97 results about "Mating plug" patented technology

An electrical plug connection is provided, which has a plug connector, a mating plug connector connectable to the plug connector, and a locking element arranged on the plug connector for mechanically securing the electrical plug connection in a joined-together state of the plug connector and mating plug connector. The locking element has a locking component, which is movable between a locking state and an unlocking state. A plug connector for an electrical plug connection of this type, a set having a plug connector and a mating plug connector, as well as a housing having a housing opening in which an electrical plug connection of this type is arranged are also disclosed.

A shielded electric plug. The electric plug includes a plug housing and a data line arranged within the plug housing for transmitting data in the Gbit / s range. A plug side of the data line electrically contacts the plug with a complementary mating plug and a connection side of the data line for electrically contacting with a circuit carrier. The data line is enclosed by a metal shielding housing. The plug housing includes a connection element with a press-in pin for mechanically contacting the plug with the circuit carrier using a press-in connection. The connection element includes a spring contact element to resiliently abut the circuit carrier so as to contact same when the electric plug is pressed in. The press-in pin is in the form of a first ground connection, and the spring contact element is designed is in the form of a second ground connection.

A plug-in connector assembly. The assembly includes: a plug-in connector with a plug-in connector housing; a mating plug-in connector with a mating plug-in connector housing; an actuation element; a CPA. The plug-in connector has a plugged position relative to the mating plug-in connector and can be plugged to the mating plug-in connector from a starting plugged position up to a final plugged position along a plugging direction. The actuation element can be displaced between a first position and a second position and is designed to reduce a plug-in force when connecting the plug-in connector to the mating plug-in connector. When the actuation element is displaced from the first position to the second position, the plug-in connector is displaced from the starting plugged position to the final plugged position. The CPA can be displaced between an unlocking position and a locking position.

An electrical interconnect system is described having an adapter mounted in an opening in a connector interface of a faceplate of an electronic enclosure. A sealing member can be used to prevent foreign matter, such as liquid, gas, or dust particles, from entering the enclosure and into a mating region between the adapter and a mating plug connector. The sealing member can include a base and a sidewall configured to surround an outer boundary of the adapter. The sealing member can be configured to form a first sealing interface with the faceplate and a second sealing interface with the plug connector. The first and second sealing interfaces can be orthogonal to each other. The sealing member can be made of an elastomeric material.

This invention relates to a circumferentially mating plug and socket, comprising a plug body and a socket body. The plug body includes a first insulating base, and its top is coaxially arranged with a first protective ring, a first insertion ring, a second insulating ring, a second insertion ring, a third insulating ring, a third insertion ring, a fourth insulating ring, and a fourth insertion element, all of which are conductive to the plug wires. The socket body includes a second insulating base, and its top is coaxially arranged with a second protective ring, a first insertion ring, a fifth insulating ring, a second insertion ring, a sixth insulating ring, a third insertion ring, a seventh insulating ring, and a fourth insertion ring, all of which are conductive to the socket wires. During mating, each insulating ring of the plug inserts into its corresponding positioning ring, and the insertion ring inserts into its corresponding insertion ring, achieving precise circumferential mating and conductive connection. This circumferentially mating plug and socket, by employing a concentric circle structure, enables mating of the plug and socket in any direction, greatly reducing the difficulty of plug-socket connection and facilitating automated mating of the plug and socket.

A plug connector assembly having a plug connector and a plug connector housing and multiple electric conductors, each electrical conductor having an axial end region inside the glug connector housing. A contact surface on each electric conductor electrically contacts a mating contact surface of a mating contact element of a mating plug connector. Each contact surface has a directional component orthogonal to a longitudinal axial direction of the electric conductor. At least one spring element for each electric conductor pushes the contact surface against the mating contact surface. The mating contact surface has a directional component orthogonal to the longitudinal axial direction of the mating contact element. Each contact surface additionally has a directional component in a second direction that is orthogonal to the first orthogonal direction. A securing element pushes the contact surface of each electric conductor against the mating contact surface in the second orthogonal direction.

