop, for force-fitting engagement of the contact prong with the carrier plate.

Abstract: A joint connector has wire holders (15a, 15b, 15c) that project in a wire draw-out direction from wire draw-out portions (14b) of housings (12a, 12b, 12c) where wires (W) connected with terminal fittings (20) are drawn out. The wires (W) are held tightly between the inner surfaces of the opposite wire holding portions (15a, 15b, 15c). Holding projections (16) project from the inner surfaces of the wire holding portions (15a, 15b, 15c) toward the opposite surfaces, so that the wires (W) can be so held as not to come out while being partly squeezed.

Abstract: Contacts (12) that are terminated to the front ends of wires (22) are rapidly mounted in a connector shell (20) while assuring reliable separation of the contacts. After each contact is terminated to the front end of a wire, the contact is laid in a slot (60) of an insulative retainer (50). The retainer is then inserted forwardly between top and bottom arms (70, 72) of the rear portion (64) of an insulative body, while the contacts project into passages (14) in the front portion of the body. The assembly of retainer and body is inserted into the shell (20) that has a cylindrical inner surface (110) that radially positions the retainer between the arms of the body. A crimp barrel (122) is moved forwardly into the shell to about the rear of the retainer, a braiding (34) of a cable that contains the wires is folded back around the crimp barrel, and the rear portion (120) of the shell is crimped around the braiding and crimp barrel.

Abstract: A connector equipped with a terminal protection device including an insulated housing and terminals. The insulated housing includes a plurality of terminal cavities to receive the terminals, and the two ends of the terminals extend beyond the insulating housing. The terminal protection device fixed at the rear portion of the insulated housing has terminal slots characterized by a shape corresponding to the tail portion of the terminal so that the tail portion of the terminal can penetrate the terminal slot and can be locked by the terminal slot. The terminal slot can be either open on both sides or covered by a seal layer. The surface of the terminal protection device facing the rear portion of the insulated housing is provided with fixing protuberances for fixing the terminal protection device to the rear of the insulated housing. In addition, fixing protuberances and a filling protuberance are disposed on the same surface, with a view to fixing and filling, respectively.

Abstract: A male housing (30) has a receptacle (32) that surrounds a front part of a terminal accommodating portion (31). A moving plate (40) is mountable on the front surface of the terminal accommodating portion (31) and has through holes (41) through which tabs (16) of male terminals (15) are passed. The moving plate (40) has a front view obtained as if by cutting off part of the cross section of the receptacle (32) to avoid an upside-down insertion preventing rib (39) of a female housing (20). Guide ribs (45) of square cross section and guide ribs (46) of hooked cross section are formed on the moving plate (40) and extend forward and backward. Guide grooves (51, 52) of similar cross sections are formed in the receptacle (32) extend forward and backward to slidably engage the guide ribs (45, 46).

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

Abstract: A waterproof safety plug includes a shell body, an inserting core, a valve, a fuse, a rectangular concaved body and a conducting tab; the upper and the lower aspects of the receiving chamber of the shell body are disposed with a v-shaped rib and an inverted v-shaped rib; two sides of the said valve form grooves and two sides of a n-shaped door slot at the upper aspect of one lateral side of the receiving chamber form downward flanges to tightly insert the valve into the receiving chamber; furthermore, openings of inserting tab holes of the said inserting core are disposed on different planes; the economic, practical and safe effect can thereby be achieved by strengthened waterproofing and safety through the featuring design of the abovementioned components.

Abstract: A connector has an auxiliary housing (10) with cavities (11) and locks (14) cantilevered into the cavities (11). The locks (14) deform into deformation permitting spaces (S) during insertion of terminal fittings (12) into the cavities (11). The locks (14) resiliently return to an undeflected condition to engage locking holes (12a) in terminal fittings (12) after insertion to proper depth. Deformation restricting portions (58) are integrally provided in an accommodation recess (53) of a housing main body (50) for accommodating the auxiliary housing (10). The deformation restricting portions (58) enter the deformation permitting spaces (S) for the locks (14) as the auxiliary housing (10) is accommodated into the accommodation recess (53), thereby preventing the locks (14) from inadvertently undergoing an elastic deformation.

