43 results about "Connector Pin" patented technology

An electronic circuit board assembly includes a support plate having opposite first and second sides, a first printed circuit board mounted to the first side, and a second printed circuit board mounted to the second side. The support plate includes first mounting features for the first printed circuit board, second mounting features for the second circuit board, and third mounting features configured to connect the support plate to an invertor housing enclosure. A connector pin is over-molded in the support plate and extends the through the support plate, projecting in opposite directions outwardly from the first side and the second side. The connector pin is electrically connected to both the first and second printed circuit boards, and electrically connects at least one first electronic component attached to the first circuit board to at least one second electronic component attached to the second circuit board.

The invention relates to a connector pin (10) comprising an electrically conductive elongated flat body (12) and an electrically insulating element (14). At least one protrusion (52) extends from a flat base (50) of a front edge (48) of the elongated flat body (12). The protrusion (52) has a through opening (64). The electrically insulating element (14) covers the front edge (48) and the protrusion (52) so as to fill the through opening (64). The main protrusion (62) can have at least one trapezoidal cross section in a cross sectional plane parallel to the flat base (50) of the front edge (48).

This application provides a high-speed connector device and data center equipment with configurable port orientation, applicable to the field of communication equipment technology. The high-speed connector device includes a motherboard and a high-speed connector, which is configured with a first orientation or a second orientation. The motherboard has a physically fixed pad group, and the pins of the pad group adopt a first pin definition or a second pin definition. The first and second pin definitions are set based on the symmetry of the pin layout of the high-speed connector. When the high-speed connector is configured with the first orientation, the pad group adopts the first pin definition; when the high-speed connector is configured with the second orientation, the pad group adopts the second pin definition. This application utilizes the inherent physical symmetry of the high-speed connector pin layout, and by sharing the same physically fixed pad group and binding the connector orientation with the pin definition, it achieves configurable port orientation, reducing PCB R&D costs and production cycle, and improving equipment compatibility.

The utility model provides a connecting line crimping contact pin structure, the connecting line crimping contact pin structure comprises a connecting material belt and a plurality of crimping contact pins, the connecting material belt and the crimping contact pins are integrally formed through punching, the connecting material belt is provided with a positioning through hole, one side surface of the connecting material belt is convexly provided with a positioning bulge, and the positioning bulge is used for limiting the connecting material belt; the plurality of crimping contact pins are arranged at the extending end part in the width direction of the connecting material belt at intervals, each crimping contact pin is provided with a line connecting groove, one end, adjacent to the connecting material belt, of each crimping contact pin is provided with an inclined plane cutting groove, and the connecting material belt is convexly provided with an inclined plane supporting block which is adaptively embedded into the inclined plane cutting groove. The positioning through holes and the positioning protrusions on the connecting material belt are subjected to dual positioning in installed crimping equipment, so that the installation positions of the multiple crimping contact pins on the connecting material belt are accurate; and the connecting material belt is bent towards one side deviating from the inclined plane cutting groove, so that the crimping contact pins are quickly disconnected from the connecting material belt, and the production efficiency of connection of the plurality of crimping contact pins and the connecting wire is improved.

A connector system and method for connecting workpieces according to embodiments of the present disclosure provide a durable and stable connection, including good joint quality and tolerances, even in varied environmental conditions and after repeated assembly and disassembly. The connector system includes a connector pin having a first end having a head portion, a second end having a pin fastener element, and a shank portion extending between the head portion and the pin fastener element. The shank portion includes a first tapered surface. The connector system also includes a plurality of connector members. Each connector member has a second tapered surface at least partially defining a connector opening. The first tapered surface of the connector pin is detachably engageable with a second tapered surface of at least one connector member of the plurality of connector members to form a stable connection.

The utility model relates to a kind of split type special-shaped connector bending cutting die, mainly for the bending cutting of special-shaped pin connector.The die adopts split modular structure, including left fixed block, right fixed block, slider and cutter and the like components.Left and right fixed block is connected by positioning pin, and slider can slide in the sliding slot of fixed block.Left lower slider is connected with left fixed block by limiting pin, and the upper right slider is equipped with the cutter that can slide.The utility model realizes the bending of different shape connectors by the shape change of slider, and bending and cutting are completed in the same die, ensure the connector pin spacing and product consistency, effectively solve the bending cutting difficulty of existing die to complex special-shaped connector, and the problem of poor product consistency.

