28results about "Elastomeric connecting elements apparatus" patented technology

The present invention discloses a charging gun terminal production process in the field of charging guns, comprising the following steps: cutting a hollow metal tube of predetermined length from raw materials, with the two ends of the metal tube marked as end A and end B respectively; rotating a tube reduction jig at high speed along the axial direction of the metal tube and pressing it into the B end of the metal tube until the B end of the metal tube is reduced to a predetermined size; pre-treating the metal tube so that a structure is formed inside the metal tube to facilitate sealing the opening at the B end; further processing and sealing the opening at the B end of the metal tube; preparing a reed, pressing the reed into the interior of the metal tube from the B end of the metal tube, and welding and fixing it. Overall, the entire production process is optimized, avoiding traditional more complicated operations, improving overall production efficiency during the processing, saving more processing time, and in addition, the metal tube does not generate any excess waste during the processing, saving production costs.

A method including the steps of securing a plurality of contact subassemblies to a mold surface at longitudinally spaced locations within a mold with resilient material located between the contact subassemblies and the mold surface, the contact subassemblies including, prior to being placed into the mold, an electrically conductive contact having a flat portion defining lateral ends and side portions associated with the lateral ends of the flat portion and a lead wire secured to the electrically conductive contact, introducing resilient material into the mold to form an electrode array blank including a flexible body defining an exterior surface and the electrically conductive contacts below the exterior, and forming a plurality of windows in the electrode array blank that extend through the exterior surface of the flexible body to the electrically conductive contacts.

The present disclosure relates to a connector having plug-in contacts on top and bottom. The connector includes a housing, and first, second, third, and fourth rows of electrical contacts disposed in the housing. To help maintain and improve signal integrity, the connector housing may include one or more of the following: asymmetric keying features, asymmetric alignment features, and alternating plug-in electrical contacts.

Provided are a connector, a plug connector, a receptacle connector, a connector assembly, and a method for manufacturing the connector, which can suppress the occurrence of a short circuit between terminals. The first socket terminal (205) and the second socket terminal (206) each include mounting portions (205A, 206A) mounted on the first circuit board in a state in which the socket connector (200) is mounted on the first circuit board, and the second socket terminal (206) includes a non-mounting portion (206I) not mounted on the first circuit board in a state in which the socket connector (200) is mounted on the first circuit board. The mounting portion (205A) of the first socket terminal (205) and the non-mounting portion (206I) of the second socket terminal (206) extend from the socket holding portion (204) toward the outside of the socket connector (200), and an insulating member (208) is interposed between the mounting portion (205A) of the first socket terminal (205) and the non-mounting portion (206I) of the second socket terminal (206).

The machine tool cooling machine automatic detection device provided by the application comprises a detection mechanism adapted to detect a machine tool cooling machine, a connecting mechanism comprising a connecting main body and a connecting driving element, and at least the connecting main body is electrically connected with the detection mechanism. The connecting main body has a detection position for connecting the machine tool cooling machine under the action of the connecting driving element and a standby position away from the machine tool cooling machine. The connecting main body is electrically connected with the detection mechanism, and the connecting driving element is arranged. According to the needs of the detection mechanism, the movement of the connecting main body can be driven, the connecting main body and the machine tool cooling machine are connected or disconnected by approaching or moving away from the machine tool cooling machine, and the automation of the detection device and the machine tool cooling machine is realized. The automation level of the machine tool cooling machine automatic detection device is improved, and the defects of the existing machine tool cooling machine detection device, such as manual connection, time-consuming and laborious work, and low efficiency, are effectively overcome.

To help maintain and improve signal integrity, a connector housing can include one or more of the following: asymmetric keying features, asymmetric alignment features, and alternating stitched electrical contacts.

The invention provides a device for simultaneously and automatically clamping a plurality of wire spring wires for a wire spring hole assembly machine, which relates to the technical field of electric connector manufacturing and comprises an air cylinder, an air cylinder fixing plate, a fixing seat, a bottom plate, a baffle plate, a wire spring wire fixing rod, a pressing sleeve, a sliding part, a pushing block and a reset spring, the fixing seat is fixed on the bottom plate, the air cylinder fixing plate is fixed on the fixing seat, and the air cylinder is fixed on the air cylinder fixing plate; the baffle is fixed on the fixing seat, the pressing sleeve is arranged on the baffle in a penetrating manner, the wire spring wire fixing rod is arranged in the pressing sleeve, a groove is formed in the circumference of the wire spring wire fixing rod, and the wire spring wire is arranged in the groove in a penetrating manner; the sliding piece is arranged in the fixing seat and matched with the pressing sleeve, and the pushing block is connected with the air cylinder and makes contact with the sliding piece; the other end of the reset spring is connected with the sliding piece. A plurality of wire spring wires are fixed and loosened at the same time in a taper shrinkage extrusion mode, and the machining efficiency of a plurality of small-aperture wire spring holes is improved.