Abstract: A molded twist-lock connector for use in connecting electrical components is composed of a cylindrical connector housing and a cylindrical locking collar, wherein the connector housing has formed therein a plurality of outwardly extending tabs slidably engaged within corresponding circumferentially-elongated slits formed in the locking collar. The tabs are slidably movable within the slits so as to render the locking collar rotatable from an unlocked position to a locked position. The unlocked position of the collar exists when the tabs abut against a first lateral side of the slits and the locked position of the collar exists when the tabs abut against an opposite second lateral side of the slits. The connector is in an unlocked state when the locking collar is disposed in the unlocked position and in a locked state when the collar is disposed in the locked position. The connector is formed as a unit in a single mold, with the tabs being engaged within the slits upon formation of the connector.

Abstract: This invention relates to electrical plugs capable of being easily removed from their associated receptacles with the aid of a pull ring. This improved pull ring is either pulled or pushed only in the direction that is perpendicular to the prong side of an electrical plug whereby making the storage and operation of the pull ring much easier to operate than the typical pull-ringed electrical plug arrangements that are currently available.

Abstract: A thin profile electrical connector includes an insulating body member having a longitudinally extending leg defined between opposite ends. A plurality of adjacently disposed and spaced apart connector elements are mounted on the longitudinal leg, for example within recesses or grooves defined transversely to the longitudinal leg. Each connector element includes a closed end and an open end defined by extending arms. The closed end wraps around the longitudinal leg at each connector position. Each connector element includes outwardly facing contact surfaces defined on each of the extending arms for mating contact with respective pads of separate facing circuit boards.

Abstract: A joint connector is provided with upper and lower housings and linkage terminals accommodated in the respective housings. Each linkage terminal comprises a plurality of terminals and carriers coupling the terminals. A plugging-in piece of each terminal projects below a bottom portion of each housing. A piece to be connected corresponding to the plugging-in piece is provided on each terminal. In the linkage terminal, a carrier(s) is cut off and a plugging-in piece(s) is fallen down according to a circuit configuration required. A connecting state between the terminals in one housing is cancelled by cutting the carrier. A connecting state between the terminals in the upper and lower housings is cancelled by bending the portion to be connected. Thereby, a required circuit pattern is set in the upper and lower housings.

Abstract: The invention provides a divided connector wherein the engaging force of a lock is not weakened when a sub connector housing and a frame are separated by a jig. Locking members 13 are formed in a cantilevered shape. Free ends 13B thereof engage with engaging edges 14A of lock receiving members 14, thereby maintaining a sub connector housing 4 and a frame 5 in an unremovable state. A guiding groove 21 is formed, in an anterior-posterior direction, at the centre of each lock receiving member 14, and a portion of each free end 13B corresponding to the guiding groove 21 forms a jig contacting region 25. An engaging region 24 is formed to the left and right of each jig contacting region 25, these engaging regions 24 engaging with the engaging edges 14A. Since a lock releasing jig 26 makes contact with the jig contacting region 25, this lock releasing jig 26 does not damage the engaging regions 24.

Abstract: A connector eliminates any restriction in the arrangement of connecting pins, and makes a unit to be connected compact. A male type connector assembly includes a connector body formed with a cavity portion for receiving a female type connector assembly therein. A unit mounting an electronic device thereon is hierarchically connected to the connector body. The connector body and unit of the female type connector assembly are connected together through a contact. When the male type connector assembly and the female type connector assembly are connected together, the contact is connected to a receptacle contact mounted on the female type connector assembly.

Abstract: A plug connector comprises a first insulating body, at least one connection contact which is arranged in the first insulating body and is provided for being connected with a conductor, a second insulating body and at least one plug-in contact which is arranged in the second insulating body and is provided for being connected with a complementary plug connector. The plug-in contact and the connection contact are connected with each other in an electrically conductive manner by a plug connection. The plug connection is formed by two elastic tabs provided on one of the contacts and cooperating with the other of the contacts. A method for mounting a plug connector comprises the following steps: First, at least one connection contact is arranged in a first insulating body. Then, at least one plug-in contact is arranged in a second insulating body. Finally, the plug-in contact and the connection contact are inserted into each other.

Abstract: A micro coaxial cable connector assembly for contacting with a mating electrical connector includes a front and a rear housing members, a cable set with a number of cables, and a number of contacts. The front and rear housing members are efficiently and durably retained together by the cooperation between a pair of channels and corresponding latch portions thereof and by the interference fit of first retention sections and second retention sections of the contacts within a number of grooves and the passageways of the front and rear housing members, respectively. The cable set consists of juxtaposed cables each having at least a signal segment and a grounding segment, and a grounding bar formed by two plates soldered to the grounding segments of the cables. Each passageway of the rear housing member is equipped with an orientating device for convenience in soldering the signal segment of the cable to the tail section of the corresponding contact.