This utility model discloses a steering gear connector pin structure, relating to the field of steering gear connector pin technology. The steering gear connector pin structure includes a housing, a connector assembly on one side of the housing, and a connecting assembly on the right side of the housing. The connector assembly includes a pin rod fixedly installed on one side of the inner wall of the housing, with a groove opening on one side of the pin rod. An arc-shaped spring sheet is provided on the inner wall of the groove opening, fixing the two sides of the inner wall of the groove opening together. The connecting assembly includes a connecting block connected to one side of the housing, with a cavity on one side of the connecting block. A connecting plate is fixedly installed on the inner bottom wall of the cavity, and a buffer strip is fixedly installed on one side of the connecting plate. The connecting assembly of this utility model facilitates the positioning of connections between components during use, preventing wear and loosening of the pin connections due to prolonged plugging and unplugging, thereby avoiding poor contact in the circuit connection.

This utility model discloses a power connection structure for an on-board electronic redundancy controller, including: a power connector pin (1), a PCB signal board connection pin (2), a PCB power board connection pin (3), a PCB power board connector (4), a PCB power board (5), and a PCB signal board (6). This utility model has a compact and small structure, with tight fixing between the various mating parts, occupying little space. It can realize the simultaneous power supply to the power board and the signal board, and is easy to assemble with high reliability.

This utility model discloses a connector pin structure, which serves as a unipolar conductive structure disposed within a connector slot and conductively connected to external circuitry. It includes a strip-shaped conductor and an insulator fixedly connected to each other. One end of the conductor has a hollow portion for contact and conduction with the conductor of the external circuitry. The insulator has an embedded portion fixedly connected within the hollow portion. The other end of the conductor also has a tail portion for connecting to a wire harness inside the connector. This utility model improves upon existing integrated metal conductor structures by adding a low-cost insulator structure to replace the conductor as the main frame, providing structural strength. Simultaneously, it ensures a continuous conductive structure externally and fixes the conductor and insulator together, thereby improving overall integrity and maintaining an appearance consistent with existing integrated metal pins as much as possible while modifying its structural design.

A power system for an information handling system. The system includes a power supply unit; a power distribution system coupled to the power supply unit, and a power distribution system connection mechanism, the power distribution system connection mechanism including a plurality of connector pins, the plurality of connector pins being included with the power distribution system; and a plurality of connector sockets coupled to a circuit board, each of the plurality of connector sockets being configured with a floating movement capability, each of the plurality of connector pins being positioned to mate with a respective connector socket when the power distribution system is attached to the circuit board.

The application discloses a battery pack external power distribution module and relates to the technical field of new energy vehicle on-board power distribution.The application comprises a plastic shell, a jack, a high-power wire harness assembly, a copper bar, a silica gel sealing gasket, a silica gel sealing ring, a plastic top cover, a silica gel wire sealing body and a plastic tail cover; the jack is directly connected with the battery pack connector pin to obtain power, and the high-voltage wire harness and a set of connectors from the battery pack to the power distribution box are cancelled; the shell is made of PA66+GF30, the silica gel sealing gasket has a convex rib compression ratio of 15%-25%, the shell convex rib extrusion sealing ring has a compression ratio of 15%-25%, and the overall protection reaches IP6K9K; the high-power wire harness is connected with the original vehicle power distribution, and the copper bar is used for power supply of newly-added electrical appliances, and the battery pack and the original vehicle power distribution state do not need to be changed.The application simplifies the structure, reduces the cost, is convenient to expand and is suitable for vehicle multi-scene power supply requirements.

This invention discloses a device and method for assembling light guide pillars. The light guide pillar has a connecting seat and a connector pin connected to the connecting seat. The connector pin is used to connect to a slot on a circuit board. The device includes a positioning seat and a movable mold. The positioning seat has a positioning groove for accommodating and positioning the connecting seat and a guide channel communicating with the positioning groove. The guide channel is arranged along the Z-axis. The movable mold extends into the guide channel and slides along the guide channel to push the connecting seat in the positioning groove to move towards the circuit board along the Z-axis to press the connector pin into the slot. This application effectively avoids bending or damage to the connector pin due to tilting under force, and significantly improves the assembly accuracy and yield of the light guide pillar.

An electronic device comprising a host connector and a memory device is provided. The host connector includes a connector hole in which a memory connector is received, on which a connection terminal of the memory device is disposed, and a connector pin disposed within the connector hole and electrically connected to the connection terminal of the memory connector. The connector pin includes a first conductor portion comprising a conductor, a second conductor portion comprising a conductor and bent in a direction closer to the connection terminal from the first conductor portion when the memory connector is received in the connector hole, and a stub comprising an insulator and bent in a direction away from the connection terminal from the second conductor portion when the memory connector is received in the connector hole.

