TWM630117U - Electrical connector and multi-piece conductive terminal thereof - Google Patents

Abstract

An electrical connector, the electrical connector adopts a multi-piece conductive terminal. Therefore, after the design of the electrical connector of the present application is completed, it is still possible to achieve customized adjustment by adjusting some components of the multi-piece conductive terminal. The structure of the conductive terminals of electrical connectors to meet the special needs of electronic equipment.

Description

Electrical connector and its multi-piece conductive terminal

The present application relates to the technical field of electronic devices, and more specifically, to an electrical connector capable of customizing the structure of conductive terminals and a multi-piece conductive terminal thereof.

In recent years, electrical connectors have been widely used in various electronic equipment, but in response to the special needs and development of electronic equipment, the demand for customization of electrical connectors has continued to increase. For example, the structure of the conductive terminals of electrical connectors It will be required to be able to customize the adjustment. Of course, after the current electrical connector design is completed, the structure of the conductive terminal will be determined and cannot be customized. Therefore, it will lead to the technology ( function) development is limited.

In view of this, how to customize and adjust the structure of the conductive terminals of the electrical connector is an urgent problem to be solved by those skilled in the art.

In view of the above-mentioned shortcomings of the prior art, the present application provides a multi-piece conductive terminal, the multi-piece conductive terminal provides electrical connection between a mating member and a welding member, and the multi-piece conductive terminal includes: a lap joint , the lap joint has a lap joint assembly side and a lap joint lap side, wherein the lap joint assembly side has a main lap joint assembly structure and a primary lap joint assembly structure; and the lap joint The lap joint side of the joint is provided with a main lap joint structure and a primary lap joint structure for respectively overlapping the butt joint members, wherein the main lap piece lap structure is electrically connected to the main lap joint A main conductive circuit is formed by a component assembly structure, and the sub-connector overlap structure is electrically connected to the sub-connector assembly structure to form a main conductive circuit. Constitute a primary conductive circuit; a main welding part, which provides welding of the welding component, and has a main welding part assembly structure; a primary welding part, which provides welding of the welding component, and has a primary welding part an assembly structure; and a conductive assembly, wherein the main lap assembly structure, the secondary lap assembly structure, the main welding assembly assembly structure and the secondary welding assembly assembly structure are respectively overlapped or inserted into the conductive assembly so that the conductive assembly is electrically connected to the main lap assembly structure, the secondary lap assembly structure, the main welding assembly assembly structure and the secondary welding assembly assembly structure, so that the main welding assembly, the secondary welding assembly The main conductive circuit is electrically connected with the secondary conductive circuit.

Preferably, in the multi-piece conductive terminal of the present application, the bridging element assembly side further has a lap element assembling side bridging structure, and the lap element assembling side bridging structure is bridging the main lap element assembling side The structure and the secondary lap joint assembly structure are electrically connected to the main lap joint assembly structure structure and the secondary lap joint assembly structure.

Preferably, in the multi-piece conductive terminal of the present application, the bridging structure on the side of the bonding element is lapped or plugged with the conductive assembling element, so that the bridging structure on the assembling side of the bonding element is electrically connected with the conductive assembling pieces.

Preferably, in the multi-piece conductive terminal of the present application, the overlapping side of the overlapping member further has an overlapping structure on the overlapping side of the overlapping member, and the overlapping structure on the overlapping side of the overlapping member straddles a non-overlapping structure. The conductive member is connected to electrically connect the main lap member lap structure and the secondary lap member lap structure.

Preferably, in the multi-piece conductive terminal of the present application, an overlapping conductive member is used, wherein the overlapping structure of the overlapping side of the overlapping member overlaps the overlapping conductive member, so that the overlapping conductive member is connected with the overlapping conductive member. The overlapping side of the overlapping member is electrically connected.

Preferably, in the multi-piece conductive terminal of the present application, the main welding member assembling structure is joined to the main overlapping member assembling structure, so that the main welding member and the main overlapping member overlapping structure are electrically connected, and the The main lap joint assembly structure has a main lap joint assembly abutment sub-structure, and the main welding piece assembly structure has a main welding piece assembly abutment sub-structure. When the main welding piece assembly structure engages the main lap joint Group When the structure is erected, the main welding element assembling abutting sub-structure abuts the main lap element assembling abutting sub-structure; the secondary welding element assembling structure is joined to the secondary lap assembling structure, so that the secondary welding element and the The lap structure of the secondary lap joint is electrically connected, and the assembling structure of the secondary lap joint has the assembling abutting substructure of the primary lap joint, and the assembling structure of the secondary welding piece has the assembling and abutting substructure of the primary welding piece. When the sub-welding element assembling structure is joined to the sub-bonding element assembling structure, the sub-welding element assembling abutting sub-structure abuts the sub-bonding element assembling abutting sub-structure.

Preferably, in the multi-piece conductive terminal of the present application, the main lap member assembling abutment substructure has a main lap member assembling contact surface, and the main welding member assembling abutting substructure has a main welding member The cantilever is assembled and abutted. When the main welding element assembly structure is engaged with the main lap joint assembly structure, the main weld assembly abutment cantilever is abutted against the main lap joint assembly contact surface; the secondary lap joint assembly abuts The sub-structure has a primary lap joint assembly contact surface, and the secondary welding member assembling abutment sub-structure has a primary welding member assembling abutment cantilever. When the primary welding member assembling structure is engaged with the secondary lap joint assembling structure, the secondary welding member assembling structure is connected. The welding element assembly abutting cantilever is abutted against the contact surface of the secondary lap assembly assembly.