Abstract: A hybrid plug housing with a base body of plastic, with a conductor array installed permanently therein, where the contacts of the conductor array have a connecting area and a plug-in area. The plug contacts are surrounded laterally by a plug shell of the housing. The plug shell has an opening to accept a mating plug component on the end facing the plug-in direction. A process for the production of the hybrid plug housing makes it possible for the positions of the individual components to be adjusted precisely with respect to each other. The base body and the plug shell are not assembled until after plastic has been injected around the conductor array, which is held together by webs, and until after the plastic has cooled and the webs have been removed.

Abstract: The connector comprises a body (1) provided with a cylindrical bore (14) designed to house an insert (16) of cylindrical shape. The insert (16) is provided with a base (19) and with a first flange (25) which are intended to allow it to be positioned on an insert support (20). A second flange (18) ensures that the insert is positioned angularly in the body (1) with a conjugate female element (17). The insert support (20) is a piece formed from a hollow cylindrical part (21) followed by a cylindrical wall (23) which extends over a peripheral length greater than a peripheral half-length. This wall (23) is divided into two parts by an axial guiding groove (24) with which the first flange (25) mates.

Abstract: An electrical connector comprises a dielectric housing having a front face and a rear face opposite the front face. A mating portion extends from the rear face for mating with a complementary connector. A first contact section is integrally formed on the front face for connecting with a first connector. A second contact section is integrally formed on the front face for connecting with a second connector and includes at least a contact pin extending beyond the front face. An alignment plate having an opening for insertion of the contact pin is assembled to the front face for securely positioning the contact pin.

Abstract: The invention herein relates an improved stricture assembly-type power plug, specifically referring to a kind of power plug structure that can be rapidly installed without screws or soldering which has an outer shell that is fitted over an inner shell. The inner shell is of an I-shaped cross sectional profile having a center separator that is hollow with an opening at one end utilized to contain the power cord inserted through the outer shell. The too wires of the power cord are stacked vertically due to the narrow space within the center separator and, there is a channel formed on each of the exterior sides of the center separator to position the aforesaid wires. Two metal electrodes are respectively inserted in the recessed sections along the sides of the center separator and each electrode has a sharp point extending into the recessed section to pierce the covering of the power cord wires and thereby achieve direct contact with the conductors therein.

Abstract: A micro coaxial cable connector assembly for contact with a mating electrical connector, includes a first and second housing means, a cable set with a plurality of cables, and a plurality of contacts. The first and second housing members are efficiently and durably retained together by means of the cooperation between a pair of channels and latch portions thereof and the interference fit of first retention sections and second retention sections of the contacts with a plurality of grooves and the passageways thereof. The cable set consists of the juxtaposed cables each having at least a signal segment and a grounding segment, and a grounding bar defined with two plates soldered with the grounding segments of the cables. Each passageway is equipped with orientating means for convenience of soldering the signal segment of the cable with the tail of section of the corresponding contact. A method of making the cable connector assembly is introduced for convenience of the assembly.

Abstract: An electrical connector and method for coupling an electrical conductor thereto has a conductor housing having at least one bore therein and an electrical conductive prong mounted in the housing bore. An electrical conductor gripping collar is positioned in each conductor housing bore with gripping fingers extending from the housing bore. A collar driving member or collar ring has an opening therein to receive an insulated electric conductor which extends therethrough, and through the gripping collar into the housing bore end onto the electrical conductive prong and to engage the extended and of the gripping collar. The collar driving member is used to push the gripping collar further into the housing bore to force the gripping fingers of the gripping collar onto the electrical conductor's insulation. The collar driving member is then fastened to the connector housing to couple the electrical conductor to the electrical connector.

Abstract: A receptacle assembly apparatus for electric power leads that includes a receptacle, a backshell, and a disk-shaped member clamped therebetween. The receptacle has a housing and a grommet having orifices formed therethrough to receive power leads and associated pins. The disk-shaped member is formed of a relatively hard dielectric material such as nylon and contains orifices therethrough, corresponding to orifices in the grommet, which receive the electric power leads and associated pins. The lead pins have annular ribs formed thereon such that the ribs are captured between a collar on the disk-shaped member and a protrusion on the grommet, thereby preventing relative rearward movement of the lead pins and associated leads.