The invention relates to a plug connector comprising a housing (1) having a plurality of contact chambers (9) for receiving contact partners, a seal (2) being arranged around all contact chambers (9) on or in a circumferential flange (3) of the housing (1), the sealing element (2) seals a housing (1) of a plug connector relative to a housing of a mating plug connector or relative to a housing of a device. According to the invention, at least one recess (4) is provided in the flange (3) next to the seal (2) on the side of the seal opposite the contact chamber (9) and the at least one recess (4) has at least one opening (5) in the flange (3) facing the outside, behind which opening (5) a rib (6) is arranged in a retracted manner.

A socket with compact protection for conductors against foreign objects. The socket comprises a housing having channels extending in a mating direction, power conductors disposed in the channels, and assemblies disposed on the channels to block entrances into the channels. The assemblies are within a chamber of the housing surrounded by a wall. Each assembly comprises a cover and shutters pivotably coupled to the cover. Each shutter has a blocking portion and an actuating portion configured to be actuated by the housing of a desired plug. When the actuating portion is actuated, the blocking portion moves away from blocking the entrance to the channel. When a mating plug is removed and the actuating portion returns to its rest state, the blocking portion automatically moves back to block the entrance to the channel. Such a configuration reduces the risk of anything other than terminals of the desired plug contacting the conductors.

: The invention relates to a plug, a mating plug and a plug connector, in particular for a charging system of an electric vehicle, wherein a section (A) of the plug (2) designed for the electrical contacts (221) is hemispherical or ball head-type, and a contact surface (21) is formed on said section (A), on which contact surface at least two electrically separated contact regions (22) are formed which each form a separate contact (221) for electrically conductive connection to a corresponding mating contact (32) of a mating plug (3).

The utility model discloses a connector and a connector assembly. The connector includes: a housing having a front port and a rear port opposite to each other in a longitudinal direction thereof; and the electric connection module is inserted into the shell from the rear port of the shell. The electric connection module is provided with a matching end located in the front port of the shell, and the matching end is used for being matched with a matching plug of a matching connector inserted into the front port of the shell. And the front end of the shell extends out of the matching end of the electric connection module, so that the matching end of the electric connection module is completely hidden in the front port of the shell. Therefore, according to the utility model, the matching end of the electric connection module can be effectively prevented from being collided during packaging and transportation, and the anti-vibration performance of the connector can be improved.

The invention relates to a plug connector row configured to be soldered to a circuit board, having an insulating material housing and a plurality of electrical contact elements which are fixed in the insulating material housing, are arranged next to one another in the arrangement direction and are spaced apart from one another, wherein each contact element has at least one electrical plug contact, which is configured on the plug surface side of the plug connector row for insertion of a mating plug contact, which is configured as a mating part, and at least one solder section, the at least one solder section is configured to be soldered in or soldered to a solder connection of the circuit board, wherein the electrical plug contacts are uniformly spaced apart from one another in the arrangement direction with a predetermined grid size.

The invention relates to an electrical plug-in connection device with a self-locking function, in particular to an electrical plug-in connector. The electrical plug-in connector comprises a plug-in connector housing, which can be connected with a mating plug-in connector housing by displacing the plug-in connector housing relative to the mating plug-in connector housing to form a plug-in connection, a main locking element which is movably supported at the plug-in connector housing between a locked position and an unlocked position, which is designed to prevent the plug-in connection from being released in the locked position and to enable it to be released in the unlocked position, a latching element which is movably supported at the plug-in connector housing between a latched position and a released position, which is designed to prevent the main locking element from being moved into the unlocked position in the latched position and to enable it to be moved into the unlocked position in the released position, the latching element being able to be moved from the released position into the latched position by means of a stop of the mating plug-in connector housing when the plug-in connector housing is displaced relative to the mating plug-in connector housing.

