350results about "Four or more pole connections" patented technology

A shield conductor includes a first outer conductor and a second outer conductor that are assembled to each other. At least one of the first outer conductor and the second outer conductor includes a protrusion portion protruding in a direction of assembly between the first outer conductor and the second outer conductor, and another one of the first outer conductor and the second outer conductor includes a groove portion in which the protrusion portion fits in a state where the first outer conductor and the second outer conductor are assembled. At least one of an outer surface of the protrusion portion and an inner surface of the groove portion is formed with a contact rib. The contact rib extends in the direction of assembly and comes into contact with another one of the outer surface and the inner surface.

A shielded electrical connector is provided, comprising a plurality of wire elements, a plurality of wire element sheaths, an outer shielding sleeve, at least one inner shielding sleeve, a connector housing for accommodating terminal members, a shield divider for defining at least two shielding sectors, wherein the first subset of wire elements is extended into a first shielding sector and a second subset of wire elements is extended into a second shielding sector, at least one sealing insert for being arranged in one of the shielding sectors for sealing off a cable side from a connector side in the area of the shield divider, and an electrically conductive shielding bridge for electrically connecting the outer shielding sleeve to the at least one inner shielding sleeve and to the shield divider.

A relay connector includes a first housing for holding a plurality of terminals and a second housing to be assembled with the first housing along a first direction. The relay connector includes a potting material injected into a recess and a first sealing member provided between the first and second housings while being compressed in the first direction. The first housing includes a first body portion and a first engaging portion. The second housing includes a second body portion including a plurality of insertion holes, through which the plurality of terminals are individually passed, and a second engaging portion engageable with the first engaging portion. The first sealing member is formed to surround the plurality of terminals. The first and second engaging portions are provided outside the first sealing member.

A connector includes a plug contact having a tubular portion extending along a fitting axis with a recessed portion formed therein and a flange extending from an end portion of the tubular portion in a direction orthogonal to the fitting axis, and an inner contact part of which is inserted in the recessed portion, the inner contact including a retaining portion contacting with an inner surface of the recessed portion to be electrically connected to the plug contact, a connecting portion facing a rear surface of the flange, and a spring portion joining the connecting portion to the retaining portion so as to be elastically displaceable along the fitting axis.

An electrical connector is provided. The electrical connector can be a low profile, high voltage connector that can include a male housing and a female housing. The male housing can support male pins that mate with terminals disposed through the female housing. The bend or outward extension of the pins can support forming one row or dual rows of solder pads.

The present disclosure provides a self-locking structure for a through-board connector, the through-board connector including a connector housing and a nut member removably fitted to the connector housing to fix the through-board connector to a target board body, in which an external thread is formed on an outer surface of the connector housing, and an internal thread is formed on an inner surface of the nut member; wherein the outer surface of the connector shell is provided with a groove, and the nut component is provided with an elastic locking fastener; as the internal thread of the nut member is threadedly engaged with the external thread of the connector housing, at least a portion of the resilient latch member enters the groove to form a self-locking of the threadedly engaged. The invention further provides the plate penetrating connector comprising the self-locking structure.

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.

A cable connector and an insulating housing configured for the cable connector are provided. The insulating housing includes a body portion, a power mating portion, and a snap-fit member. The body portion has a first surface and a second surface disposed opposite to each other in a first direction, and a third surface and a fourth surface disposed opposite to each other. The first surface and the second surface are connected between the third surface and the fourth surface, and a plurality of first channels are formed therein along the first direction. The power mating portion is disposed on the second surface and has a plurality of column bodies. Each of the column bodies has a first end connected to the second surface and a second end. The plurality of first channels respectively penetrate the plurality of column bodies.

To provide a connector capable of electrically connecting a contact to a flexible conductor of an object to be connected even if the flexible conductor is exposed on either a front surface or a back surface of the object to be connected.SOLUTION: An insertion part 18A of an inner contact 18 has a contact part P1 that contacts a plug contact 13 in a recess 13C and a pressing part P2 that is positioned on the opposite side of a mating axis C from the contact part P1. A protruding part 15K of a sheet-type conductive member 15 is sandwiched between the pressing part P2 and the inner surface of the recess 13C in a direction perpendicular to the mating axis, the plug contact 13 is electrically connected directly to a shield layer 15D and also electrically connected to a shield layer 15F via the inner contact 18 by the inner surface of the recess 13C contacting the surface of the sheet conductive member 15 and the pressing part P2 contacting the back surface of the sheet conductive member 15.SELECTED DRAWING: Figure 18

An electrical connector assembly (200) includes a housing (210) having a mating interface configured to be mated with a hermaphroditic mating electrical connector assembly. The housing includes an electrically conductive commoning member (218) having contact openings (222). Wafer assemblies (230) are coupled to the housing each having a leadframe (240), a wafer body (242) holding the leadframe, and a ground frame (244) providing electrical shielding for the leadframe. The signal contacts (206) are terminated to cables (202). The ground shields (208) are electrically connected to the commoning member. The mating ends (234) of the signal contacts and the ground shields form a hermaphroditic mating interface for mating with the hermaphroditic mating electrical connector assembly.