Preferably, in the multi-piece conductive terminal of the present application, the main welding member assembling structure is joined to the main overlapping member assembling structure, so that the main welding member and the main overlapping member overlapping structure are electrically connected, and the The main lap joint assembling structure has a main lap joint assembling substructure, the main welding piece assembling structure has a main welding piece assembling substructure, when the main welding piece assembling structure joins the main lap joint When assembling the structure, the main welding member vertical plug sub-structure is inserted into the main lap member vertical plug sub-structure; the secondary welding member assembling structure is joined to the secondary lap member assembling structure, so that the secondary welding member and the The lap structure of the secondary lap joint is electrically connected, and the assembling structure of the secondary lap joint has a substructure of the assembling and plugging of the primary lap joint. When the secondary welding member assembling structure is joined to the secondary lap member assembling structure, the secondary welding member assembling plug sub-structure is inserted into the secondary lap member assembling plug sub-structure.

Preferably, in the multi-piece conductive terminal of the present application, the main lap joint assembles the plug connector The structure has a main lap joint assembly vertical insertion hole slot, and the main welding piece vertical insertion sub-structure has a main welding piece insertion guillotine. When the main welding piece assembling structure is engaged with the main lap joint assembling structure, The main welding piece plug-in guillotine is inserted into the main lap joint assembly vertical insertion hole groove; the secondary lap joint assembly vertical plug sub-structure has the primary lap joint assembly vertical insertion hole groove, and the secondary welding piece assembly vertical insertion hole groove The sub-structure is provided with a primary welding element assembling guillotine. When the primary welding element assembling structure is engaged with the lap joint assembling structure, the secondary welding element assembling and inserting the guillotine is inserted into the lap joint assembling hole slot. .

Preferably, in the multi-piece conductive terminal of the present application, the main soldering element inserting guillotine and the secondary soldering element assembling inserting guillotine are respectively inserted into the conductive element, so that the conductive element is electrically connected to the main solder parts and secondary welds.

Preferably, in the multi-piece conductive terminal of the present application, the conductive component is a conductive plastic block.

Furthermore, the present application also provides an electrical connector, which provides electrical connection between a butt member and a welding member. The electrical connector includes: a non-overlapping conductive member; a multi-piece conductive terminal includes: a The lap joint has a lap joint assembly side and an lap joint lap side, wherein the lap joint assembly side has a main lap joint assembly structure and a primary lap joint assembly structure; And the lap joint side is provided with a main lap piece lap structure and a primary lap piece lap structure that respectively overlap the butt member, wherein the main lap piece lap structure is electrically connected to the The main lap joint is assembled to form a main conductive circuit, and the secondary lap joint structure is electrically connected to the secondary lap joint assembly structure to form a primary conductive circuit; a main welding piece, the main welding piece provides welding The welding member has a main welding member assembly structure; and a primary welding member, the secondary welding member is provided for welding the welding member, and has a primary welding member assembly structure; a conductive assembly member, wherein the main overlapping member is assembled The structure, the assembling structure of the secondary lap joint, the assembling structure of the main welding piece and the assembling structure of the secondary welding piece are respectively overlapped or plugged with the conductive set piece, so that the conductive set piece is electrically connected to the main lap joint piece structure, the assembly structure of the secondary lap joint, the assembly structure of the main welding member, and the assembly structure of the secondary welding member, so that the main welding member, the secondary welding member The welding piece, the main conductive circuit and the secondary conductive circuit are electrically connected.

Preferably, in the electrical connector of the present application, the bridging element assembly side further has a lap element assembling side bridging structure, and the lap element assembling side bridging structure straddles the non-overlapping conductive element, and the electrical The main lap joint assembly structure and the secondary lap joint assembly structure are sexually connected.

Preferably, in the electrical connector of the present application, the bridging element assembling side bridging structure is lapped or plugged with the conductive assembling element, so that the bridging element assembling side bridging structure is electrically connected to the conductive assembling element.

Preferably, in the electrical connector of the present application, the overlapping side of the overlapping member further has an overlapping structure on the overlapping side of the overlapping member, and the overlapping structure on the overlapping side of the overlapping member straddles the non-overlapping conductive member , and electrically connect the lap structure of the main lap joint with the lap structure of the secondary lap joint.

Preferably, in the electrical connector of the present application, it further includes an overlapping conductive member, wherein the overlapping structure of the overlapping side of the overlapping member overlaps the overlapping conductive member, so that the overlapping side of the overlapping member is connected to the overlapping conductive member. The overlapping conductive member is electrically connected.

Preferably, in the electrical connector of the present application, the lap member assembly side further has a main lap member height adjustment structure and a main lap member height adjustment structure, the main lap member height adjustment structure and the main lap member height adjustment structure. The height adjustment structure of the connecting element is provided to adjust the height of the main overlapping element assembling structure and the secondary overlapping element assembling structure respectively, so that the bridging structure on the side of the overlapping connecting element straddles the non-overlapping conductive element.

Preferably, in the electrical connector of the present application, the height adjustment structure of the main overlapping member and the height adjustment structure of the main overlapping member are bent structures.

Preferably, in the electrical connector of the present application, there is also an insulating rubber core, and the insulating rubber core separates the lap joint assembly side bridging structure and the non-lap joint conductive member, so that the lap joint assembly side straddle structure The connection structure straddles the non-overlap conductive member.

Preferably, in the electrical connector of the present application, the main soldering element further has a main soldering element shielding structure, the secondary soldering element also has a primary soldering element shielding structure, the main soldering element shielding structure and the secondary soldering element shielding structure are respectively adjacent to the non-overlapping conductive parts, so as to reduce the The degree to which the signal transmission is subject to external interference.

Preferably, in the electrical connector of the present application, the main lap member assembling structure has a main lap member assembling abutting substructure, the main welding member assembling structure has a main welding member assembling abutting substructure, When the main welding member assembling structure is joined to the main lap member assembling structure, the main welding member assembling abutting substructure abuts the main lap member assembling abutting substructure; the secondary lap member assembling structure has a The lap joint assembly abutting substructure, the secondary welding member assembling structure has a primary welding member assembling abutting substructure, when the secondary welding member assembling structure is joined to the secondary lap joint assembling structure, the secondary welding member assembling abutting The sub-structure is abutted against the sub-joint and assembled to abut against the sub-structure.

