TWM627328U - Multi-piece electrical connector - Google Patents

Abstract

A multi-piece electrical connector, the multi-piece electrical connector can achieve electrical connection between some conductive terminals on the electrical connector by bridging conductive members. Therefore, the present application does not need to add additional jumpers The electrical connection between some of the conductive terminals on the electrical connector can be achieved by using the connector, so that the electronic device provided with the multi-piece electrical connector of the present application can continue to develop in the direction of being light, thin, and short.

Description

Multi-piece electrical connector

The present application relates to the technical field of electronic devices, and more specifically, to a multi-piece electrical connector that can achieve electrical connection between some conductive terminals without additional jumpers.

According to, in modern electronic equipment, electrical connectors are usually provided to provide transmission signals. However, in response to the special needs and development of electronic equipment, the number and structure of the conductive terminals of the electrical connectors are required to be customized. Adjustment, of course, after the current electrical connector design is completed, the number and structure of the conductive terminals will be determined and cannot be customized and adjusted, and it is difficult to meet the signal transmission requirements of electronic equipment. ) development is restricted.

In addition, parts of a plurality of conductive terminals on the electrical connector may be required to be electrically connected to each other. For this, currently the industry can only choose to add a jumper matched with the electrical connector to achieve electrical connection. Some conductive terminals on the device are electrically connected to each other. Of course, the addition of jumpers will occupy the internal space of the electronic device, so that the electronic device cannot continue to develop in the direction of being light, thin and short.

In view of this, how to provide an electrical connector that does not require jumpers to achieve electrical connection between some conductive terminals on the electrical connector, so that electronic devices can continue to develop in the direction of lightness, thinness and shortness, has now become the industry standard. Technological issues that are eager to be overcome.

In view of the above disadvantages of the prior art, the present application provides a multi-piece electrical connector, which The multi-piece electrical connector includes: a main-side electrical connector sub-component, the main-side electrical connector sub-component has a main-side assembly structure, at least one main-side first conductive terminal and a plurality of main-side second conductive terminals a terminal; a primary side electrical connector sub-component, the secondary side electrical connector sub-component has a primary side assembly structure; wherein, the primary side assembly structure is matched with the secondary side assembly structure, so that the primary side electrical connector subcomponent The component and the secondary side electrical connector sub-component are assembled into an electrical connector sub-component assembly; and a main-side bridging conductive component, the main-side bridging conductive component is arranged in the electrical connector sub-component assembly, so that The main-side second conductive terminals are abutted across the main-side first conductive terminals, so that the main-side second conductive terminals are electrically connected to form a main-side second conductive circuit.

Preferably, in the multi-piece electrical connector of the present application, the secondary-side electrical connector sub-component has at least primary-side first conductive terminals and a plurality of secondary-side second conductive terminals; the multi-piece electrical connector further Including a primary side bridging conductive member, the secondary side bridging conductive member is disposed in the electrical connector sub-component assembly so as to straddle the secondary side first conductive terminal and abut each of the secondary side second conductive terminals, so as to Each of the second conductive terminals on the secondary side is electrically connected to form a second conductive circuit on the primary side.

Preferably, in the multi-piece electrical connector of the present application, the main side bridging conductive member has a main side bridging conductive member body and a plurality of elastic arms of the main side bridging conductive member, the main side bridging conductive member is The component body system is connected to each spring arm of the main side bridging conductive member, and each spring arm of the main side bridging conductive component is elastically abutted against one of the plurality of primary side second conductive terminals; and the secondary side bridging conductive member The component system has a primary side bridging conductive member body and a plurality of secondary side bridging conductive member elastic arms, the secondary side bridging conductive member body is connected to each of the secondary side bridging conductive member elastic arms, and each secondary side bridging conductive member elastic arms The elastic arm of the component elastically abuts against one of the plurality of secondary-side second conductive terminals.

Preferably, in the multi-piece electrical connector of the present application, the primary side bridging conductive member body is connected to the secondary side bridging conductive member body, so that the primary side bridging conductive member and the secondary side bridging conductive member are connected A cross-connected conductive assembly is formed, so that the primary-side second conductive circuit is electrically connected to the secondary-side second conductive circuit.

Preferably, in the multi-piece electrical connector of the present application, an assembling member is further included. In the electrical connector sub-component assembly, the assembling member is respectively engaged with the primary side assembling structure and the secondary side assembling structure.