The utility model discloses a connector PIN test machine of withdrawing, including machine table and set up on the connector fixed seat of machine table, PIN test mechanism of withdrawing, good product dot mechanism, controller, the top of connector fixed seat is concave and is provided with the accommodation groove of the accommodation of connector, the one side of accommodation groove is provided with the compact mechanism for compacting connector in the accommodation groove, the bottom of accommodation groove is provided with the bad product locking mechanism, and the bad product locking mechanism includes the first drive arrangement of drive jib lift movement, unlocking assembly, and jib has locking state and unlocking state, in locking state, the first drive arrangement drives jib to extend into the accommodation groove, in unlocking state, the first drive arrangement is according to the signal of unlocking assembly and drives jib to leave the accommodation groove. When the PIN test mechanism of withdrawing detects that the connector to be measured in the accommodation groove is the bad product, the operator needs to unlock jib to take down when taking down, and better avoid the operator and mix the bad product into the good product because of misjudgment.

This application relates to the technical field of electronic connectors and printed circuit boards (PCBs), specifically disclosing a crimp-type high-speed connector transmission system. The system includes a PCB board and a connector. The connector includes an upper row of connector pins and a lower row of connector pins, one end of which is used to connect to the PCB board. The PCB board has an upper row of holes for the upper connector pins and a lower row of holes for the lower connector pins. Both the upper and lower row of holes include 11 holes. The upper row of connector pins includes two high-speed signal groups and a low-speed signal group. The low-speed signal group includes a conversion connector. The end of the conversion connector for insertion into the PCB board is located on the side of one high-speed signal group away from the other. The end of the conversion connector for mating with an optical module is located between the two high-speed signal groups. This application effectively reduces development and board management costs.

The application discloses a crimping device for connector pins, comprising a carrier, wherein at least one cavity for positioning and accommodating a connector is arranged on the carrier, and a positioning column for positioning a PCB is further arranged on the carrier; through cooperation of the cavity and the positioning column, the pins on the connector can accurately penetrate into corresponding connecting holes on the PCB, and the pins penetrating through the connecting holes are bent through a pressing device. Through the cavity and the positioning column arranged on the carrier, accurate positioning between the connector and the PCB is ensured, the pins accurately penetrate into the corresponding connecting holes, and assembly efficiency is improved; according to different directions of the pins and the pressing direction of the pressing device, the device can flexibly select a perpendicular or parallel bending mode, meets the pin crimping requirement under different process requirements, and has high adaptability and flexibility.

The utility model relates to the technical field of electric connector especially for circular waterproof can automatic welding male female connector, including connecting female head, connecting male head and connecting piece, the female end pin cylinder top welding seal fixed setting is in the female head seat top position, carries out sealed welding treatment to the clearance between female head seat top and female end pin cylinder top, the outside of connecting copper needle bottom is arc -shaped and is pasted together with the male head seat bottom plate, then connecting copper needle bottom welding seal fixed setting is in the male head seat bottom position, carries out sealed welding treatment to the clearance between male head seat bottom and connecting copper needle bottom, the female end pin cylinder, connecting copper needle is double -row linear arrangement distribution setting, in the utility model, circular connector pin distribution is all double -row linear arrangement distribution setting, and the arrangement pin of circular connector and the process compatibility of automatic welding technology such as wave -soldering, reflow soldering are good, can directly use the existing automatic welding technology, and the convenient automatic production is carried out.

A connectorized mass interconnect guide for interfacing a mass interconnect having a plurality of connector pins with a plurality of commercial off-the-shelf (COTS) cables. The connectorized mass interconnect guide broadly comprises a body and a number of partitions forming a number of apertures. The partitions divide connector pins into a number of connector pin sets when the body abuts the mass interconnect. The apertures expose the connector pin sets for receiving the COTS cables being connected to the connector pin sets.

This protective cover for an electric vehicle charging connector comprises: a main body having an accommodating groove in which a connector pin can be accommodated; a dummy pin which extends, inside the accommodating groove, along the formation direction of the accommodating groove, and can be fitted to the connector pin by male-female fitting; and a metal nanoparticle film coated on a surface of the dummy pin, wherein plasmons are formed on a surface of the connector pin by an evanescent wave generated by the total reflection of light, passing through the dummy pin, at an interface between the dummy pin and air.