Preferably, in the electrical connector of the present application, the main lap assembly abutting sub-structure has a main lap assembly contact surface, and the main welding member assembling abutment sub-structure has a main welding member assembling abutment Connecting cantilever, when the main welding member assembling structure is engaged with the main lap member assembling structure, the main welding member assembling abutting cantilever abuts the main lap member assembling contact surface; the secondary lap member assembling abutting substructure It has a primary lap joint assembly contact surface, and the secondary welding member assembling abutment sub-structure has a primary welding member assembling abutment cantilever. When the primary welding member assembling structure is engaged with the secondary lap joint assembling structure, the primary welding member The assembling abutting cantilever is abutted against the assembling contact surface of the secondary lap member.

Preferably, in the electrical connector of the present application, the main lap joint assembling structure has a main lap joint assembling plug substructure, the main welding member assembling structure has a main welding member assembling and plugging substructure, When the main welding member assembling structure is joined to the main lap member assembling structure, the main welding member assembling plug sub-structure is inserted into the main lap member assembling plug sub-structure; the secondary lap member assembling structure has a primary The lap joint assembly sub-structure, the secondary welding member assembling structure has a primary welding member assembling sub-structure, when the secondary welding member assembling structure is joined to the secondary lap assembly assembling structure, the secondary welding member assembling The plug connecting The sub-structure is inserted into the sub-structure assembled by the secondary lap joint.

Preferably, in the electrical connector of the present application, the main lap assembly vertical plug sub-structure has a main lap assembly vertical plug hole and groove, and the main welding member vertical plug sub-structure has a main welding member Inserting the guillotine, when the main welding member assembling structure is engaged with the main lap member assembling structure, the main welding member inserting the guillotine is inserted into the main lap member assembling insertion hole groove; the secondary lap member is inserted vertically The sub-structure is provided with a primary lap joint assembly plug hole slot, and the secondary weld member assemble plug-in sub-structure is provided with a primary weld member assemble plug-in guillotine. The vertical insertion guillotine of the secondary welding component is inserted into the vertical insertion hole groove of the secondary overlapping component.

Preferably, in the electrical connector of the present application, the conductive component is a conductive plastic block.

Compared with the prior art, the electrical connector proposed in the present application adopts multi-piece conductive terminals. Therefore, after the design of the electrical connector of the present application is completed, the multi-piece conductive terminal components can still be adjusted to achieve customer satisfaction. The structure of the conductive terminals of the electrical connector can be customized to meet the special needs of electronic equipment.

1: Electrical connector

11: Non-lapped conductive parts

12: Multi-piece conductive terminal

121: lap joint

1211: Lap joint assembly side

12111: Main lap joint assembly structure

121111: Main lap joint assembly abutting substructure

1211111: Main lap assembly contact surface

121112: Main lap joint assembly vertical plug sub structure

1211121: Main lap joint assembly vertical insertion hole groove

12112: Secondary lap assembly structure

121121: Secondary lap assembly abutting substructure

1211211: Secondary lap assembly vertical contact surface

121122: Secondary lap assembly vertical plug substructure

1211221: Secondary lap assembly vertical insertion hole groove

12113: Lap joint assembly side jumper structure

12114: Main lap height adjustment structure

12115: Secondary lap height adjustment structure

1212: lap joint lap side

12121: Main lap joint structure

12122: Secondary lap joint structure

12123: Overlap structure of lap joint side

122: Main weldment

1221: Main welding assembly structure

12211: Main Welding Assembly Abutting Substructure

122111: The main welding assembly abuts the cantilever

12212: Main welding assembly vertical plug substructure

122121: Main Welding Socket Guillotine

1222: Main weldment shielding structure

123: Secondary Welding

1231: Secondary welded assembly structure

12311: Secondary Welded Assembly Abutment Substructure

123111: Secondary Welding Assembly Abutting Cantilever

12312: Substructure of sub-welded assembly vertical plug connector

123121: Secondary welding assembly vertical plug guillotine

1232: Secondary Solder Shield Structure

124: Conductive components

13: Lap conductive parts

14: Insulating rubber core

2: Docking components

3: Welded components

The above and other aspects, features and other advantages of the present application will be more clearly understood from the following description of the embodiments in conjunction with the drawings.

FIG. 1 is a schematic perspective view of an embodiment of the electrical connector of the present application.

FIG. 2 is a schematic perspective view of an embodiment of the electrical connector of the present application.

FIG. 3 is a three-dimensional schematic diagram of an embodiment of the electrical connector of the present application.

FIG. 4 is an exploded schematic view of an embodiment of the electrical connector of the present application.

FIG. 5 is an exploded schematic view of an embodiment of the electrical connector of the present application.

FIG. 6 is a schematic top view of an embodiment of the electrical connector of the present application.

FIG. 7 is a schematic bottom view of an embodiment of the electrical connector of the present application.

FIG. 8 is a schematic cross-sectional view of the electrical connector shown in FIG. 7 cut along the line segment AA.

FIG. 9 is a schematic cross-sectional view of the electrical connector shown in FIG. 7 cut along the line segment BB.

FIG. 10 is a schematic cross-sectional view of the electrical connector shown in FIG. 7 cut along the line segment CC.

FIG. 11 is a schematic cross-sectional view of the electrical connector shown in FIG. 7 cut along line segment DD.

FIG. 12 is an exploded schematic view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 13 is an exploded schematic view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 14 is a schematic cross-sectional view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 15 is a perspective view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 16 is a schematic perspective view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 17 is a schematic perspective view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 18 is a schematic perspective view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 19 is a schematic perspective view of an embodiment of the electrical connector of the present application.

FIG. 20 is a schematic perspective view of an embodiment of the electrical connector of the present application.

FIG. 21 is a schematic perspective view of an embodiment of the electrical connector of the present application.

FIG. 22 is an exploded schematic view of an embodiment of the electrical connector of the present application.

FIG. 23 is an exploded schematic view of an embodiment of the electrical connector of the present application.