Preferably, in the multi-piece electrical connector of the present application, the primary side bridging conductive member has a primary side bridging conductive member interference structure, and the secondary side bridging conductive member has a primary side bridging conductive member interference structure Structure, the primary side bridging conductive member interference structure and the secondary side bridging conductive member interference structure respectively provide interference engagement with the assembly member.

Preferably, in the multi-piece electrical connector of the present application, the assembly component has a main-side assembly sub-component and a primary-side assembly sub-component, and in the electrical connector sub-component assembly, the main-side assembly sub-component The primary side assembly structure is engaged, and the secondary side assembly subcomponent is engaged with the secondary side assembly structure.

Preferably, in the multi-piece electrical connector of the present application, the primary-side assembly sub-component and the secondary-side assembly sub-component are connected to form an integral body.

Preferably, in the multi-piece electrical connector of the present application, the primary-side assembly sub-component has a primary-side assembly sub-component interference structure, the secondary-side assembly sub-component has a primary-side assembly sub-component interference structure, and the In the electrical connector sub-component assembly, the primary-side assembling sub-component interference structure interferes with the primary-side assembling structure, and the secondary-side assembling sub-component interference structure interferes with the secondary-side assembling structure.

Preferably, in the multi-piece electrical connector of the present application, the main-side electrical connector sub-component further has a main-side X-direction assembly substructure, a main-side Y-direction assembly substructure and a main-side Z-direction assembly substructure structure, the secondary side electrical connector sub-component also has a primary side X-direction assembly sub-structure, a primary side Y-direction assembly sub-structure and a primary side Z-direction assembly sub-structure, in the electrical connector sub-component assembly body, the main side The X-direction assembly substructure engages the secondary-side electrical connector sub-component in an X-direction, the primary-side Y-direction assembly sub-structure engages the secondary-side electrical connector sub-component in a Y-direction, and the secondary-side X-direction assembly substructure The structure is connected to the primary side electrical connector sub-component in the X direction, the secondary side Y-direction assembly sub-structure is connected to the primary side electrical connector sub-component in the Y direction, and the assembly components are respectively connected to the Z direction. The Z-assembled substructure on the primary side is assembled in the Z-direction on the secondary side Substructure, wherein, the X direction, the Y direction and the Z direction have a vertical orthogonal relationship with each other.

Preferably, in the multi-piece electrical connector of the present application, the assembling member is coupled to the bridging conductive assembly in the Z direction, so that the bridging conductive assembly and the electrical connector sub-component assembly are assembled into a one.

Preferably, in the multi-piece electrical connector of the present application, the bridging conductive assembly system is a metal conductor, and the assembly member is a conductive plastic or an insulating plastic.

Preferably, in the multi-piece electrical connector of the present application, the sub-side Z-direction assembly sub-structure and the main-side Z-direction assembly sub-structure are respectively socket structures, and the assembly component has a pin structure, which In the electrical connector sub-component assembly, the pin structure is inserted into the secondary side Z-direction assembly sub-structure and the primary side Z-direction assembly sub-structure.

Preferably, in the multi-piece electrical connector of the present application, the main-side electrical connector sub-component further has a main-side rubber core, the main-side rubber core has a main-side joint block, the main-side X The main side assembly substructure, the main side Y direction assembly substructure and the main side Z direction assembly substructure are respectively arranged on the main side joint block, and in the electrical connector subcomponent assembly, the main side joint block The shape system enters the secondary-side electrical connector sub-component, so that the primary-side X-direction assembly sub-structure and the primary-side Y-direction assembly sub-structure engage the secondary-side electrical connector sub-component, respectively.

Preferably, in the multi-piece electrical connector of the present application, the secondary side electrical connector sub-component further has a primary side rubber core, the secondary side rubber core has a primary side engaging block, and the secondary side is assembled in the X direction The sub-structure, the secondary-side Y-direction assembly sub-structure and the secondary-side Z-direction assembly sub-structure are respectively arranged on the secondary-side joint block, and in the electrical connector sub-component assembly, the secondary-side joint block system Enter the primary side electrical connector sub-component, so that the secondary side X-direction assembly sub-structure and the secondary side Y-direction assembly sub-structure are respectively engaged with the primary side electrical connector sub-component.

Preferably, in the multi-piece electrical connector of the present application, in the electrical connector sub-component assembly, the secondary side engaging block system is adjacent to the primary side engaging block, and the secondary side Z-direction assembly sub-knot The structure is aligned with the main side Z-directed assembly substructure.