Provided is a connector mounted on a circuit board, including: a first terminal and a second terminal; and a housing having a holding portion, in which the first terminal and the second terminal are arranged in a longitudinal direction of the holding portion, and extend in a lateral direction of the holding portion, the first terminal includes a first mount portion, the second terminal includes a second mount portion and a non-mount portion, and the non-mount portion is not mounted on the circuit board in a state of the connector being mounted on the circuit board, the first mount portion and the non-mount portion extend outward of the connector from the holding portion along the lateral direction, and the housing has an insulating member, and the insulating member is interposed between the first mount portion and the non-mount portion, which are adjacent to each other in the longitudinal direction.

A splice arrangement for a plurality of electric lines (301) is a suggested. Each electric line comprises a conductor, an insulating sheath, and a cable shoe fixed to one end of the respective conductor of each line. The splice arrangement (300) comprises a connection bolt composed of a shaft and a head (113) and is provided with at least one spring contact fixed to the shaft for engaging with one or several of the cable shoes to establish an electrical connection between the plurality of electric lines. Furthermore, a method for manufacturing the splice arrangement is proposed.

A bubble can be prevented from remaining on a fixing member, and a connecting member can be firmly fixed to a joined member in a state in which a conductive member is compressed. A connecting member (1a) includes a metal terminal (10), a conductive member (20) provided on one face of the metal terminal (10) and capable of being compressed and deformed, a fixing member (30) joined to one face of the metal terminal (10), and an air discharge passage (40) provided on at least one of the metal terminal (10) and the fixing member (30), the air discharge passage (40) being connected to or provided in at least one of a first fixing face (31) and a second fixing face (32) of the fixing member (30) to thereby discharge a bubble generated in at least one of the first fixing face (31) and the second fixing face (32), the first fixing face (31) being joined to the metal terminal (10), and the second fixing face (32) being a face opposite the first fixing face (31).

The present application provides a mobile terminal and an electrical connection method. The mobile terminal comprises an elastic piece, a conductive lubricating layer, and a first metal structural member. The conductive lubricating layer is located on a first surface of the first metal structural member. A first end of the elastic piece abuts against the first surface of the first metal structural member, and the elastic piece is electrically connected to the first metal structural member. The conductive lubricating layer comprises conductive particles and a lubricant; the conductive lubricating layer is provided to reduce the PIM of the electrical connection between the elastic piece and the first metal structural member; the abutting force between the elastic piece and the first metal structural member can be designed to be small, and the strength requirement of the first metal structural member is low. The number of elastic pieces can also be increased to achieve multi-point electrical connection so as to improve the stability of the electrical connection between the elastic pieces and the first metal structural member. The elastic piece is less likely to scratch the first metal structural member and is less likely to generate debris. There is no requirement for the thickness of the first metal structural member when providing the conductive lubricating layer, and thus, the thickness of the first metal structural member can be reduced, thereby facilitating the thinning of the mobile terminal.

The present application provides a connection device and a radio frequency module to meet the requirements of use, such as low cost, low stacking height, and high reliability. Specifically, the connection device includes a conductor assembly and a fastening structure. The fastening structure is configured to fasten the conductor assembly. The conductor assembly includes an outer conductor, an inner conductor, and an insulating elastomer. The inner conductor covers a surface of the insulating elastomer, and the outer conductor and the inner conductor are electrically insulated.

An electrical connector for an automotive lamp, the connector including a connecting module with electrical terminals; and a housing adapted for insertion, together with the connecting module, into an opening of a panel in an insertion direction, and further adapted for sliding, together with the connecting module, within the opening of the panel in a sliding direction. The insertion direction is perpendicular to the sliding direction. The housing includes members adapted to allow motion of the housing, together with the connecting module, within the opening of the panel along a first motion direction. Also, an electrical connector assembly, a method for producing an electrical connector, and a method for electrical connection in an automotive lamp are related.

A wafer testing device and method for assembling the same include a first laminate structure and a second laminate structure arranged to interface with a microcircuit on a wafer. The wafer testing device includes a compliant layer between the first and second laminate structures. The compliant layer includes an elastomer that exhibits compliance within a limited range of movement.