A plug-in connector for connecting to a mating plug-in connector includes: a contact receiving body, in which at least one contact element for connecting to a mating contact element of the mating plug-in connector is received; a cable receiving body connected to the contact receiving body, in which a cable for connecting to the at least one contact element of the contact receiving body is receivable; and a latching device, which is spring-elastic at least in regions, via which the plug-in connector is latchable to the mating plug-in connector. The latching device has a first end via which the latching device is connected to a plug-in face of the contact receiving body. The latching device has a second end opposite the first end. A first latching arm and a second latching arm are formed on the second end. The first and second latching arms in a latching position are latched.

A round plug connector for releasably connecting lines has at least one housing element for receiving at least one insulating body and at least one locking element for releasably connecting to a mating plug connector. The housing element receives at least one circumferential spring element, and the spring element is made of an electrically conductive material in order to attach to an electromagnetic shielding, wherein the spring element is held in a circumferential recess of the housing element and has at least two bulges facing radially outwards.

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.

Electrical connector with a plug (1) and a corresponding mating plug (2), wherein the plug (1) has a plug housing (10) with at least one contact element (11) arranged therein and the mating plug (2) has a mating plug housing (20) with at least one mating contact element (21) arranged therein, wherein the plug (1) has a plug face (12) and the mating plug (2) has a corresponding mating plug face (22) such that the plug (1) and the mating plug (2) can be plugged together, and wherein a detachable locking connection with at least one locking element (3) and at least one counter-locking element (4) is formed between the plug housing (10) and the mating plug housing (20), characterized by that the at least one locking element (3) is located in the area of ​​the plug face (12) and the at least one counter-locking element (4) is located in the area of ​​the mating plug face (22).

The invention relates to a connector for the detachable, electrically conductive contacting of contact elements, comprising a connector plug and a connector mating plug as well as a connector primary locking mechanism, formed essentially by at least one locking screw, wherein the connector has a screw position lock for the connector primary locking mechanism, which is movable between a neutral position and a position lock position, wherein the screw position lock has a locking element and at least one position element, wherein the locking element is locked in a neutral position by a neutral position detent, wherein the neutral position detent is released by the position element when the locking screw is tightened and thereby the primary locking of the connector is present.

The invention relates to an outer-conductor contact element (2) for a right-angle plug connector (1). The right-angle plug connector (1) has a crimping portion (9) for pressing the outer-conductor contact element (2) onto an electric cable (4), said crimping portion (9) having a free end (10), which is open at the end side, for receiving the cable (4). The right-angle plug connector (1) further has a sleeve-like contact portion (12) having a free end (13), which is open at the end side, for establishing a connection with a corresponding mating plug connector, wherein an exit angle (α) is formed between a first longitudinal axis (L1) of the contact portion (12) and a second longitudinal axis (L2) of the crimping portion (9). The right-angle plug connector (1) also has a tub-shaped transition region (14) which, starting from the crimping portion (9), extends along the second longitudinal axis (L2) of the crimping portion (9) as far as the contact portion (12). The crimping portion (9), the contact portion (12) and the transition region (14) are formed in one piece from a deep-drawn sheet-metal part.

An assembly of a plug-in connector component, and a plug-in connector component and system are disclosed. The assembly of a plug-in connector component includes: an insulator, the insulator including: a plug-in section, which can be plug-connected in a plug-in direction with a mating plug-in section of an insulator of an assembly of a mating plug-in connector component; and a grounding element mounting section, the grounding element mounting section extending from the plug-in section in a direction opposite to the plug-in direction; a grounding element, mounted in the grounding element mounting section and including grounding element body and a housing contact portion provided at an end of the grounding element body; and a contact piece, including contact piece mounting portion and a contact extending from the contact piece mounting portion in the plug-in direction, the contact piece mounting portion mounting the contact piece to the insulator.