FIG. 24 is a schematic top view of an embodiment of the electrical connector of the present application.

FIG. 25 is a schematic cross-sectional view of the electrical connector shown in FIG. 24 cut along the line segment EE.

FIG. 26 is a schematic bottom view of an embodiment of the electrical connector of the present application.

FIG. 27 is a schematic cross-sectional view of the electrical connector shown in FIG. 26 cut along the line segment FF.

FIG. 28 is a schematic cross-sectional view of the electrical connector shown in FIG. 26 cut along the line segment GG.

FIG. 29 is a schematic cross-sectional view of the electrical connector shown in FIG. 26 cut along the line segment HH.

FIG. 30 is an exploded schematic view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 31 is an exploded schematic view of an embodiment of the multi-piece conductive terminal of the present application.

FIG. 32 is a schematic cross-sectional view of an embodiment of the multi-piece conductive terminal of the present application.

The following content will be combined with the drawings to illustrate the technical content of the present application through specific embodiments, and those skilled in the art can easily understand other advantages and effects of the present application from the content disclosed in this specification. The present application can also be implemented or applied by other different specific embodiments. Various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportions and relative positions of the various elements in the drawings are for exemplary purposes only, and do not represent the actual implementation of the present application.

For the description of the embodiments disclosed in the present application, please refer to FIG. 1 to FIG. 32 together.

In the embodiments of FIGS. 1 to 6 and 19 to 23 of the present application, the electrical connector 1 is provided to overlap a butt member 2 such as an electrical connector and solder a welding member 3 such as a circuit board. In the above-mentioned embodiment, the electrical connector 1 includes an insulating rubber core 14 , a non-overlapping conductive member 11 for transmitting a conductive signal or a ground signal, a multi-piece conductive terminal 12 and an overlapping conductive member 13 . As shown in FIG. 5 to FIG. 6 , the multi-piece conductive terminal 12 includes a bonding member 121 , a main welding member 122 , a secondary welding member 123 and a conductive assembly member 124 . The non-overlapping conductive members 11 and the overlapping conductive members 13 are, for example, conductive terminals.

As shown in FIG. 3 to FIG. 5 and FIGS. 21 to 23 , the bonding element 121 is, for example, a metal conductor, and has a bonding element assembly side 1211 and a bonding element bonding side 1212 , wherein the bonding element The connecting element assembly side 1211 has a main overlapping element assembly structure 12111, a secondary overlapping element assembly structure 12112, an overlapping element assembly side bridging structure 12113, a main overlapping element height adjustment structure 12114 and a secondary overlapping element height adjustment structure 12115 . The main bonding element assembling structure 12111 and the secondary bonding element assembling structure 12112 are respectively lapped or plugged with the conductive assembly 124 to provide transmission of conductive signals or grounding signals, and meet the customized requirements of electrical connectors.

Furthermore, the overlapping side 1212 of the overlapping member has a main overlapping member overlapping structure 12121 and a secondary overlapping member overlapping structure 12122 for overlapping the butt joint members 2 respectively, and the overlapping member overlapping side 1212 also has a straddle straddle side bridging structure 12123. The main lap joint structure 12121 is integrally formed with the main lap joint assembly structure 12111. Therefore, the main lap joint joint structure 12121 is electrically connected to the main joint joint assembly structure 12111 to form a dominant structure. Electrical circuit; the sub-bonding member overlapping structure 12122 is integrally formed with the sub-bonding member assembling structure 12112, therefore, the sub-bonding member bonding structure 12122 is electrically connected to the sub-bonding member assembling structure 12112 A secondary conductive circuit is formed; the overlapping structure 12123 on the overlapping side of the overlapping member straddles the non-overlapping conductive member 11, and bridges the overlapping structure 12121 of the main overlapping member and the overlapping structure 12122 of the secondary overlapping member, so that the The bonding structure 12121 of the primary bonding element and the bonding structure 12122 of the secondary bonding element are electrically connected, so as to provide transmission of conductive signals or grounding signals, so as to meet the customized requirements of the electrical connector.

The main welding member 122 is, for example, a metal conductor, and provides the welding welding member 3. As shown in FIG. 18 , the main welding member 122 has a main welding member assembly structure 1221 and a main welding member shielding structure 1222, wherein, The main welding element assembling structure 1221 is lapped or plugged with the conductive assembly 124 , so that the main welding element 122 and the conductive assembly 124 are electrically connected. As shown in FIG. 8 and FIG. 27 , the shielding structure 1222 of the main welding element is extended to shield a part of the area adjacent to the non-overlapping conductive elements 11, so as to reduce the signal transmission of the adjacent non-overlapping conductive elements 11 from external interference (the external Interference is, for example, the level of EMI (electromagnetic interference or noise interference).

The secondary welding member 123 is, for example, a metal conductor, and provides the welding welding member 3. As shown in FIG. 18, the secondary welding member 123 has a secondary welding member assembly structure 1231 and a secondary welding member shielding structure 1232, wherein, The sub-soldering member assembling structure 1231 is lapped or plugged with the conductive member 124 , so that the sub-soldering member 123 and the conductive member 124 are electrically connected. As shown in FIG. 8 and FIG. 27 , the sub-soldering member shielding structure 1232 is extended to shield a part of the area adjacent to the non-overlapping conductive member 11, so as to reduce the signal transmission of the adjacent non-overlapping conductive member 11 from external interference (the external Interference is, for example, the level of EMI (electromagnetic interference or noise interference).

It should be noted that the above-mentioned main conductive circuit and the above-mentioned secondary conductive circuit provide transmission conduction signal or ground signal. The main lap joint assembly structure 12111 , the secondary lap joint assembly structure 12112 , the main welding member assembly structure 1221 and the secondary welding member assembly structure 1231 are respectively lapped or plugged with the conductive assembly member 124 , so that the conductive assembly member 124 is electrically connected The main lap joint assembly structure 12111, the secondary lap joint assembly structure 12112, the main welding member assembly structure 1221 and the secondary welding member assembly structure 1231, the main welding member 122, the secondary welding member 123 and the overlapping member 121 (including the main conductive circuit It is electrically connected with the secondary conductive circuit) and meets the customized requirements of the electrical connector.

