185results about "Multiple conductors connector" patented technology

The invention relates to a contact device (15), a contact system (20), and a method for assembling the contact system (15), wherein the contact device (15) comprises a contact element arrangement (65) with at least one contact element (70), and a housing (60) with a foil housing part (80), wherein the contact element (70) comprises a connecting section (160), at least one strain relief section (175, 180) arranged on the connecting section (160), and a cutting arrangement (170) arranged on the connecting section (160) with at least one first cutting element (200), wherein the foil housing part (80) comprises a foil housing wall (120), a receiving area (155), a foil receptacle (280), a first cutting edge receptacle (285), a first web (250), a third housing opening (130), and a bending space (286).wherein the bending space (286) adjoins the foil housing wall (120) on the inside and extends between the first web (250) and the third housing opening (130) along the insertion axis (115), wherein the foil receptacle (280) adjoins the foil housing wall (120) on the inside and the first web (250) separates the foil receptacle (280) from the first cutting receptacle (285), wherein the foil receptacle (280) and the first cutting receptacle (285) extend along the insertion axis (115) from the receiving area (155) in the direction of the third housing opening (130) and open into the bending space (286).

The invention discloses a center terminal, a coaxial connector, a connector assembly and a terminal manufacturing method. The central terminal comprises a first terminal part which is cylindrical and comprises a first matching end and a first connecting end which are axially opposite to each other; and the second terminal part is columnar and comprises a second matching end and a second connecting end which are axially opposite to each other. The second connection end of the second terminal part is inserted and connected into the first connection end of the first terminal part. The first terminal part is an integrated stamping part made by stamping a single metal plate, and the second terminal part is an integrated stamping part made by stamping a single metal bar. The manufacturing cost of the center terminal can be reduced, and the manufacturing efficiency of the center terminal can be improved.

In one or more embodiments, aligned insulation hooking busbar, and a method for providing the same are disclosed. The aligned insulation hooking busbar includes at least one connection end including one or more angled teeth, wherein the one or more angled teeth are sharp enough to pierce through an insulation part of a cable including the insulation part and a conductor part, wherein the one or more angled teeth are structured with a skinny body and a curved tip without compromising the ability of the one or more angled teeth to pierce through the insulation part of the cable when proper force is applied, and wherein the one or more angled teeth make an electrical connection between the busbar and the conductor part of the cable when in contact with the conductor part of the cable.

Connection arrangement (100) comprising at least: - a metallic flat conductor (1) with a first through-opening (2) and a main direction of extension x, - a first metallic contact element (3) bonded to the flat conductor (1) in the area of ​​the first through-opening (2), - a second metallic contact element (4) bonded to the flat conductor (1) by means of a material connection, characterized by - that the first contact element (3) has at least one through-hole formed as an elongated hole (5), wherein the longitudinal axis of the elongated hole (5) and the second metallic contact element (4) are aligned to each other in such a way that a tolerance compensation is possible at least in direction x and an orthogonal direction y.

The disclosure relates to waterproof busbar-to-busbar connector (100), comprising: a plastic body (101) comprising: a first part (110) for attachment in a charger product filled with a liquid coolant; a second part (120) for attachment outside the charger product; and a sealing part (130) formed between the first part (110) and the second part (120); wherein the sealing part (130) is configured to water-tightly separate the charger product with attached first part (110) of the plastic body (101) from an outside of the charger product; and one or more busbars (300) arranged within the plastic body (101); each busbar (300) comprising a first connection part (301) protruding from the first part (110) of the plastic body (101) for providing electrical connection in the charger product and a second connection part (302) protruding from the second part (120) of the plastic body (101) for providing electrical connection with another busbar outside the charger product.

A cord assembly includes a conductive cord, a terminal component, and a base. The terminal component includes a crimping portion and an elastic piece structure. The crimping portion is crimped to an end of the conductive cord. The elastic piece structure includes a first extending portion and a second extending portion. The first extending portion is connected to the crimping portion and extends away from the end of the conductive cord. The second extending portion is connected to an end of the first extending portion away from the crimping portion, and is folded relative to the first extending portion. The base has an engaging slot. The first extending portion is engaged in the engaging slot. The second extending portion protrudes outside the engaging slot.