A high voltage power connector system including a cable assembly with a receptacle connector and a mating plug connector, both of which may be touch proof. The receptacle connector may include contacts within openings in the connector housing. The openings may receive at least an 8 mm contact from the plug connector. The receptacle may have an insulative pin within the opening to make the receptacle connector touch proof. The contacts of the plug connector may include an opening to receive the insulative pin. Reduced mating force may be achieved with polarizing features on structures associated with different contacts in the connector system oriented differently such that any force generated by engagement of one set of polarizing features is offset by others of the polarizing features. A cable assembly may be flexible as a result of a junction block connecting a large diameter cable bunder to multiple smaller diameter cables.

A connector part (1) comprising a housing with a receptacle (7) and at least one locking element (31A); and a plug-in element (9) that can be arranged in the receptacle (7) of the housing, the plug-in element having a plug-in section for connecting to a mating plug-in section, wherein the plug-in element (9) has at least one locking section (91) adapted to form a connection with the locking element (31A) of the housing, wherein the housing is formed in two parts and comprises a first housing part (3) and a second housing part (5), wherein the receptacle (7) extends through the first housing part (3) and the second housing part (5), and wherein the housing is adapted to allow the locking element (31A) to be moved out of the locking section (91) by a rotational movement of one of the two housing parts (3, 5) relative to the other housing part (5, 3) in order to release the connection.

A plug connector for transmitting high-frequency signals includes an inner-conductor and an outer-conductor contact, and an insulator arranged therebetween. A receptacle is formed by the outer-conductor contact and is configured to receive a mating plug connector to establish a connection. A catch basket is: formed by the outer-conductor contact, and / or arranged in the receptacle and is configured to produce contacting between the outer-conductor contact and the mating plug connector in a connected state of the plug connector and the mating plug connector. The catch basket comprises a main body and a spring element having a first and second free end. The spring element is connected to the main body by torsion bridges such that the spring element is configured to tilt when the plug connector and mating plug connector are being connected, and such that the free ends are configured to press against the mating plug connector.

Housing (4) for an electrical plug (2), which • has at least one plug contact (6) for making an electrically conductive plug connection with a mating contact (8) of a mating plug (10), as well as • an electrically conductive connection (16) between the plug contact and an electrical conductor (12) of a cable, characterized in that surfaces (16, 18) made of plastic of the housing form at least one conduction surface (16, 18) by • are coated with at least one layer of metal and • each of at least two contact areas (20) electrically connect to each other, one of which (20') is configured to establish an electrical contact with an electrical conductor (12) by means of at least one first contact (22') and the other contact area (20'') to establish an electrical contact with a plug contact (6) by means of at least one second contact (22''), and • are surrounded by other plastic surfaces (30) of the housing other than the at least one conductor surface (16, 18) that are not coated with metal.

A plug-in connector arrangement. The plug-in connector arrangement includes a plug-in connector having a lamella cage with a plurality of contact lamellae, and a mating plug-in connector having a contact element with a head portion and a contacting part. The contact lamellae have a front portion facing the mating plug-in connector. The head portion has a collar which projects beyond the contacting part and into which a groove with an obliquely extending groove outer wall is introduced on a bottom side. In a first position of the contact element and / or of the mating plug-in connector, the groove outer wall is coupled in a first groove portion to the front portion of the contact lamellae in a first radial position.

The invention relates to an arrangement (1) for an electrical plug (23) which can be plugged together with a mating plug (9), comprising a housing (15), a lever (3) which is movably mounted on the housing (15) between a pre-plug position (13) and a final plug position (11), a plug-in connector position securing device (CPA (5)) which is movably mounted on the lever (3) and which can be moved from a delivery position (49) via a blocking readiness position (55) into a blocking position (65), wherein the CPA (5) in the blocking position (65) secures the lever (3) in the final plug position (11) to the housing (15), wherein when the CPA (5) is in the delivery position (49), the lever (3) can be moved from the final plug position (11) into the pre-plug position (13),wherein, in the pre-insertion position (13) of the lever (3), the CPA (5) can be transferred from the delivery position (49) to the ready-to-lock position (55), and in the ready-to-lock position (55) of the CPA (5), the lever (3) can be transferred to the final insertion position (11), and in the final insertion position (11) of the lever (3) and in the ready-to-lock position (55) of the CPA (5), the CPA (5) can be transferred to the locking position (65). Furthermore, the invention relates to a connector assembly (7) with the above-described arrangement (1) and a mating connector (9).