In the embodiments shown in FIGS. 28 to 31 of the present application, the main welding element assembling structure 1221 is connected to the main overlapping element assembling structure 12111 , so that the main welding element 122 and the main overlapping element overlapping structure 12121 are electrically connected. Correspondingly, the main lap joint assembling structure 12111 has a main lap joint assembling abutment sub-structure 121111 , and the main welding piece assembling structure 1221 has a main welding piece assembling abutment sub-structure 12211 . When the main welding member assembling structure 1221 is engaged with the main lap member assembling structure 12111, the main welding member assembling and abutting sub-structure 12211 abuts the main lap member assembling and abutting sub-structure 121111, so that the main welding member 122 is electrically connected The main lap joint assembly structure 12111.

In addition, the sub-welding member assembling structure 1231 is connected to the sub-bonding member assembling structure 12112 , so that the secondary welding member 123 and the sub-bonding member lap joint structure 12122 are electrically connected. Correspondingly, the sub-bonding member assembling structure 12112 has a sub-bonding member assembling abutting sub-structure 121121 , and the secondary welding member assembling structure 1231 has a sub-bonding member assembling abutting sub-structure 12311 . When the sub-welding element assembling structure 1231 is engaged with the sub-bonding element assembling structure 12112, the sub-welding element assembling and abutting sub-structure 12311 abuts the sub-bonding element assembling and abutting sub-structure 121121, so that the sub-welding element 123 is electrically connected The sub-joint assembly structure 12112.

Specifically, the main lap assembly abutting substructure 121111 has a main lap assembly contact surface 1211111 , and correspondingly, the main welding assembly abutting substructure 12211 has a main welding assembly abutting cantilever 122111 . When the main welding member assembling structure 1221 is engaged with the main lap member assembling structure 12111, the main welding member assembling abutment cantilever 122111 abuts the main lap member assembling contact surface 1211111, so that the main welding member 122 is electrically connected to the main welding member 122. The lap joint assembly structure 12111.

In addition, the sub-joint assembly abutment sub-structure 121121 has a sub-joint assembly contact surface 1211211 , and correspondingly, the sub-weld assembly abutment substructure 12311 has a sub-weld assembly abutment cantilever 123111 . When the sub-welding member assembling structure 1231 is engaged with the sub-bonding member assembling structure 12112, the sub-bonding member assembling abutment cantilever 123111 abuts against the sub-bonding member assembling contact surface 1211211, so that the secondary welding member 123 is electrically connected to the sub-bonding member Component assembly structure 12112.

In the embodiments shown in FIGS. 28 to 31 of the present application, the main welding element assembling structure 1221 is connected to the main overlapping element assembling structure 12111 , so that the main welding element 122 and the main overlapping element overlapping structure 12121 are electrically connected. Correspondingly, the main lap joint assembling structure 12111 has a main lap joint assembling sub-structure 121112 , and the main welding piece assembling structure 1221 has a main welding piece assembling sub-structure 12212 . When the main welding member assembling structure 1221 is engaged with the main lap member assembling structure 12111, the main welding member assembling plug sub-structure 12212 is inserted into the main lap member assembling plug sub-structure 121112, so that the main welding member 122 is electrically connected. Sexually connect the main lap joint assembly structure 12111.

In addition, the sub-welding member assembling structure 1231 is connected to the sub-bonding member assembling structure 12112 , so that the secondary welding member 123 and the sub-bonding member lap joint structure 12122 are electrically connected. Correspondingly, the sub-bonding element assembling structure 12112 has a sub-bonding element assembling and inserting sub-structure 121122 , and the sub-welding element assembling structure 1231 has a sub-welding element assembling and plugging sub-structure 12312 . When the sub-welding member assembling structure 1231 is engaged with the sub-bonding member assembling structure 12112, the secondary welding member assembling and inserting sub-structure 12312 is inserted into the sub-bonding member assembling and plugging sub-structure 121122, so that the secondary welding member 123 is electrically connected. The sub-bond assembly structure 12112 is sexually connected.

Specifically, the main lap assembly vertical plug sub-structure 121112 has the main lap assembly vertical plug slot 1211121. Correspondingly, the main welding member vertical plug substructure 12212 has the main welding member plug guillotine 122121. When When the main welding member assembling structure 1221 is connected to the main overlapping member assembling structure 12111, the main welding member inserting guillotine 122121 is inserted into the main overlapping member assembly insertion hole slot 1211121, so that the main welding member 122 is electrically connected to the main welding member 122. The lap joint assembly structure 12111.

In addition, the substructure 121122 of the secondary lap assembly is provided with the substructure 1211221. Correspondingly, the substructure 12312 of the secondary welded assembly has a guillotine 123121. When the welding element assembling structure 1231 is joined to the sub-bonding element assembling structure 12112, the sub-bonding element assembling guillotine 123121 is inserted into the sub-bonding element assembling insertion hole slot 1211221, so that the secondary welding element 123 is electrically connected to the secondary welding element 123. The lap joint assembly structure 12112.

It should be noted that, in the above-mentioned embodiment, when the main welding member assembling structure 1221 engages with the main lap member assembling structure 12111, and when the secondary welding member assembling structure 1231 engages with the secondary lap member assembling structure 12112, the main welding member assembling The structure 1221 and the sub-soldering component assembling structure 1231 are respectively inserted into the conductive component 124, and the main soldering component 122 and the sub-soldering component 123 are electrically connected by the conductive component 124, so as to meet the customized requirements of the electrical connector and provide Transmits conductive or grounded signals.