This utility model relates to the field of oil and gas perforation equipment technology. Addressing the problem that existing ultra-high density perforating guns cannot perform selective blasting and perforation operations, and are only suitable for conventional oil pipe perforation operations, but cannot be applied to cluster perforation operations, this invention provides an ultra-high density long cluster perforating gun, comprising multiple perforating guns and a gun head assembly. Adjacent perforating guns are connected via a windowed connector assembly. The windowed connector assembly includes a windowed connector and a compressible connector pin assembly. The entire perforating gun is connected by contacting the conductive core rod on the perforating gun through the connector pin assembly. A detonation device including an electronic selective firing switch is installed at the window of the windowed connector, enabling selective blasting through the electronic selective firing switch and a wire connection. This ultra-high density long cluster perforating gun combines the characteristics of ultra-high density and selective perforation, achieving ultra-high density long-gun cluster perforation, and can be applied to cable cluster perforation operations.

The application belongs to the technical field of connectors, and particularly relates to a wire and electric connector automatic welding system based on a machine vision robot, which comprises a control box, a six-axis collaborative robot, a vision system, a clamping finger tip device, a seven-axis soldering robot, an electric connector positioning device and a wire positioning device. The welding system is cooperated by two robots, the wire grabbing and welding diversification actions are realized by the clamping finger tip device, the vision system positions the electric connector placed in the electric connector positioning device, the intelligent clamping hand of the six-axis collaborative robot is guided to clamp the wire and move to the electric connector pin to implement welding. The application does not need an operator to hold an electric soldering iron for welding, the welding of wires and electric connectors of various specifications and models is completed by the cooperation of the two robots under the guidance of the vision system, the work station and the robot running track can be optimized according to the site conditions, the work efficiency is improved, the labor intensity is reduced, and the standardization of operation is facilitated.

This invention relates to the field of electronic component assembly, specifically a floating self-aligning pressing fixture for electronic connector pin sockets and terminals. It includes an upper mold assembly and a lower mold assembly with alignment and fit. The upper mold assembly includes a fixed frame, a sliding frame, a pressing drive component, and a floating correction frame. The sliding frame is embedded in one side of the fixed frame, and a sliding plate is slidably installed at the center of the sliding frame. A first cylinder is installed between the rear end of the sliding plate and the inner wall of the sliding frame. This invention utilizes the coordinated operation of the floating correction structure of the upper mold assembly, the flexible clamping and fine-tuning structure of the terminals, and the bidirectional floating pressing head mechanism of the lower mold assembly to construct a bidirectional dynamic self-aligning compensation mode. This addresses industry pain points such as large alignment deviations, easy damage to terminals, poor assembly stability, low fault tolerance, and insufficient yield in traditional connector terminal and pin socket pressing fixtures, achieving bidirectional floating self-aligning functionality and completing precision pressing operations.

The utility model relates to the electrical performance detection field, concretely, a kind of USB connector electrical performance test board is related to it, it includes pedestal, the one side of the pedestal is fixedly connected with bunching element. The utility model is in the level of convenient operation and efficiency promotion, clamping test assembly realizes automation control, just can complete the clamping and loosening action of clamping plate by controller issuing order, without manual operation, greatly improve test efficiency, especially suitable for batch testing, simultaneously, the elastic connection design of clamping plate and probe needle plate, different specifications of USB connector can be self-adapting, reduce debugging time, further improve test efficiency, when electric telescopic link drives clamping plate to move, the damping telescopic link in damping element slows down clamping plate movement speed, rubber compression plate absorbs collision energy, avoid rigid collision between probe needle plate and USB connector, effectively protect probe needle and connector pin, reduce component wear.

The application discloses a single board slot position number determination method and device, a single board and a storage medium. The method is applied to a whole machine. Screws of the whole machine are connected to screw holes of at least two single boards through connectors. The method comprises the following steps: determining a first screw hole in which the connector is fixed in each of the at least two single boards; the first screw hole is different in position in each single board; determining high and low level signals of interfaces corresponding to each screw hole in each single board; and determining slot numbers of the single boards according to the high and low level signals of the interfaces in each single board. The technical scheme provided by the application can complete configuration of slot numbers of the single boards without occupying connector pins, so that selection of the connector is more flexible when the single boards are connected to the whole machine.

The invention relates to a system comprising a discharge electrode assembly, the system being for an electrostatic precipitator unit. The discharge electrode assembly comprises a discharge electrode to be electrically connected to an associated high voltage generator via an insulator. The connection is established via a connector pin and an insulator connector. The parts comprise a number of mutually engageable locking surfaces designed to prevent mutual translational and rotational movement of the parts. The invention also relates to an electrostatic precipitator unit comprising such a system. The discharge electrode assembly is designed so that it is easier to assemble and arrange correctly in a flow passage of a flue gas passageway than what is known from prior art. In particular, it is designed to provide a lower risk of misalignment of the discharge electrode with respect to the flue gas passage than what is known from prior art.