The invention discloses a connector and a connector assembly. The connector includes: a housing having a front port and a rear port opposite to each other in a longitudinal direction thereof; and the electric connection module is inserted into the shell from the rear port of the shell. The electric connection module is provided with a matching end located in the front port of the shell, and the matching end is used for being matched with a matching plug of a matching connector inserted into the front port of the shell. And the front end of the shell extends out of the matching end of the electric connection module, so that the matching end of the electric connection module is completely hidden in the front port of the shell. Therefore, the matching end of the electric connection module can be effectively prevented from being collided during packaging and transportation, and the anti-vibration performance of the connector can be improved.

An electrical connector (1) is described, comprising a connector (2), a mating connector (3) connectable to the connector (2), and a locking element (4) arranged on the connector (2) for mechanically securing the electrical connector (1) in a connected state of the connector (2) and the mating connector (3). The locking element (4) has a locking component (5) that is displaceable between a locked position (5a) and an unlocked position (5b). Furthermore, a connector (2) for such an electrical connector (1), a set comprising a connector (2) and a mating connector (3), and a housing (9) with a housing opening (8) in which such an electrical connector (1) is arranged are described.

An electrical outlet (40) having a nonconductive housing (40A), a deflectable locking arm (40B) and a conductive metallic contact (40C) is disclosed. The nonconductive housing (40A) comprises of nested multiple layers. The first layer being the central core (40A16) which has a set of T-shaped pockets (40A5) and (40A6), the second layer formed by ribs projecting from the central core (40A16) having edges (40A7), (40A8), (40A9), (40A10) and triangular curved corner ribs (40A11) and the third layer formed by a vertically projecting wall (40A14) which act as a guide for the plugs and arrests shaking of the plug when fully engaged. The deflectable locking arm (40B) allows ease of engaging and disengaging of plugs of any type. The conductive metallic contact (40C) comprises of three prongs (40C4), (40C5) and (40C6), the converging and diverging profiles of the same can receive different mating plugs.

The utility model discloses a butt joint plug for an electric testing machine, which comprises a profiling plug, a probe and a plug shell, and is characterized in that the profiling plug is adaptively connected with a connector of a product to be tested; the probe is arranged in the profiling plug and is in contact with a PIN of the connector; and the plug shell is positioned at the tail part of the profiling plug. By means of the mode, the pushing force of an operator is transferred to the shell instead of directly acting on the welding point, and therefore the risk that the welding point is stressed is reduced. By protecting the welding point, stable connection between the test wire and the probe is ensured, the problem of test open circuit or large resistance caused by welding point breakage is avoided, and the test reliability is improved.

The invention relates to a conductive shielding component (100, 100') for a plug connector, having a main part (105), which is in the form of a hollow profiled element and has an insertion opening (121) in a lower face (120) for receiving another shielding component (200, 200') of a mating plug connector and a cable opening (151) in a rear face (150), said rear face (150) and lower face (120) forming an angle of at least 30°; and a first contact spring (101, 101') and a second contact spring (102) which are designed to establish an electrical connection to the other shielding component (200, 200'). The first (101, 101') and second contact spring (102) each have an elastic spring body (101a, 101a', 102a) and a spring base (101b, 101b', 102b) which directly adjoins the elastic spring body and at which the contact spring is connected to the main part (105), and the first spring base (101b, 101b') and the second spring base (102b) are each a straight line and form an angle of at least 20°, preferably 90° or substantially 90°.