The present disclosure relates to a lead wire slide (2) for slidable accommodation of medical lead wires (4), comprising a base section (6) that includes a plurality of through-holes (8) that are each configured to accommodate one medical lead wire (4) in a slidable manner and a connecting section (10) that is provided on a side (12) of the base section (6) and configured to be connected to a complementary connecting section (10') of another lead wire slide (2'). The present disclosure further relates to an assembly group (34) comprising a first lead wire slide (2) and a second lead wire slide (2'). The present disclosure also relates to a medical system (38) comprising a lead wire slide (2).

A control assembly, for a cordless liquid heating apparatus. The control assembly comprises a cordless base connector for mounting to a cordless power base and an adaptor (8) for mounting to a liquid heating vessel. The adaptor (8) comprises a pin (54) comprising first and second electrical contacts (56, 58) arranged to connect with corresponding first and second electrical contacts in the cordless base connector. The adaptor (8) further comprises a third electrical contact (62) having an annular form extending around the pin (54), and arranged to connect with a corresponding third electrical contact in the cordless base connector. The adaptor (8) also comprises a fourth electrical contact (64) having an annular form extending around the third electrical contact (62), and arranged to connect with a corresponding fourth electrical contact in the base connector. The third and fourth electrical contacts (62, 64) and the corresponding third and fourth electrical contacts are configured to provide a live and neutral connection to the liquid heating vessel.

An electrical connector is provided with a segmented design supporting multiple connector configurations with commonality across the configurations that simplifies connector selection and qualification. The connector includes multiple segments, each with an insulative housing portion into which may be inserted power terminals in one or more configurations or signal terminals. A first-type power terminal may carry a first maximum power and a second-type power terminals may carry a second maximum power greater than the first maximum power, but the segments may be configured with mating contacts with similar properties. The connectors may have a mezzanine configuration configurable in a stack height selected from a wide range of stack heights, with fine-grained resolution. Terminals in all stack heights may have similar mating and mounting portions, differing only in the height of a body portion.

The invention relates to a connector connection device for a data transmission system (36), in particular an HVAC system (38), which has at least a first connector unit (10) with at least five first electrical contact elements (12), in particular arranged without electrical contact to each other, and which has at least a second connector unit (14) with at least five second electrical contact elements (16), in particular arranged without electrical contact to each other, wherein the first connector unit (10) is configured to be electrically connected at least to the second connector unit (14). It is proposed that at least one of the at least five first electrical contact elements (12) is arranged in a mounting direction (22), in particular plugging direction, of the plug connection device behind at least one of the at least four other first electrical contact elements (12).

Provided is a connector in which a dielectric body can be smoothly inserted into an outer conductor. A connector (10) is provided with an inner conductor (15), a dielectric body (17) that houses the inner conductor (15), and an outer conductor (11) that houses the dielectric body (17). The outer conductor (11) has housing holes (54, 63) for housing the dielectric body (17), and a rear space portion (55) communicating with the housing holes (54, 63) and open to the rear of the outer conductor (11). The dielectric body (17) has a cylindrical section (43) and a guide section (45) that are disposed in the housing holes (54, 63) from the rear space section (55). The outer conductor (11) has a guide receiving portion (74) on an inner surface facing the rear space portion (55), the guide receiving portion (74) being in contact with the guide portion (45) and guiding the cylindrical portion (43) to the housing holes (54, 63).

A termination system includes an ethernet cable including eight conductors, a wire cage coupled to the ethernet cable and including eight arms arranged in a pattern, each arm including a first recess that extends to an end of the arm. Each conductor is associated with one of the arms and includes a portion positioned within the first recess. The termination also includes a connector having eight apertures arranged in the pattern, and eight contact sleeves, each disposed within one of the apertures and sized to receive one of the arms. The conductor associated with each arm is in electrical contact with the associated contact sleeve, and a termination cap is coupled to the cable.