Spring terminal (1) for connecting an electrical conductor (2), - with one busbar (100), - with a clamping spring (200), - with a case (300), - with a lever (400), at the - the busbar (100) and the clamping spring (200) and the lever (400) are at least partially enclosed in the housing (300), - the lever (400) has a first bearing disk (410) with a first semicircular outer contour (411) for bearing the lever (400) in a first counter bearing (510), - the lever (400) has an actuating handle (490) which is connected to the first bearing disc (410), - the clamping spring (200) has a clamping leg (210), wherein the clamping leg (210) forms a clamping point (K) with the busbar (100) for clamping the electrical conductor (2) to the busbar (100), - the lever (400) has a driver (430) which, when the lever (400) is actuated, is designed to move the clamping arm (210) from a closed position (GS) to an open position (OS).

An electrical terminal assembly (10) with in-axis screwing and an anti-turn features comprises an elongated hollow terminal body (11) obtained by stamping and winding a sheet of metal having first and second windows (111,112) which are aligned with each other along a disc diameter of the cross-section of the terminal body (11) after winding. An insert (30) has a distal end (31) configured to protrude from the terminal body (11) when the insert (30) has been accommodated through the windows (111,112) to achieve the anti-turn function. The insert can be retained in precise position within the first window (11) by a two-shoulder arrangement (321,322). An intermediate portion of the insert between its distal end (31) and its proximal end (32) has a threaded through-hole (33) configured to be aligned with the cross-sectional disc of the terminal body (11) to achieve the in-axis screwing function of the electrical terminal.

A terminal block with a rotatable handle for use with a core wire (101), wherein the terminal block (10) comprises the following: an insulating base (1) comprising a cavity (11) inside and a wire insertion slot (12) and a handle slot (13) defined on an outside of the insulating base (1) and connected to the cavity (11); a rotatable handle (2) which is pivotably arranged in the handle slot (13), wherein the rotatable handle (2) is provided with an arc-shaped groove (21) which is positioned facing the cavity (11); and a connection terminal module (3) comprising the following: a fixed connection (31) which is housed in the cavity (11) and arranged according to the wire entry slot (12); and an actuated connection (32) comprising a U-shaped elastic piece (321) embedded in the arc-shaped groove (21), a positioned piece (322) extending from one end of the U-shaped elastic piece (321) and positioned within the cavity (11), and a clamping piece (323) extending from the other end of the U-shaped elastic piece (321), positioned between the wire insertion slot (12) and the cavity (11) and arranged according to the fixed connection (31); wherein, when the rotatable handle (2) is rotated to elastically compress the U-shaped elastic piece (321), the clamping piece (323) is driven away from the wire insertion slot (12), thus enabling the core wire (101) to penetrate through the wire insertion slot (12) into the cavity (11).

An electrical compression connector for connecting a plurality of conductors, the compression connector including a connector body of compressible material adapted to be inserted into a crimping tool having two opposed die surfaces for the compression of the connector body, the connector body including a first conductor portion and a second conductor portion. The first conductor portion includes a pair of side walls including a first side wall and a second side wall joined by a bottom wall, and a first conductor opening between the pair of side walls and the bottom wall and at least one insulation piercing member. The second conductor portion includes at least one second conductor opening extending at least partially through the connector body.

The invention discloses a photoelectric composite cable connector and a method thereof, and belongs to the technical field of connectors, and the connector comprises an upper assembly, a middle assembly and a lower assembly which are arranged in an upper, middle and lower integrated manner; the upper component and the lower component are respectively connected with the middle component in a clamping manner; the middle assembly comprises a main body, a pricking needle and an inner core; the pricking needles are clamped in the middle and two ends of the tail of the main body; the inner core is mounted in the center of the main body inner cavity; the tail portions of the two ends of the main body are respectively provided with a flip-type pressing buckle, the flip-type pressing buckles are covered and locked through tail caps so as to clamp the optical cable, and meanwhile when the flip-type pressing buckles are covered and pressed downwards to be stressed, the needle tip at the tail end of each flip-type pressing buckle penetrates into a conductive copper wire in the rubber-covered wire of the optical cable to conduct electric transmission. The system has the advantages of integration, high efficiency, anti-interference capability, cost saving, construction convenience and the like, and solves the problem of single function of an existing product; electric signals and optical signals of the whole product are transmitted through different paths, and mutual interference is reduced.

Provided are a charging structure and a wireless earphone. The charging structure includes an insulating body, two charging terminals, and two connectors. The top surface of the insulating body is provided with an accommodating groove. One end of a battery cell is inserted into the accommodating groove. The two charging terminals are disposed in the insulating body. Each charging terminal includes a contact portion and a welding portion. The welding portion is provided with a welding protrusion. Each connector includes a connecting section and a collar. The collar is provided with a welding hole. For each connector, the collar of the connector is sleeved on a corresponding welding protrusion through the welding hole of the connector and is welded and secured to the corresponding welding protrusion. The connecting sections of the two connectors are connected to the positive electrode and the negative electrode of the battery cell respectively.