The present invention discloses a charging and discharging device and method for a storage battery, specifically relating to the technical field of battery charging and discharging, including a charging and discharging protection shell, a support frame, a linkage screw rod, and a charging and discharging synchronous equal-force wrapping and repairing mechanism; wherein the charging and discharging synchronous equal-force wrapping and repairing mechanism includes a plurality of socket blocks, a reduction motor, an insulating pressing strip, a plurality of socket pressing blocks, a conductive steel wire rope, and a plurality of energized elastic pieces. Through the charging and discharging synchronous equal-force wrapping and repairing mechanism, the present invention has the advantages of automatically realizing equal-force synchronous wrapping and repairing of the positions of the charging and discharging energized elastic pieces of a plurality of storage batteries. The charging and discharging self-repair not only has a lower cost, but also greatly improves the charging and discharging self-repair efficiency, thus solving the problems of higher maintenance costs, being more time-consuming and laborious, and being difficult to automatically realize equal-force synchronous wrapping and repairing of the charging and discharging terminal parts of a plurality of storage batteries, and the charging and discharging self-repair not only has a higher cost, but also has low efficiency.

The present invention provides a connector, plug connector, receptacle connector, connector assembly, and a method for manufacturing a connector that can suppress the occurrence of short circuits between terminals. [Solution] Each of the first receptacle terminal 205 and the second receptacle terminal 206 includes mounting portions 205A and 206A that are mounted on the first circuit board when the receptacle connector 200 is mounted on the first circuit board, and the second receptacle terminal 206 includes a non-mounting portion 206I that is not mounted on the first circuit board when the receptacle connector 200 is mounted on the first circuit board, and the mounting portion 205A of the first receptacle terminal 205 and the non-mounting portion 206I of the second receptacle terminal 206 extend from the receptacle holding portion 204 toward the outside of the receptacle connector 200, and an insulating member 208 is interposed between the mounting portion 205A of the first receptacle terminal 205 and the non-mounting portion 206I of the second receptacle terminal 206.

To provide a sheet-like conductive member capable of electrically connecting a flexible conductor arranged on each of front and back sides thereof to one contact without using a dedicated relay conductive member.SOLUTION: A sheet-like conductive member 15 has a tongue-shaped portion 15C that protrudes like a tongue, and a region R2 in which a contact of a connector is arranged is defined on a surface of the sheet-like conductive member 15. A shield layer 18D is exposed in the region R2, a shield layer 18F is exposed on a back surface of the tongue-shaped portion 15C. At least a part of the tongue-shaped portion 15C is folded back toward the surface side of the sheet-like conductive member 15 to form a contact connection portion C consisting of a part of the shield layer 18D and a part of the shield layer 18F in the region R2.SELECTED DRAWING: Figure 6

A splice arrangement for a plurality of electric lines is provided. Each electric line has a conductor, an insulating sheath, and a cable shoe fixed to one end of the respective conductor of each line. The splice arrangement has a connection bolt composed of a shaft and a head and is provided with at least one spring contact fixed to the shaft for engaging with one or several of the cable shoes to establish an electrical connection between the plurality of electric lines.

To provide an arrangement for reliably, safely and electrically connecting connections for a device to drive an electric compressor of vapor fluid that can be manufactured in a system that is simple and saves time, especially an electric motor.SOLUTION: The invention relates to an arrangement for connecting electrical connections, in particular through a housing (2), for a device to drive a compressor with a connection arrangement (9) with at least one electrically conductive connecting element (13) and at least one contact device (15-1, 15-2), fixed in a circuit board (12), for mounting the connecting element (13) in an axial direction. The contact device (15-1, 15-2) exhibits at least one spring contact element with elastically deformable lamellar contact springs that are in electrically conductive contact with the connecting element (13).SELECTED DRAWING: Figure 3a

Wafer testing unit, comprising: a first laminate structure (240) with a first contact field (265); a second laminate structure (220) arranged for coupling to a microcircuit (110) of the wafer, the second laminate structure having a second contact field (265); and a compliant layer (230) between the first laminate structure and the second laminate structure, wherein the compliant layer contains a spring (250) and an elastomer (270) exhibiting compliance within a limited range of movement, wherein the spring is soldered to the first contact field of the first laminate structure on a first side of the spring and to the second contact field of the second laminate structure on a second side, opposite the first side, of the spring, wherein the compliant layer is compressed to ensure independent deflection of the second laminate structure relative to the first laminate structure.