An electrical connector assembly includes a connector body, electrical connector contacts mounted in the connector body, and electrical wire contacts attached to wires of an electrical cable. Rear ends of the connector contacts (either contact pins or sockets) engage front ends of the wire contacts (either contact sockets or pins). A head of each contact pin is wider than its shaft resulting in a first protruding edge. Each contact socket receives the corresponding contact pin. At least a first resilient retaining member extends obliquely into and at least partly across each contact socket away from its open end and is deflected laterally as the contact pin is inserted into the contact socket. Upon full insertion the first retaining member presses laterally against the shaft and a distal edge of the first retaining member obstructs withdrawal of the contact pin from the contact socket by engaging the first protruding edge.

A connector includes a cylindrical, elastically deformable insertion portion that is inserted into a recess of a plug contact, the insertion portion having a contact portion placed on an outer peripheral surface of the insertion portion and a pressing portion placed on the outer peripheral surface of the insertion portion and on an opposite side to the contact portion across the fitting axis, part of a sheet-like connection target having a flexible conductor exposed on at least one surface being sandwiched between the pressing portion and an inner surface of the recess in a direction orthogonal to the fitting axis, the inner surface of the recess contacting a front surface of the connection target, and the pressing portion contacting a back surface of the connection target.

The present application provides an electrical connector capable of preventing misinsertion of an object connector and suppressing deformation of a housing. An electrical connector (1) includes a housing (2) having a plate-shaped body (21), a plurality of terminals (3) held to the plate-shaped body, and a metal housing (4) having a cylindrical shape surrounding the periphery of the plate-shaped body and the terminals, wherein the housing has a fitting opening (40) for fitting the object connector, two or more side walls (41) disposed in a manner along the fitting direction of the object connector, a linking portion (42) linking adjacent side walls among the two or more side walls, and a first branch strip-shaped piece (43) disposed at a position closer to the fitting opening than the linking portion, bent from one side wall (41a) among the adjacent side walls around an axis (J) along the fitting direction, and extending toward the other side wall (41b) among the adjacent side walls, and an edge (E) on the opposite side of the linking portion constitutes a part of the fitting opening.

The various embodiments herein relate to a coupling apparatus for a medical device having a coupler body, a cavity defined in the coupler body, a rotatable drive component disposed within the cavity and having at least two pin-receiving openings, and an actuable locking ring disposed around the cavity.

An electrical connector includes a terminal having an end connecting to a cable, a terminal position assurance member having a terminal fixing portion fixedly connecting to the terminal, and a housing. The terminal is mounted to the housing together with the terminal position assurance member.

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.

A reinforced connector comprising a plug (100) and a socket (200) having corresponding reversible constraint means (303) of respective attachment (102) and connection (202) portions. A base (103) and a plurality of conductive pins (107) of the plug (100) are complementary to a seat (203) and to a plurality of hollow conductors (207) of the socket (200). A first pneumatic connector (105) of the plug (100) and a second pneumatic connector (205) of the socket (200) are respectively male and female, or vice versa, and complementary. A first alignment pin (109) of the plug (100) and a first alignment seat (209) of the socket (200) are complementary. A channel (115), which separates the central (111) and peripheral (113) portions of a base (103) of the plug (100), and a central wall (211) of the socket (200) are complementary.

One or more external connectors of a conformal wearable battery (CWB) may be controlled to reduce a voltage potential supplied to the connectors when exposed to a conductive liquid. The connectors may be uniform serial bus (USB) connectors or other connectors. One or more unused terminals of the one or more connectors may be pulled to a voltage potential and then monitored for a change in voltage. When the change in voltage satisfies a voltage threshold, the voltage potential supplied to the one or more connectors may be reduced and / or interrupted. The change in voltage may be evaluated against the voltage threshold alone or may be evaluated against the voltage threshold and a time threshold relating to a time after the voltage satisfied the voltage threshold. The voltage of the monitored terminal may be evaluated against one or more voltage thresholds and / or one or more time thresholds. Based on the voltage threshold having been met, the voltage supplied to the connector may be reduced or stopped.

An electrical connection device includes a through-type connector, a first cable-end connector and a second cable-end connector. The through-type connector includes an outer shell and a plurality of pins, the outer shell is formed with a first cavity and a second cavity, the first cavity has a first independent insertion groove and a second independent insertion groove. The first cable-end connector is provided to be capable of independently inserting into the first independent insertion groove and includes a first insulative housing, a first terminal position assurance member, a plurality of first terminals and a plurality of first conductive wires. The second cable-end connector is provided to be capable of independently inserting into the second independent insertion groove and includes a second insulative housing, a second terminal position assurance member, a plurality of second terminals and a plurality of second conductive wires. Therefore, convenience of assembling or detaching of the first cable-end connector and the second cable-end connector can be promoted.

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.