As shown in FIG. 4 and FIG. 23 , the main lap height adjustment structure 12114 and the secondary lap height adjustment structure 12115 are, for example, folded structures, and can be provided to adjust the main lap assembly structure 12111 and the secondary lap respectively. The height of the assembled structure 12112. And it should be noted that the insulating rubber core 14 can support the bridging member assembling side bridging structure 12113, so that the bridging member assembling side bridging structure 12113, the main lap member assembling structure 12111 and the secondary lap member assembling structure 12112 are connected. The heights are the same. In this way, the bridging element 12113 is extended above or below the non-overlapping conductive element 11 so as to span the non-overlapping conductive element 11 to bridge the main splicing element assembling structure 12111 and the secondary overlapping. The connector assembly structure 12112 electrically connects the primary conductive circuit and the secondary conductive circuit, so as to meet the customization requirements of the electrical connector.

It should be noted that, the above-mentioned overlapping structure 12123 on the overlapping side of the overlapping member can also extend above or below the non-overlapping conductive member 11 to cross over the non-overlapping conductive member 11 to bridge the overlapping structure of the main overlapping member. The 12121 and the sub-bonding member overlap the structure 12122 to achieve the electrical connection between the primary conductive circuit and the secondary conductive circuit, so as to meet the customized requirements of the electrical connector.

In addition, as shown in FIG. 14 and FIG. 32 , the overlapping structure 12123 on the overlapping side of the overlapping member can also overlap the overlapping conductive member 13, so that the overlapping conductive member 13 is electrically connected to the primary conductive circuit and the secondary conductive circuit. In order to meet the customized needs of electrical connectors. In the above-mentioned embodiment, the insulating rubber core 14 can separate the overlapping structure 12113 and the non-overlapping conductive member 11 from each other, so as to avoid the connection between the overlapping structure 12113 and the non-overlapping conductive member 11 . An electrical connection occurs between them.

Furthermore, in the embodiment shown in FIG. 28 of the present application, the main bonding element assembling structure 12111 and the secondary bonding element assembling structure 12112 are respectively overlapped or plugged with conductive blocks such as conductive plastic blocks or metal conductive blocks. The assembling member 124 is used to make the conductive assembling member 124 electrically connect the main lap member assembling structure 12111 and the secondary lap member assembling structure 12112 . In addition, in the above-mentioned embodiment, the bridge structure 12113 is connected to or inserted into the conductive structure 124 , so that the bridge structure 12113 is electrically connected to the conductive structure 124 .

It should be noted that the multi-piece conductive terminal 12 can be formed by assembling the lap joint 121 , the main welding member 122 , the secondary welding member 123 and the conductive assembly 124 . Therefore, after the design of the electrical connector 1 is completed, The multi-piece conductive terminal 12 can still be adjusted through the adjustment of the bonding member 121 , the main welding member 122 and the secondary welding member 123 to achieve customized adjustment of the conductive terminal structure of the electrical connector to meet the special needs of electronic equipment and develop.

It should be noted that the electrical connector and its multi-piece conductive terminal of the above-mentioned embodiments may also omit some components. For example, in this application, the electrical connector may include: Conductive terminals and conductive components. The multi-piece conductive terminal system may include: laps, primary welds, and secondary welds.

Optionally, the lap joint has a lap joint assembly side and an lap joint lap side, wherein the lap joint assembly side has a main lap joint assembly structure and a secondary lap joint assembly structure; and the lap joint The lap joint side is provided with a main lap joint lap structure and a secondary lap joint lap structure for respectively overlapping butt joint members, wherein the main lap joint lap structure is electrically connected to the main lap joint assembly structure to form the main lap joint structure. In the electrical circuit, the lap joint structure of the sub-bonding member is electrically connected to the assembling structure of the sub-bonding member to form a secondary conductive circuit.

Optionally, a main weld is provided to weld the welded member, and has a main weld Assemble structure.

Optionally, the sub-weld provides a welded-weld component and has a sub-weld assembly structure.

It should be noted that the main lap joint assembly structure, the secondary lap joint assembly structure, the main welding member assembly structure and the secondary welding member assembly structure are respectively overlapped or plugged into the conductive assembly so that the conductive assembly can be electrically connected to the main assembly. The lap joint assembly structure, the secondary lap joint assembly structure, the main welding member assembly structure and the secondary welding member assembly structure make the main welding member, the secondary welding member, the main conductive circuit and the secondary conductive circuit electrically connected.

To sum up, the electrical connector proposed in the present application adopts multi-piece conductive terminals. Therefore, after the design of the electrical connector of the present application is completed, it is still possible to achieve customization by adjusting the multi-piece conductive terminal components. The structure of the conductive terminals of the electrical connector can be adjusted to meet the special needs of electronic equipment.

The above embodiments are only illustrative of the principles and effects of the present application, but are not intended to limit the present application. Anyone skilled in the art can modify and change the above embodiments without departing from the spirit and scope of the present application. Therefore, the scope of protection of the right of this application should be listed in the scope of the patent application of this application.

1: Electrical connector

11: Non-lapped conductive parts

12: Multi-piece conductive terminal

121: lap joint

12111: Main lap joint assembly structure

12112: Secondary lap assembly structure

12113: Lap joint assembly side jumper structure

1212: lap joint lap side

12123: Overlap structure of lap joint side

122: Main weldment

123: Secondary Welding

124: Conductive components

13: Lap conductive parts

14: Insulating rubber core

Claims (25)