In some aspects, the techniques described herein relate to an apparatus for connecting cables to Input Output (IO) connector pins, including: a first Printed Circuit Board (PCB) configured to receive terminal ends of a plurality of cables, wherein the terminal ends of the plurality of cables are electrically isolated from one another in the first PCB; a second PCB configured to receive a plurality of IO connector pins, wherein the plurality of IO connector pins are electrically isolated from one another in the second PCB; and wherein the first PCB is configured to join to the second PCB to connect each of the terminal ends of the plurality of cables to corresponding pins of the plurality of IO connector pins.

The application discloses a wire core intermediate joint and a connecting method thereof, which are used for connecting two wire cores and comprise two arc-shaped flow guide connecting pipes and at least one constant force binding spring. The arc-shaped flow guide connecting pipe is provided with a plurality of longitudinal through grooves, the longitudinal through grooves extend from one end of the arc-shaped flow guide connecting pipe to the other end, the butt joint ends of the two wire cores are welded together, the two arc-shaped flow guide connecting pipes are respectively wrapped from the two sides of the butt joint ends of the two wire cores and are closed together in butt joint, and the constant force binding spring is bound outside the two arc-shaped flow guide connecting pipes. The arc-shaped flow guide connecting pipe is bound and fixed by the constant force binding spring, the plurality of longitudinal through grooves can realize elastic contraction, the flow guide cross section is increased, the resistance at the wire core welding point is reduced, the heating problem is solved, and an auxiliary passage is provided for the conductor current; the persistent holding force provided by the constant force binding spring can make the arc-shaped flow guide connecting pipe and the wire core conductor realize the "same breathing" effect, so that the conductor creep and relaxation problems are solved.

A communication interconnect system is described. The system may include a co-packaged cables (CPC) tile with a slot formed from a first surface to slot surface at a first depth in the CPC tile and a plurality of channels formed between the slot surface and a second surface opposite the first surface. The system may also include a twinaxial cable with a pair of conductors positioned in the slot such that the pair of conductors are inserted in a pair of channels of the plurality of channels to establish an electrical connection between the twinaxial cable and the pair of channels. The system also includes a plurality of elastomer pins positioned in the plurality of channels adjacent to the second surface.

This invention relates to the field of connector technology, and more particularly to a method for manufacturing a spring probe connector. The method involves pre-processing the components of the spring probe connector, electroplating them, and assembling them into a finished product. Based on a marine environment, the method detects a first electroplating parameter of the finished coaxial connector and compares it with a second electroplating parameter to determine if the electroplating indicators are qualified. If the electroplating is qualified, an insulating heat-shrink tubing is fitted and fixed, and the dielectric barrier parameter is detected. The impedance stability is determined based on the electroplating indicators. If the electroplating is unqualified, the electroplating control parameters are adjusted according to the first electroplating parameter until the impedance stability meets the standard, ensuring the connector is suitable for the marine environment. This invention improves the service life of spring probe connectors used in marine environments by detecting their dielectric barrier parameters.

The invention relates to the technical field of connectors, in particular to a preparation method of a spring probe connector, which comprises the following steps of: electroplating and assembling pretreated components of all parts of the spring probe connector into a finished product; based on the ocean scene, detecting a first electroplating parameter of the electroplating parameters of the finished coaxial connector, and comparing a second electroplating parameter to judge whether the electroplating index is qualified or not; and if the electroplating is qualified, covering and fixing an insulating heat-shrinkable sleeve, detecting a dielectric barrier parameter, and judging the impedance stability in combination with an electroplating index. If not, adjusting the electroplating control parameter according to the first electroplating parameter until the impedance stability reaches the standard, and ensuring that the connector adapts to the marine environment. The service life of the spring probe connector is prolonged by detecting the dielectric barrier parameters of the spring probe connector used in the marine environment.

The invention relates to a wiring structure, a processing method of the wiring structure and an electrical device, and belongs to the technical field of electrical connection. The wiring structure comprises a wiring sheet, a first group of reeds and a second group of reeds; the lug plate is provided with a through hole, the first group of reeds are located on the first side of the lug plate, the second group of reeds are located on the second side of the lug plate, and the first side and the second side of the lug plate are two opposite sides in the first direction; the first group of reeds comprises a first reed and a second reed which are opposite in position in a second direction, the second group of reeds comprises a third reed and a fourth reed which are opposite in position in a third direction, and the second direction and the third direction are both perpendicular to the first direction; the wiring structure is configured to enable a wire extending into the wiring structure along the first direction to be located in the through hole, clamped between the first reed and the second reed and clamped between the third reed and the fourth reed. According to the invention, the clamping force on the wire can be increased, so that the electrical connection between the wiring structure and the wire is more reliable.