Abstract: The invention comprises a modular electrical connector assembly having a housing, a first contact module, a second contact module, and a retention member. The first and second contact modules house a plurality of contacts terminated to flexible etched circuits, or other conductors, which are routed out of the rear of the assembly. The first contact module is loaded into the housing proximate the mating end. The second contact module is loaded behind the first contact module within the housing. Both modules are then retained by a retention member inserted behind both modules. The mating end of the electrical connector assembly is configured to receive a printed circuit card edge.

Abstract: An electrical outlet or plug for industrial and/or tertiary use, which comprises a body (10) consisting of two complementary elements and is provided with a spring-like stopping device in the form of a spring-like tongue (16), which forms a single piece with one of the elements of the body and engages, by springing, with a support shoulder (19) on the other element of the body.

Abstract: A combined-type connector consists of a hood having at the front half a first connector-fitting chamber and at the rear half a side opening in a direction perpendicular to a connector-fitting direction; and a connector with a connector-fitting section having a second connector-fitting chamber formed therein. The connector-fitting section of the connector is inserted through the side opening into combination with the hood, moved in the direction perpendicular to the connector-fitting direction in which the connector is fitted with a mating connector. The hood and the connector can be easily combined and disassembled, though not disassembled under a force acting in the detaching direction of the connector from the mating connector.

Abstract: A computer system is formed using a right angle processor connector assembly and a right angle add-on card connector. The right angle processor connector assembly includes a right angle processor connector and a complementary support member. Each of the right angle processor package and add-on card connectors includes an L-shaped body having an inner cavity defined a number of inner walls extending from one end to the other end. Each connector is mechanically attached to a motherboard, upside down and in a direction orthogonal to the motherboard. Each connector receives its constituent component (i.e. the processor package or the add-on card) through one end, with the constituent components and the motherboard occupying parallel planes. Each connector further includes a number of L-shaped pins disposed on the inner walls extending from one end through the other to electrically couple the constituent component to the motherboard.

Abstract: An electrical connector for coupling to an insulated electrical conductor which includes a housing having a housing cover, said housing and cover each having a bore therein, one of which has a tapered portion and the other end of which has a flat end wall, electrical conductive prong, attached to said housing in the bore therein and extending axially into the housing bore for receiving the end of an insulated electrical conductor. Attaching means for attaching the housing cover to the housing. A compression collar having a bore extending axially therethrough for insertion of a wire therethrough and into the housing bore and onto the pointed prong extending thereinto.

Abstract: An electrical jack which comprises a front housing, a back housing, and housing insert which are assembled together with electrical leads. A shield fits over the assembly so as to electrically shield it and to ground the unit to a suitable printed circuit board. Ferrite sleeves or a ferrite unit formed as a ferrite block are mounted in the back housing and the leads pass therethrough so as to remove undesired frequencies from the leads and a compact jack is formed.

Abstract: An inner plate which can be inserted into a casing, includes a retaining portion which comprises elongate support members, an elastic engagement portion elastically deformable at one ends of the support members, and reinforcement ribs increasing the rigidity of the support members and the elastic engagement portion. A retaining projection for retaining engagement with the elastic engagement portion is formed on the casing.

Abstract: An electrical connector for coupling to an insulated electrical conductor includes an insulated housing having a threaded bore therein, which bore has a tapered portion therein. An electrical conductive prong has two end portions with one end portion attached to the housing and having a second end portion protruding axially into the housing bore for receiving the end of an insulated electrical conductor. A threaded compression collar is threadedly attached in the bore and has a bore extending axially therethrough for insertion of a wire therethrough and into the housing bore and onto the pointed prong extending thereinto. The threaded compression collar has a compressed portion compressible by threading the collar into the tapered portion of the bore whereby threading the collar onto the tapered portion of the bore clamps the collar onto the wire placed therein so that an insulated wire can be rapidly connected to an electrical connector without removing the insulation from the end of the wire.

Abstract: A molded insulating connector body is pinned to the housing of an electrical device such as a switch, indicating light, instrument, gauge or the like to selectively provide a particularly keyed connector body to devices of the same type by a pin which extends through holes in the device terminals and correspondingly aligned openings in the connector body. The pin is retained in place by a collar which envelopes the electrical device body and is threadably attached thereto.