Preferably, in the multi-piece electrical connector of the present application, the secondary side engaging block and the primary side engaging block system are respectively rectangular blocks.

Preferably, the multi-piece electrical connector of the present application further includes an outer rubber shell member, the outer rubber shell member has an accommodating space, and the accommodating space is provided for accommodating the main side rubber core and the Secondary side rubber core, the main side rubber core has a main side buckle structure, the secondary side rubber core has a primary side buckle structure, when the main side rubber core and the secondary side rubber core are accommodated in the accommodation Space, the primary side buckle structure and the secondary side buckle structure are respectively provided to buckle the outer rubber shell member, so as to provide positioning for the primary side rubber core and the secondary side rubber core respectively.

Preferably, in the multi-piece electrical connector of the present application, the outer rubber shell member further has a main-side abutting structure and a primary-side abutting structure, and the main-side abutting structure provides abutting and positioning the main-side first abutting structure. A conductive terminal and each of the primary-side second conductive terminals, and the secondary-side abutting structure provides abutting positioning of the secondary-side first conductive terminal and each of the secondary-side second conductive terminals.

Compared with the prior art, the multi-piece electrical connector provided by the present application can achieve electrical connection between some conductive terminals on the electrical connector by bridging the conductive members. Therefore, the present application does not need to add additional jumpers. The electrical connection between some of the conductive terminals on the electrical connector can be achieved by using the connector, so that the electronic device provided with the multi-piece electrical connector of the present application can continue to develop in the direction of being light, thin, and short.

In addition, the multi-piece electrical connector provided by the present application is formed by assembling the primary side electrical connector sub-component and the secondary side electrical connector sub-component to the outer rubber shell component by the assembling member. Therefore, in the electrical connector After the design is completed, it is still possible to customize the number and structure of the conductive terminals of the electrical connector by adjusting the primary side electrical connector sub-component and the secondary side electrical connector sub-component to meet the special needs of electronic equipment. and development.

1: Multi-piece electrical connector

11: Main side electrical connector sub-component

111: Main side assembly structure

112: Main side X-direction assembly substructure

113: Main side Y-direction assembly substructure

114: Main side Z-direction assembly substructure

115: Main side rubber core

1151: Primary Side Engagement Block

1152: main side buckle structure

1161: Main side first conductive terminal

1162: The second conductive terminal on the main side

12: Secondary side electrical connector sub-component

121: Secondary side assembly structure

122: Secondary X-direction assembly substructure

123: Secondary Y-direction assembly substructure

124: Secondary Z-direction assembly substructure

125: Secondary rubber core

1251: Secondary Engagement Block

1252: Secondary buckle structure

1261: The first conductive terminal on the secondary side

1262: Secondary side second conductive terminal

13: Assemble components

131: Main side assembly sub-component

1311: Main Side Assembly Subcomponent Interference Structure

132: Secondary side assembly sub-component

1321: Secondary assembly sub-component interference structure

133: pin structure

14: Outer shell components

141: accommodating space

1421: Main side abutment structure

1422: Secondary abutment structure

15: The main side bridges the conductive member

151: The main side bridges the body of the conductive member

152: The main side bridges the elastic arm of the conductive member

153: Interference structure of main side spanning conductive member

16: The secondary side is connected to the conductive member

161: The secondary side bridges the body of the conductive member

162: The secondary side bridges the elastic arm of the conductive member

163: Interference structure of secondary side spanning conductive member

B1: Electrical connector sub-component assembly

B2: Jumper conductive aggregate

X, Y, Z: direction

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 multi-piece electrical connector of the present application.

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

FIG. 3 is an exploded schematic view of an embodiment of the multi-piece electrical connector of the present application.

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

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

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

FIG. 7 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 6 cut along line AA.

FIG. 8 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 6 cut along the line segment BB.

FIG. 9 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 6 cut along the line segment CC.

FIG. 10 is a schematic bottom view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 11 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 10 cut along the line segment DD.

FIG. 12 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 13 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 14 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 15 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 16 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 17 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 18 is a schematic cross-sectional view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 19 is a schematic cross-sectional view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 20 is a schematic cross-sectional view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 21 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 22 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 23 is a schematic view of the assembly of an embodiment of the multi-piece electrical connector of the present application.

FIG. 24 is a schematic cross-sectional view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 25 is a schematic side view of an embodiment of the multi-piece electrical connector of the present application.

FIG. 26 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 25 cut along the line segment EE.