A multi-piece conductive terminal, the multi-piece conductive terminal provides electrical connection between a butt member and a welding member, the multi-piece conductive terminal comprises: a lap joint, and the lap joint has a lap joint A component assembly side and a lap component lap side, wherein the lap component assembling side has a main lap component assembling structure and a primary lap component assembling structure; A main lap piece lap structure and a primary lap piece lap structure connected to the butt member, wherein the main lap piece lap structure is electrically connected to the main lap piece assembly structure to form a main conductive circuit, The lap joint structure of the secondary lap joint is electrically connected to the assembly structure of the secondary lap joint to form a primary conductive circuit; a main welding piece, the main welding piece is used for welding the welding member, and has a main welding piece assembling structure; A primary welding member, the secondary welding member is provided for welding the welding member, and has a primary welding member assembly structure; and a conductive assembly member, wherein the main overlapping member assembly structure, the secondary overlapping member assembly structure, the main welding member The component assembling structure and the secondary welding component assembling structure are respectively overlapped or inserted into the conductive component, so that the conductive component is electrically connected to the main lap component assembling structure, the secondary lap component assembling structure, and the main welding component. The component assembling structure and the sub-welding component are assembled, so that the main welding component, the secondary welding component, the main conductive circuit and the secondary conductive circuit are electrically connected. The multi-piece conductive terminal as claimed in claim 1, wherein the bridging element assembly side further has a cladding element assembling side bridging structure, and the cladding element assembling side bridging structure bridges the main cladding element The assembling structure and the assembling structure of the secondary lap joint are electrically connected to the assembling structure of the main lap joint piece and the assembling structure of the secondary lap joint. The multi-piece conductive terminal as claimed in claim 2, wherein the bridging structure on the side of the bonding element is lapped or plugged with the conductive element, so that the bridging structure on the side of the bonding element is electrically connected to the conductive element . The multi-piece conductive terminal as claimed in claim 1, wherein the overlapping side of the overlapping member further has an overlapping structure on the overlapping side, and the overlapping structure on the overlapping side of the overlapping member straddles a non-contact structure. The lapped conductive piece is electrically connected to the lapped structure of the main lapped piece and the lapped structure of the secondary lapped piece. The multi-piece conductive terminal as claimed in claim 4 is equipped with an overlapping conductive member, wherein the overlapping structure of the overlapping side of the overlapping member overlaps the overlapping conductive member, so that the overlapping conductive member is connected to the overlapping conductive member. The overlapping side of the overlapping piece is electrically connected. The multi-piece conductive terminal as claimed in claim 1, wherein the main welding member assembling structure is joined to the main overlapping member assembling structure, so that the main welding member and the main overlapping member overlapping structure are electrically connected, and The main lap joint assembling structure has a main lap joint assembling abutting substructure, the main welding piece assembling structure has a main welding piece assembling abutting substructure, when the main welding piece assembling structure engages the main lap joint When the assembly structure is formed, the main welding member assembly abutting sub-structure abuts the main lap assembly abutting sub-structure; the secondary welding member assembly structure is joined to the secondary lap assembly assembly structure, so that the secondary welding member and The lap structure of the secondary lap joint is electrically connected, and the assembling structure of the secondary lap joint has the assembling abutting substructure of the primary lap joint, and the assembling structure of the secondary welding piece has the assembling abutting substructure of the primary welding piece. When the secondary welding member assembling structure is joined to the secondary lap member assembling structure, the secondary welding member assembling abutting substructure abuts the secondary lap member assembling abutting substructure. The multi-piece conductive terminal as claimed in claim 6, wherein the main lap assembly abutting substructure has a main lap assembly contact surface, and the main welding member assembling abutment substructure has a main welding The assembly abuts the cantilever arm, when the main welding assembly assembly structure engages the main lap assembly assembly structure, the main welding assembly assembly abutment cantilever abuts the main lap assembly assembly contact surface; the secondary lap assembly abuts The joint structure has a vertical contact surface of a lap joint, and the joint abutment of the welding piece has a welding The component assembly abuts the cantilever, and when the secondary welding component assembly structure engages the secondary overlap component assembly structure, the secondary welded component assembly abutment cantilever abuts against the secondary overlap component assembly contact surface. The multi-piece conductive terminal as claimed in claim 1, wherein the main welding member assembling structure is joined to the main overlapping member assembling structure, so that the main welding member and the main overlapping member overlapping structure are electrically connected, and The main lap joint assembling structure has a main lap joint assembling substructure, the main welding piece assembling structure has a main welding piece assembling substructure, when the main welding piece assembling structure is engaged with the main lap joint When the component assembly structure is used, the main welding component vertical plug sub-structure is inserted into the main overlap component vertical plug substructure; the secondary weld component assembly structure is joined to the secondary overlap component assembly structure, so that the secondary welding component is connected to the The lap structure of the secondary lap joint is electrically connected, and the assembling structure of the secondary lap joint has a substructure of assembling and plugging the primary lap joint. When the secondary welding member assembling structure is joined to the secondary lap member assembling structure, the secondary welding member assembling plug sub-structure is inserted into the secondary lap member assembling plug sub-structure. The multi-piece conductive terminal as claimed in claim 8, wherein the main lap assembly vertical plug sub-structure has a main lap assembly vertical plug hole slot, and the main welding member vertical plug sub-structure has a The main welding element is inserted into the guillotine, and when the main welding element assembly structure is joined to the main overlapping element assembly structure, the main welding element is inserted into the guillotine to be inserted into the main overlapping element assembly insertion hole groove; the secondary overlapping element The assembly plug sub-structure has a primary lap assembly plug hole slot, and the secondary weld assembly plug substructure has a primary weld assembly plug guillotine. When the primary weld assembly structure engages the primary lap assembly assembly During the structure, the guillotine for the secondary welding component is inserted into the vertical socket for the secondary overlapping component. The multi-piece conductive terminal as claimed in claim 9, wherein the main soldering component inserting guillotine and the secondary soldering component assembling inserting guillotine are respectively inserted into the conductive component, so that the conductive component is electrically connected to the main component Weldments and secondary welds. The multi-piece conductive terminal according to claim 1, wherein the conductive assembly is a conductive plastic block. An electrical connector, which provides electrical connection between a butt member and a welding member, the electrical connector