This invention relates to the field of connector aviation plug technology, and discloses an aviation plug for ring main units, including a plug housing, a busbar fixedly connected to one end of the plug housing, and a tightening cap threadedly connected to the outer wall of the other end of the plug housing away from the busbar. Several sub-wires are arranged inside the busbar. In this invention, a compression spring pushes a vertical reset groove on a sliding inner liner to slide relative to a compression block. At this time, the compression block slides relative to the vertical reset groove. The sliding inner liner drives a push plate at one end of a push column to reset along a limiting groove. The push plate moves further, causing a compression ring at one end of a push frame to slide along a connecting elastic plate. When the compression ring slides to the right along the connecting elastic plate, the compression ring and the expanded connecting elastic plate are compressed. Under the action of the compression force, the connecting elastic plate and the connector pins are tightly fitted. This arrangement helps to ensure the stability of the plug connection.

A segmented closure system for providing a closure strip of variable length capable of allowing the efficient opening and closing of an object to form a barrier such as a temporary door. The segmented closure system generally includes a pair of closure members each including a magnet for removably securing the closure members together. Each closure member includes a fastener for securing the each closure member to an object, such as to a pair of adjoining plastic sheets to form a temporary barrier such as a door. Each closure member may include mating connectors for linking the pair of closure members together end-to-end in a linear or angled orientation. Each closure member may include a pivotable segment connected to its main body by a connector pin. Temporary barriers of variable sizes may be easily constructed by interlinking multiple closure members together on opposite edges of a pair of plastic sheets.

This invention relates to the field of electronic connectors and discloses a stamping device for electronic connector pins, comprising: a base, with a frame disposed in the middle of the rear side of the base; a stamping structure mounted on the frame for stamping the pins; a collecting structure disposed in the middle of the upper part of the base for collecting the stamped pins; a placement cylinder disposed above the base, with two sets of placement cylinders disposed on the base via a flip-switching structure to switch between the two sets of pins for stamping in a timely manner; and a driving structure disposed on the rear edge of the upper part of the base to drive the flip-switching structure to automatically switch the placement cylinders. By using the flip-switching structure and the driving structure to set up two sets of placement cylinders, after the pins in one set of placement cylinders are stamped, the driving structure drives the flip-switching structure to promptly switch the next set of placement cylinders to the stamping position, allowing stamping work to continue while the pins are being unloaded, resulting in higher work efficiency.

The invention relates to a connector comprising a shielding housing for shielding electromagnetic radiation. At least one data line is arranged within the shielding housing, enabling data transmission in the Gbit / s range. The data line has at least one mating end for electrically connecting the connector to a contact terminal of a complementary mating connector and one termination end for electrically connecting to a circuit carrier. The data line is enclosed by the shielding housing at least between the mating end and the termination end. The shielding housing is multi-part and comprises at least a first shielding housing part that terminates at the termination end, and at least a second shielding housing part that is arranged towards the mating end and immediately follows the first shielding housing part.In the assembled state, the first and second shielding housing sections are at least indirectly electrically connected to each other. The data line is designed as a connector pin that can be connected to a circuit carrier. An elastically compliant and electrically conductive contact element is arranged between the first and second shielding housing sections. The connector is designed such that the contact element is clamped between the two shielding housing sections by a clamping force. This clamping force is generated by a connection between the connector pin and the circuit board. The clamping force creates a closed, continuous contact between the contact element and at least one of the shielding housing sections—that is, the first, the second, or both.

The utility model discloses an embodiment provides a kind of high-frequency card edge connector, comprising: shell, it is equipped with slot on it, the two side edges of slot longitudinally pass through the upper end and lower end of shell, it is equipped with several terminal slots;Terminal slot middle part is communicated with slot;It is equipped with arc spring terminal in terminal slot;Spring terminal is conductor, its lower end is connector pin, its upper end is abutting end, and abutting end extends into slot;The outside of shell is equipped with opening, and the lower end of terminal slot is exposed in opening position;Opening position is detachably provided with side cover;Terminal slot lower end is also provided with abutting piece;Abutting piece, its first end is in abutment with the back of spring terminal, and its second end is in abutment with side cover.The above-mentioned high-frequency card edge connector, by detachable side cover, it is convenient to assemble and maintain, reduce cost and time consumption, by abutting piece design ensure that spring terminal and ground structure are in good contact, reduce contact failure, guarantee data transmission stability and rate.