FIG. 27 is a schematic cross-sectional view of the multi-piece electrical connector shown in FIG. 25 cut along the line segment FF.

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. 27 together.

The present application provides a multi-piece electrical connector for transmitting signals. In the embodiments shown in FIGS. 3 to 5 and 13 to 17 of the present application, the multi-piece electrical connector 1 includes a main side electrical connector. The connector sub-component 11 , the secondary-side electrical connector sub-component 12 , the assembly component 13 , the outer rubber shell component 14 , the primary-side bridging conductive member 15 and the secondary-side bridging conductive member 16 .

In this embodiment, the main-side electrical connector sub-component 11 has a main-side assembly structure 111 . The secondary side electrical connector sub-assembly 12 has a secondary side assembly structure 121 . The assembling member 13 is respectively joined to the primary side assembling structure 111 and the secondary side assembling structure 121 , so that the primary side electrical connector sub-component 11 and the secondary side electrical connector sub-component 12 are assembled into an electrical connector sub-component assembly B1 .

For example, the assembling member 13 is, for example, conductive plastic or insulating plastic, and has a primary-side assembling sub-component 131 and a secondary-side assembling sub-component 132. In the electrical connector sub-component assembly B1, the primary-side assembling sub-component 131 is a The primary-side assembly structure 111 that engages the primary-side electrical connector sub-component 11 , and the secondary-side assembly sub-component 132 is the secondary-side assembly structure 121 that engages the secondary-side electrical connector sub-component 12 . More specifically, the primary-side assembly sub-component 131 has the primary-side assembly sub-component interference structure 1311, and the secondary-side assembly sub-component 132 has the secondary-side assembly sub-component interference structure 1321. In the electrical connector sub-component assembly B1, The main-side assembly sub-component interference structure 1311 is interference-joined to the main-side assembly structure 111, so that the main-side assembly sub-component 131 and the main-side electrical connector sub-component 11 have a tight fit (ie, interference fit) structural relationship, and the secondary-side assembly sub-component The interference structure 1321 interferes with the secondary side assembly structure 121 so that the secondary side assembly sub-component 132 and the secondary side electrical connector sub-component 12 have a tight fit (ie, interference fit) structural relationship.

In this embodiment, the primary-side assembling sub-component 131 and the secondary-side assembling sub-component 132 are connected to form an integral body, but it is not limited to this. In the embodiment shown in FIG. 4 of the present application, the primary-side assembling sub-component 131 The sub-component 132 assembled with the secondary side is composed of two components, respectively.

In the embodiments shown in FIGS. 3 to 5 and FIGS. 21 to 24 of the present application, the primary-side electrical connector sub-component 11 is provided with a primary-side rubber core 115 , and the secondary-side electrical connector sub-component 12 is provided with a secondary-side adhesive. Core 125. In this embodiment, the outer rubber shell member 14 has an accommodating space 141, and the accommodating space 141 is provided for accommodating the primary side rubber core 115 and the secondary side rubber core 125. Correspondingly, the primary side rubber core 115 has For example, the main side fastening structure 1152 is a hook, and the secondary side rubber core 125 has a secondary side fastening structure 1252, such as a hook. When the primary side rubber core 115 and the secondary side rubber core 125 are accommodated in the accommodating space 141 of the outer rubber shell member 14 , the primary side buckling structure 1152 and the secondary side buckling structure 1252 respectively provide the buckling outer rubber shell member 14. Positioning the primary side rubber core 115 and the secondary side rubber core 125 respectively, so as to keep the primary side rubber core 115 and the secondary side rubber core 125 contained in the outer rubber shell member 14.

In addition, the primary-side rubber core 115 has a primary-side engaging block 1151 , which is, for example, a rectangular block, and the secondary-side rubber core 125 has a secondary-side engaging block 1251 , which is, eg, a rectangular block. In the electrical connector sub-component assembly B1, the primary side engaging block 1151 is adjacent to the secondary side engaging block 1251, so that the primary side assembling structure 111 can be matched with the secondary side assembling structure 121, The primary side electrical connector sub-component 11 and the secondary side electrical connector sub-component 12 can be assembled into an electrical connector sub-component assembly B1.

In this embodiment, the main-side engaging block 1151 of the main-side electrical connector sub-component 11 has a main-side X-direction assembly substructure 112 , a main-side Y-direction assembly substructure 113 and a main-side Z-direction assembly substructure 114 . Correspondingly, the secondary-side engaging block 1251 of the secondary-side electrical connector sub-component 12 has a secondary-side X-direction assembly substructure 122 , a secondary-side Y-direction assembly substructure 123 and a secondary-side Z-direction assembly substructure 124 .