comprises: a non-overlapping conductive member; a multi-piece conductive terminal system includes: a lap joint , the lap joint has a lap joint assembly side and a lap joint lap side, wherein the lap joint assembly side has a main lap joint assembly structure and a primary lap joint assembly structure; and the lap joint The lap joint side of the joint is provided with a main lap joint structure and a primary lap joint structure for respectively overlapping the butt joint members, wherein the main lap piece lap structure is electrically connected to the main lap joint A main conductive circuit is formed by an assembly structure of the sub-bonding members, and the sub-bonding member bonding structure is electrically connected to the sub-bonding member assembly structure to form a primary conductive circuit; a main welding member, the main welding member is used for welding the welding member. , and has a main welding member assembly structure; and a primary welding member, the secondary welding member is provided for welding the welding member, and has a primary welding member assembly structure; a conductive assembly member, wherein, the main overlapping member assembly structure, the The assembly structure of the secondary lap joint, the assembly structure of the main welding member and the assembly structure of the secondary welding member are respectively overlapped or plugged with the conductive assembly, so that the conductive assembly is electrically connected to the assembly of the main lap, the assembly The secondary lap joint assembly structure, the main welding member assembly structure and the secondary welding member assembly structure make the main welding member, the secondary welding member, the main conductive circuit and the secondary conductive circuit electrically connected. The electrical connector according to claim 12, wherein the bridging element further has a bridging structure on the assembling side, the bridging structure straddles the non-overlapping conductive element, and The main lap joint assembly structure and the secondary lap joint assembly structure are electrically connected. The electrical connector as claimed in claim 13, wherein the bridging element assembling side bridging structure is lapped or plugged with the conductive assembling element, so that the bridging element assembling side bridging structure is electrically connected to the conductive assembling element. The electrical connector as claimed in claim 12, wherein the overlapping side of the overlapping member further has an overlapping structure on the overlapping side of the overlapping member, and the overlapping structure on the overlapping side of the overlapping member straddles the non-overlapping conductive a piece, and electrically connect the lap structure of the main lap piece and the lap structure of the secondary lap piece. The electrical connector according to claim 15, further comprising an overlapping conductive member, wherein the overlapping structure of the overlapping side of the overlapping member overlaps the overlapping conductive member, so that the overlapping side of the overlapping member is connected to the overlapping conductive member. The lapped conductive parts are electrically connected. The electrical connector according to claim 13, wherein the lap joint assembly side further has a main lap piece height adjustment structure and a main lap piece height adjustment structure, the main lap piece height adjustment structure and the main lap piece height adjustment structure The height adjustment structure of the lap joint is provided to adjust the heights of the main lap joint assembly structure and the secondary lap joint assembly structure respectively, so that the lap joint assembly side bridging structure straddles the non-overlap conductive member. The electrical connector as claimed in claim 17, wherein the height adjustment structure of the main overlapping member and the height adjustment structure of the main overlapping member are bent structures. The electrical connector as claimed in claim 13, further comprising an insulating rubber core, the insulating rubber core separates the bridging structure of the lap joint assembly side from the non-overlapping conductive member, so that the lap joint assembly side jumper is connected The structure straddles the non-overlapping conductive member. The electrical connector of claim 12, wherein the main soldering part further has a main soldering part shielding structure, the secondary soldering part further has a primary soldering part shielding structure, and the main soldering part shielding structure is shielded from the secondary soldering part The structures are respectively adjacent to the non-overlapping conductive parts, so as to reduce the degree of external interference to the signal transmission of the adjacent non-overlapping conductive parts. The electrical connector of claim 12, wherein the main lap joint assembly structure has a main lap joint assembly abutment substructure, and the main welding member assembly structure has a main solder joint assembly abutment substructure , when the main welding member assembly structure engages the main overlapping member assembly structure, the main welding member assembly The abutment sub-structure is abutted against the main lap assembly abutment sub-structure; the secondary lap assembly structure has a primary lap assembly abutment substructure, and the secondary weld assembly structure has a primary weld assembly abutment The connecting sub-structure, when the secondary welding element assembling structure is joined to the secondary lap assembling structure, the secondary welding element assembling abutting sub-structure abuts the sub-lap assembling abutting sub-structure. The electrical connector as claimed in claim 21, wherein the main lap assembly abutting substructure has a main lap assembly contact surface, and the main welding member assembling abutment substructure has a main welding member assembly Abutting the cantilever, when the main welding member assembling structure is engaged with the main lap member assembling structure, the main welding member assembling abutting cantilever abuts the main lap member assembling contact surface; the secondary lap member assembling abutment The structure has a primary lap joint assembly contact surface, and the secondary welding member assembling abutment sub-structure has a primary welding member assembling abutment cantilever. When the primary welding member assembling structure joins the secondary lap joint assembling structure, the welding The component assembly abutting cantilever is abutted against the sub-joint component assembly contact surface. The electrical connector of claim 12, wherein the main lap joint assembly structure has a main lap joint assembly substructure, and the main welding member assembly structure has a main solder joint assembly substructure , when the main welding member assembling structure is joined to the main lap joint assembling structure, the main welding member assembling plug sub-structure is inserted into the main lap member assembling sub-structure; the secondary lap member assembling structure has A primary lap joint assembly substructure, the secondary weldment assembly structure has a primary weldment assembly substructure, when the primary weldment assembly structure joins the secondary lap joint assembly structure, the secondary weldment assembly is vertically inserted. The sub-structure is inserted into the sub-joint to form the sub-structure. The electrical connector as claimed in claim 23, wherein the main lap assembly vertical plug sub-structure has a main lap assembly vertical plug hole slot, and the main welding member vertical plug sub-structure has a main welding member When the main welding member assembly structure is engaged with the main overlapping member assembly structure, the main welding member insertion guillotine is inserted into the main overlapping member assembly insertion hole groove; the secondary overlapping member assembly is inserted vertically The connector structure is provided with a primary lap joint assembly vertical insertion hole and groove, and the secondary welded component vertical plug connector structure has a primary welded component assembly. Inserting the guillotine, when the secondary welding element assembly structure is engaged with the secondary overlapping element assembly structure, the secondary welding element assembly inserting guillotine is inserted into the secondary overlapping element assembly insertion hole groove. The electrical connector of claim 12, wherein the conductive assembly is a conductive plastic block.

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