A connector includes an insulation shell, a pair of contact terminals, and a pair of connection terminals. The insulation shell has a front mating port and a rear opening, a pair of side openings, and two receiving chambers. The pair of contact terminals are each installed into one of two receiving chambers of the insulation shell and each have a front contact part and a side contact part. The pair of connection terminals are each inserted into one of the pair of side openings and each mate with one side contact part. Each front contact part is in the front mating port and electrically contacts a mating plug of a mating connector inserted into the front mating port. A part of each connection terminal is exposed from one side opening for electrical connection to an electrical connecting member.

An electrical plug connector with a first end portion and a second end portion, wherein a first electrical interface is formed on the first end portion and a second electrical interface is formed on the second end portion. The electrical plug connector furthermore has an extension axis (L) extending between the first interface and the second interface. The first interface and the second interface can each be connected to a corresponding mating interface of an electrical mating plug connector along a first plugging direction (S1) oriented transverse to the extension axis (L). Between the two end portions, a third electrical interface is configured for contacting at least one electrical conductor of an electrical circuit, in particular for contacting an electrical conductor of an electrical circuit of an electrical circuit board.

The present invention discloses a connector terminal, an electrical connection assembly, and a connector. The connector terminal comprises: a base (1) which has two opposite sides in its transverse direction (X) and a spring arm (11) extending along its longitudinal direction (Y) formed on it; and the pair of cantilever parts (2) located above the base (1) and connected to both sides of the base (1). The cantilever part (2) comprises: multiple bent cantilevers (20) which are distributed at intervals in the longitudinal direction (Y) of the base (1) and their roots are connected to the side edge of the base (1); and a pressing part (21) connected to the ends of the multiple bent cantilevers (20) and suspended above the base (1). The pressing part (21) and the spring arm (11) are opposite in the height direction (Z), used to clamp a mating terminal inserted between them for electrical contact with the mating terminal. The connector terminal of the present invention has the advantages of simple structure, high processing efficiency, low cost, strong anti-vibration performance, and reliable electrical contact.

An electrical terminal includes a body with a first opening for receiving an electrical conductor and a second opening for coupling the electrical terminal to an electrically conducting member. The second opening has a first open portion with an inner dimension to receive a first fastener and a second open portion with an inner dimension different than the first open portion. The second open portion is configured to receive a second fastener having an outer dimension different than the first fastener. The second open portion can have a substantially circular first and second open portions that overlap along the outer edges. An electrical assembly includes the electrical terminal and an electrically conducting base, and either a first fastener having a first dimension or a second fastener having a second dimension, where the dimension of the fasteners corresponding to dimension of a threaded hole in the base.

An electrical connector includes a clamp body having a base, a side portion, an upper portion, and a boss. The clamp body defines a cable groove configured to receive a primary conductor and an aperture for receiving a secondary conductor. A primary fastener is movably connected to the clamp body. A keeper is connected to the clamp body and moveable with the primary fastener to secure the primary conductor in the cable groove. A secondary fastener is configured to secure the secondary conductor in the aperture. The clamp body is configured to provide a spring force to the secondary conductor when engaged with the secondary fastener.

The invention relates to an electrical plug, preferably for use in conjunction with a refrigerated container and / or for charging a ship battery. Preferred embodiments relate to an electrical plug having a housing and comprising an opaque portion made of an opaque material and at least one transparent portion made of a transparent material, the at least one transparent portion forming an inspection window located in the housing to provide visual observation of electrical connections of electrical wires.

The invention relates to a contact plug for transmitting electrical energy by means of detachable contact with a contact socket, wherein the contact plug is designed as a claw pin, in that it has at least one claw-shaped element which deforms through temperature changes and realizes a change in the contact normal force between the claw pin and the contact socket.

A connector is to be connected to a wire including a core wire and an insulation coating covering an outer periphery of the core wire and extending in a front-rear direction, and provided with a terminal to be connected to the core wire, a connector housing including a terminal accommodating portion for accommodating the terminal inside, and a rear holder to be mounted on a rear part of the connector housing. The terminal includes a core wire insertion opening, into which the core wire is inserted from behind, an electrically connecting portion to be electrically connected to the core wire and a pressing portion for pressing the core wire inserted through the core wire insertion opening and disposed at a position of the electrically connecting portion in the front-rear direction against the electrically connecting portion.