It should be noted that, in the electrical connector sub-component assembly B1, as shown in FIG. 21 to FIG. 24 , the main-side engaging block 1151 enters the secondary-side electrical connector sub-component 12, so that the main side X-direction assembly sub-assembly The structure 112 engages the secondary side electrical connector sub-component 12 in the X direction, and also the primary side Y-direction assembly sub-structure 113 engages the secondary side electrical connector sub-component 12 in the Y direction, and the secondary side engaging block 1251 is Enter the primary side electrical connector sub-assembly 11, make the secondary side X-direction assembly substructure 122 engage the primary side electrical connector sub-assembly 11 in the X direction, and also make the secondary side Y-direction assembly substructure 123 in the Y direction to engage the primary side The electrical connector sub-component 11, in this way, allows the primary-side electrical connector sub-component 11 and the secondary-side electrical connector sub-component 12 to be assembled into an electrical connector sub-component assembly B1. As shown in FIG. 12 to FIG. 17 , the assembly member 13 is respectively connected to the primary side Z-direction assembly substructure 114 and the secondary side Z-direction assembly substructure 124 in the Z direction. The sub-component 11 and the secondary-side electrical connector sub-component 12 are assembled into an electrical connector sub-component assembly B1.

In this embodiment, the X direction, the Y direction and the Z direction are mutually There is a vertical orthogonal relationship, and in the electrical connector sub-component assembly B1, the secondary side Z-direction assembly substructure 124 and the main side Z-direction assembly substructure 114 are, for example, socket structures, and correspondingly, the assembly The component 13 has a plug structure 133, so that the plug structure 133 is inserted into the secondary side Z-direction assembly substructure 124 and the primary side Z-direction assembly substructure 114 to complete the primary side electrical connector subcomponent 11 and the secondary side electrical connector The assembly of the sub-component 12 is not limited thereto. For example, the primary-side electrical connector sub-component 11 and the secondary-side electrical connector sub-component 12 can be assembled by means of gluing or snapping. The side electrical connector sub-component 11 and the secondary-side electrical connector sub-component 12 can be assembled without omitting the assembling component 13 . In the electrical connector sub-component assembly B1, the secondary side Z-direction assembly substructure 124 and the primary side Z-direction assembly substructure 114 can be arranged in a row, so as to reduce the thickness of the assembly component 13 and make the present The size of the multi-piece electrical connector of the application is reduced, so that the electronic equipment using the multi-piece electrical connector of the application can continue to develop in the direction of being light, thin and short.

In the embodiments shown in FIGS. 7 to 9 and FIG. 27 of the present application, the main-side electrical connector sub-component 11 is provided with at least one main-side first conductive terminal 1161 and a plurality of main-side first conductive terminals 1161 for transmitting conductive signals or grounding signals. The second conductive terminal 1162, the secondary side electrical connector sub-component 12 is provided with at least a primary side first conductive terminal 1261 and a plurality of secondary side second conductive terminals 1262 for transmitting a conductive signal or a ground signal. The main-side bridging conductive member 15 spans the main-side first conductive terminals 1161 and abuts against the main-side second conductive terminals 1162 , so that the main-side second conductive terminals 1162 are electrically connected to form the main-side second conductive terminals 1162 . Conductive circuit. The secondary side bridging conductive member 16 spans the secondary side first conductive terminal 1261 and abuts each secondary side second conductive terminal 1262, so that each secondary side second conductive terminal 1262 is electrically connected to form a secondary side second conductive terminal 1262. Conductive circuit.

It should be noted that the primary-side second conductive circuit and the secondary-side second conductive circuit can respectively provide transmission ground signals to meet the customized requirements of the electrical connector. Therefore, in the present application, the electrical connection between some of the conductive terminals on the electrical connector can be achieved by connecting the conductive member 15 on the primary side or the conductive member 16 on the secondary side without additional jumpers, so that the use of This application is multi-piece The electronic device of the electrical connector can continue to develop in the direction of being light, thin and short.