Abstract: An inner plug core of a power plug is provided. The inner plug core includes a main body which is formed with an upper insert hole, a lower left insert hole and a lower right insert hole located substantially at three corners of a triangle defined thereby. A C-shaped tongue member is disposed under the upper insert hole and extends toward a front side of the inner plug core. The tongue member has a bottom transverse plate connected to the main body of the inner plug core by a reinforcing triangular support plate. The tongue member further has a top transverse plate on which an elliptic boss is disposed for receipt within a corresponding elliptic hole formed in a grounding terminal. The top transverse plate of the tongue member is cantilevered to serve as a force arm. Thus, only a light force is needed to press down the transverse plate of the tongue member, permitting the grounding terminal to be easily inserted into the upper insert hole.

Abstract: The present invention serves to prevent severe injury, loss of life or damage to expensive equipment by creating a system in which the conductors of a plug and the conductors of a receptacle can only be arranged, one with respect to the other, in a unique rotational manner depending upon the intended electrical rating of the plug and receptacle. The resulting plug will mate only with a receptacle having that same configuration. A separate indexer is disposed between the plug body and the conductor assembly to the conductors in the plug to prevent entry of the plug into a differently indexed receptacle. A polarizer in the receptacle fixes the conductor assembly of the receptacle in the same manner as the plug, to allow the plug and receptacle to be mated together when the receptacle is wired for the same electrical rating as the equipment to be energized by the plug.

Abstract: A consolidated locking apparatus of a connector frame includes a pair of square tray-shaped insulating frames formed from plastic. A protruding wall is provided having slits and locking flanges on and protruding from the front of each respective insulating frame. A plurality of narrow conducting strips are mounted inside of each of the insulating frames. Bent pieces unitary with and formed substantially parallel to the narrow conducting strips project to the outside of the insulating frames through these slits. An insulative, closed bottom cylinder is removably attached to the insulating frames at their protruding walls by apertures through which the bent pieces pass via locking resilient tabs of the closed bottom cylinder on the locking flanges. Base portions of the bent pieces are positioned and reinforced with peripheral surfaces of the apertures of the closed bottom cylinder.

Abstract: The plug housing (40) is placed inside the cover housing (10), and they are joined together by means of the lever (2) . Holes (8) of the lever (2) are placed over mounting projections (18), and the lugs (5) of the lever (2) are engaged with the lug engaging members (50) of the plug housing (40) through the opening (16). The lugs (86) of the cap housing (80) are latched in the slots (22) of the cover housing (10), thus joining these housings together. By operating the lever (2), the plug housing (40) is moved inside the cap housing (80) making electric connection with the contacts of the cap housing (80).

Abstract: An electrical connector assembly has a plug (1) and socket (2) which are engageable along axis (3) for a plug body (34) to be received within a socket body (4) as a tubular core (5) of the socket receives a core (35) of the plug. Spring terminals (13) are located within an annular cavity (7) and blade terminals (31) are located within an annular cavity (36) of the respective socket and plug bodies. Terminals (13) have cantilevered contact faces (18) inclined relative to the axis (3) and the terminals (31) have contact edges (52) which slide over the contact faces (18) to provide electrical contact and a cleaning/wiping action therebetween. Contact faces (18) are displaced inwardly against their resilient biasing by engagement with the contact edges (52) while the terminals (31) are restrained from outward displacement by seatings (42) in the wall (34).The spring terminals (13) and blade terminals (31) are fitted axially to their respective bodies through slots 11 and (38) respectively.

Abstract: An electrical plug with power blades in a power bridge portion and a ground pin in a ground bridge portion, the portions being non-integrally joined.

Abstract: The invention relates to a device for attaching and connecting a multicore electric cable to the motor of a pump, more particularly a submersible motor-driven pump, having a tubular connecting casing, wherein the connecting casing is attached, more particularly screwed in an outwardly open aperture in the motor casing and/or in the pump bearing support and has internally a water-tight transverse wall which is disposed transversely of the longitudinal axis of the connecting casing and in which conductive pins are cast which project axis-parallel on both sides of the transverse wall and onto which on both sides bushes are fitted which are connected on the motor side to leads of the motor and on the outside to cores of a connecting cable.

Abstract: An electrical plug with power blades in a power bridge portion and a ground pin in a ground bridge portion, the portions being non-integrally joined.