To provide a plug-in connector that has a contact with a compact structure due to functional integration and has optimized clearances and creepage distances.SOLUTION: A plug-in terminal for the connection of one or more conductor ends has a housing made of plastic. The housing has at least one insertion opening for a conductor end. The insertion opening is connected to a housing chamber having a connection device to which an operation device (10a) is assigned. The operation device (10a) is provided for operating a contact limb of a contact spring of the connection device. The operation device (10a) has a pivoted lever (110) designed to act on a sliding element (120) with which the contact limb of the contact spring can be moved directly or indirectly. The pivoted lever (110) and the contact limb (120) can rotate about the same or substantially the same axis of rotation.SELECTED DRAWING: Figure 3b

The invention is directed to a connector (1), comprising an aluminum cable (2) and a copper terminal (4), further comprising a junction part (3), wherein said junction part (3) is made of aluminum and comprises a first end (5) able to be joined to the aluminum cable (2) and a second end (6) able to be joined to the copper terminal (4).

The invention relates to an electrical contact for a conductor terminal that has an insulating material housing, wherein the contact has a terminal section for connection to an electrical conductor, wherein the terminal section has a spring force clamping connection with at least one clamping spring for connection of the electrical conductor under spring force. The invention also relates to a conductor terminal having at least one such electrical contact.

The present invention relates to an electrical connector for connecting to flat conductors of a flexible circuit. The electrical connector includes an elongated body, a split blade terminal, and a spring terminal. The elongated body has a longitudinal axis. The split blade terminal has two prongs separated by a distance and is configured to engage an electrical terminal of an electrical device. The spring terminal is configured to mate with one or more flat conductors within a connection area of the flexible circuit. The spring terminal and the split blade terminal are positioned on the longitudinal axis at opposite ends of the electrical connector.

An electrical connector (10) for coupling with a terminal conductive structure includes a terminal assembly (12) mated with a separate receptacle assembly (16) in a rotationally mating manner. The end of the terminal assembly (12) is a conductive element, such as a tongue (15), configured to couple with a conductive structure (such as a terminal strip or power strip). A separate socket assembly (16) has a portion for receiving a conductor of a cable. The terminal assembly includes a pin (14) that fits a socket portion (24) of a socket assembly (16) such that the terminal assembly and the socket assembly mate to form a rotational docking. In order to secure the components (12, 16) together, an inner groove (92) and an outer groove (94) are formed on the surfaces of the terminal assembly and the socket portion. An expandable ring (96) is positioned in the external groove, and the expandable ring fits into the interior of the external groove after being compressed, thereby mating the pins of the terminal assembly with the socket portion. When the components (12, 16) are mated, the grooves (92, 94) are aligned so that the ring (96) can be decompressed into at least a portion of the internal grooves, thereby securing the mated terminal and socket components in a rotational abutment.

To provide a terminal, a terminal assembly, and an electrical connection device capable of improving waterproof sealing performance of the terminal and reducing cost of the terminal.SOLUTION: The terminal includes a tubular body including a front pipe portion and a rear pipe portion, and a welding portion configured to be welded to the conductor of the power transmission member. The terminal is an integrally stamped copper terminal, a nickel plating layer is formed on the entire terminal, and the nickel plating layer is a base plating layer of the terminal. The terminal has a mating region located in the front tube portion, an injection-molded region located in the rear tube portion, and a welded region located in the welded portion. A silver plating layer is formed on the nickel plating layer in the fitting region of the terminal, and a tin plating layer is formed on the nickel plating layer in the injection molding region of the terminal. A good bond between the tinned layer of the injection-molded region and the injection-molded seal is possible.SELECTED DRAWING: Figure 3

The embodiment of the utility model provides a wiring assembly for a socket and a switch device. The wiring assembly comprises: at least one conductive section integrally formed on a plug bush section of a socket and adapted to be electrically connected to a cable, each of the at least one conductive section comprising: a body comprising an opening portion and at least one bent edge extending parallel to an insertion direction of the cable, at least one static guide path is formed by the edge, in the insertion direction, of the opening part and the at least one bent edge; a support member coupled to the body to form, together with the body, at least one insertion port into which a cable is inserted; and the elastic piece is coupled to the supporting piece and comprises at least one guide part which is arranged in the opening part and is suitable for forming at least one dynamic guide path with the at least one bent edge so as to guide the cable inserted from the at least one insertion port with the at least one static guide path. Therefore, the accuracy and convenience of cable insertion can be improved.