For example, as shown in FIG. 4 , the main side bridging conductive member 15 has a main side bridging conductive member body 151 and a plurality of main side bridging conductive member elastic arms 152 . The secondary side bridging conductive member 16 has a secondary side bridging conductive member body 161 and a plurality of secondary side bridging conductive member elastic arms 162 . The main side bridging conductive member body 151 is connected to each main side bridging conductive member elastic arm 152 , and each main side bridging conductive member elastic arm 152 is elastically abutted against one of the plurality of main side second conductive terminals 1162 Otherwise, to ensure the abutment of the main-side bridging conductive member 15 to each of the main-side second conductive terminals 1162 . The secondary side bridging conductive member body 161 is connected to each secondary side bridging conductive member elastic arm 162, and each secondary side bridging conductive member elastic arm 162 elastically abuts against one of the plurality of secondary side second conductive terminals 1262 Otherwise, the contact between the secondary-side bridging conductive members 16 and the respective secondary-side second conductive terminals 126 is ensured. It should be noted that, in this embodiment, the main side straddle conductive member body 151 can be positioned by the elastic contact of each primary side straddle conductive member elastic arm 152 to the primary side second conductive terminal 1162, and the secondary side straddle conductive member The conductive member body 161 can be positioned by elastic abutment of each secondary side conductive member elastic arm 162 to the secondary side second conductive terminal 1262 .

In the embodiment shown in FIG. 3 of the present application, the primary side bridging conductive member body 151 is connected to the secondary side bridging conductive member body 161 , so that the primary side bridging conductive member 15 and the secondary side bridging conductive member 16 can be shaped as It is integrated to form a cross-connection conductive assembly B2, so that the second conductive circuit on the primary side is electrically connected to the second conductive circuit on the secondary side. For example, the bridging conductive assembly B2 can be formed by cutting and bending a plate-shaped metal conductor. In addition, the assembling member 13 is connected to the bridging conductive assembly B2 in the Z direction, so that the bridging conductive assembly B2 and the electrical connector sub-component assembly B1 are assembled into one body, so that the thickness dimension of the assembly member 13 can be reduced, and the The size of the multi-piece electrical connector of the present application is reduced, and the electronic equipment using the multi-piece electrical connector of the present application can continue to develop in the direction of being light, thin, and short.

It should be noted that, in the embodiment shown in FIG. 9 of the present application, the outer rubber shell member 14 has a main-side abutting structure 1421 and a secondary-side abutting structure 1422 . The main-side abutting structure 1421 provides abutting and positioning the main-side first conductive terminal 1161 and each main-side second conductive terminal 1162, and avoids the main-side first conductive terminal 1161 and each main-side second conductive terminal 1162 The conductive terminals 1161 and each of the second conductive terminals 1162 on the main side undergo buckling deformation. The secondary-side contact structure 1422 provides abutting and positioning of the secondary-side first conductive terminal 1261 and each secondary-side second conductive terminal 1262, so as to prevent the secondary-side first conductive terminal 1261 and each secondary-side second conductive terminal 1262 from buckling deformed.

In addition, the primary-side bridging conductive member 15 has a primary-side bridging conductive member interference structure 153 , and the secondary-side bridging conductive member 16 has a secondary-side bridging conductive member interference structure 163 . The primary side bridging conductive member interference structure 153 and the secondary side bridging conductive member interference structure 163 respectively provide the interference joint assembly member 13, and can avoid the primary side bridging conductive member 15 and the secondary side bridging conductive member 16 It is easily separated from the assembly member 13 by force.

It should be noted that the multi-piece electrical connector 1 is formed by assembling the primary-side electrical connector sub-component 11 and the secondary-side electrical connector sub-component 12 to the outer rubber shell component 14 by the assembling component 13. Therefore, in the electrical After the connector design is completed, the number and structure of the conductive terminals of the electrical connector can be customized and adjusted by adjusting the primary side electrical connector sub-component 11 and the secondary side electrical connector sub-component 12 to meet the needs of electronic components. Special needs and development of equipment.

It should be noted that, in the embodiments of the present application, some of the aforementioned components may also be omitted. For example, the assembling component, the outer rubber shell component, and the secondary side bridging conductive component may be omitted. That is to say, in the embodiments of the present application, the multi-piece electrical connector includes: a primary side electrical connector sub-component, a secondary side electrical connector sub-component, and a primary side bridging conductive component.

The main-side electrical connector sub-component has a main-side assembly structure, at least one main-side first conductive terminal and a plurality of main-side second conductive terminals. The secondary side electrical connector sub-assembly has a secondary side assembly structure. The primary side assembly structure is matched with the secondary side assembly structure, so that the primary side electrical connector sub-component and the secondary side electrical connector sub-component are assembled into an electrical connector sub-component assembly. The main-side bridging conductive member is disposed in the electrical connector sub-component assembly so as to straddle the main-side first conductive terminal and abut each main-side second conductive terminal, so that each main-side second conductive terminal is electrically connected connected to form the second conductive circuit on the main side, therefore, the electrical connection between some conductive terminals on the electrical connector can be achieved.

In summary, the multi-piece electrical connector provided by the present application can achieve electrical connection between some of the conductive terminals on the electrical connector by bridging the conductive members. Therefore, the present application does not need to add additional jumpers The electrical connection between some of the conductive terminals on the electrical connector can be achieved, and the electronic device provided with the multi-piece electrical connector of the present application can continue to develop in the direction of being light, thin, and short.

In addition, the multi-piece electrical connector provided by the present application is formed by assembling the primary side electrical connector sub-component and the secondary side electrical connector sub-component to the outer rubber shell component by the assembling member. Therefore, in the electrical connector After the design is completed, it is still possible to customize the number and structure of the conductive terminals of the electrical connector by adjusting the primary side electrical connector sub-component and the secondary side electrical connector sub-component to meet the special needs of electronic equipment. and development.

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: Multi-piece electrical connector

11: Main side electrical connector sub-component

111: Main side assembly structure

115: Main side rubber core

1151: Primary Side Engagement Block

1152: main side buckle structure

1161: Main side first conductive terminal

1162: The second conductive terminal on the main side

12: Secondary side electrical connector sub-component

121: Secondary side assembly structure

122: Secondary X-direction assembly substructure

123: Secondary Y-direction assembly substructure

124: Secondary Z-direction assembly substructure

125: Secondary rubber core

1251: Secondary Engagement Block

1261: The first conductive terminal on the secondary side

1262: Secondary side second conductive terminal

13: Assemble components

131: Main side assembly sub-component

1311: Main Side Assembly Subcomponent Interference Structure

132: Secondary side assembly sub-component

1321: Secondary assembly sub-component interference structure

133: latch structure

14: Outer shell components

15: The main side bridges the conductive member

151: The main side bridges the body of the conductive member

152: The main side bridges the elastic arm of the conductive member

16: The secondary side is connected to the conductive member

161: The secondary side bridges the body of the conductive member

162: The secondary side bridges the elastic arm of the conductive member

B2: Jumper conductive aggregate

X, Y, Z: direction

Claims (19)

A multi-piece electrical connector comprising: a main side electrical connector sub-component, the main-side electrical connector sub-component has a main-side assembly structure, at least one main-side first conductive a terminal and a plurality of primary-side second conductive terminals; a primary-side electrical connector sub-component, the secondary-side electrical connector sub-component has a primary-side assembling structure; wherein, the primary-side assembling structure is matched with the secondary-side assembling structure, so as to assemble the primary side electrical connector sub-component and the secondary side electrical connector sub-component into an electrical connector sub-component assembly; and a primary side bridging conductive member, the primary side bridging conductive member is disposed on The electrical connector sub-component assembly is capable of straddling the main-side first conductive terminals and abutting each of the main-side second conductive terminals, so that each of the main-side second conductive terminals is electrically connected to form a main-side second conductive terminal conductive circuit. The multi-piece electrical connector of claim 1, wherein the secondary-side electrical connector sub-component has at least a first-side first conductive terminal and a plurality of secondary-side second conductive terminals; the multi-piece electrical connector Also includes a primary-side bridging conductive member, the secondary-side bridging conductive member is disposed in the electrical connector sub-component assembly, so as to straddle the secondary-side first conductive terminals and abut each of the secondary-side second conductive terminals, The second conductive circuit on the primary side is formed by electrically connecting the second conductive terminals on the secondary side. The multi-piece electrical connector of claim 2, wherein the main side bridging conductive member comprises a main side bridging conductive member body and a plurality of elastic arms of the main side bridging conductive member, the main side bridging conductive member The main body of the conductive member is connected to each of the spring arms of the primary side bridging conductive member, and each of the spring arms of the primary side bridging conductive member is elastically abutted against one of the plurality of primary side second conductive terminals; and the secondary side bridging The conductive member has a primary side bridging conductive member body and a plurality of secondary side bridging conductive member elastic arms, the secondary side bridging conductive member body is connected to each of the secondary side bridging conductive member elastic arms, and each secondary side bridging conductive member elastic arms The elastic arm of the conductive member is elastically abutted against one of the plurality of secondary-side second conductive terminals. The multi-piece electrical connector according to claim 3, wherein the main-side bridging conductive member body is connected to the secondary-side bridging conductive member body, so that the primary-side bridging conductive member and the secondary-side bridging conductive member are electrically conductive The component forms a cross-connected conductive assembly, so that the primary-side second conductive circuit is electrically connected to the secondary-side second conductive circuit. The multi-piece electrical connector as claimed in claim 2, further comprising an assembling member, in the electrical connector sub-component assembly, the assembling member respectively engages the primary side assembling structure and the secondary side assembling structure . The multi-piece electrical connector of claim 5, wherein the primary side bridging conductive member has an interference structure of the primary side bridging conductive member, and the secondary side bridging conductive member has a primary side bridging conductive member The interference structure, the primary side bridging conductive member interference structure and the secondary side bridging conductive member interference structure, respectively provide interference engagement with the assembly member. The multi-piece electrical connector as claimed in claim 5, wherein the assembling member has a main-side assembling sub-component and a primary-side assembling sub-component, and in the electrical connector sub-component assembly, the main-side assembling sub-component A component engages the primary assembly structure, and the secondary assembly subcomponent engages the secondary assembly structure. The multi-piece electrical connector of claim 7, wherein the primary-side assembly sub-component and the secondary-side assembly sub-component are connected to form an integral body. The multi-piece electrical connector as claimed in claim 7, wherein the primary assembly sub-component has a primary-side assembly sub-component interference structure, the secondary-side assembly sub-component has a primary-side assembly sub-component interference structure, and In the electrical connector sub-component assembly, the primary-side assembling sub-component interference structure interferes with the primary-side assembling structure, and the secondary-side assembling sub-component interference structure interferes with the secondary-side assembling structure. The multi-piece electrical connector according to claim 5, wherein the main-side electrical connector sub-component further has a main-side X-direction assembly substructure, a main-side Y-direction assembly substructure and a main-side Z-direction assembly Substructure, the secondary side electrical connector subcomponent also has a primary side X-direction assembly substructure, a primary side Y-direction assembly substructure and a primary side Z-direction assembly substructure, in the electrical connector subcomponent assembly, the main The side X-direction assembly substructure engages the secondary-side electrical connector sub-component in an X-direction, the primary-side Y-direction assembly substructure engages the secondary-side electrical connector sub-component in a Y-direction, and the secondary-side X-direction assembly The substructure joins the main in the X direction side electrical connector sub-component, the secondary-side Y-direction assembly sub-structure is coupled to the primary-side electrical connector sub-component in the Y-direction, the assembly component is coupled to the primary-side Z-direction assembly sub-structure and the The secondary side Z-direction assembles the substructure, wherein the X-direction, the Y-direction and the Z-direction have a vertical orthogonal relationship with each other. The multi-piece electrical connector of claim 10, wherein the assembling member engages the bridging conductive assembly in the Z direction, so that the bridging conductive assembly is assembled with the electrical connector sub-component assembly become one. The multi-piece electrical connector of claim 10, wherein the bridging conductive assembly system is a metal conductor, and the assembly member is a conductive plastic or an insulating plastic. The multi-piece electrical connector as claimed in claim 10, wherein the secondary side Z-direction assembly substructure and the primary side Z-direction assembly substructure are respectively socket structures, and the assembly member has a pin structure, which is In the electrical connector sub-component assembly, the pin structure is inserted into the secondary side Z-direction assembly sub-structure and the primary side Z-direction assembly sub-structure. The multi-piece electrical connector of claim 10, wherein the main side electrical connector sub-component further has a main side rubber core, the main side rubber core has a main side joint block, the main side The X-direction assembly substructure, the main-side Y-direction assembly substructure, and the main-side Z-direction assembly substructure are respectively disposed on the main-side joint block, and in the electrical connector sub-component assembly, the main-side joint The bulk system enters the secondary side electrical connector sub-component so that the primary side X-direction assembly sub-structure and the primary side Y-direction assembly sub-structure engage the secondary side electrical connector sub-component, respectively. The multi-piece electrical connector of claim 14, wherein the secondary side electrical connector sub-component further has a primary side rubber core, the secondary side rubber core has a primary side engaging block, and the secondary side X-direction The assembly sub-structure, the secondary-side Y-direction assembly sub-structure and the secondary-side Z-direction assembly sub-structure are respectively arranged on the secondary-side joint block, and in the electrical connector sub-component assembly, the secondary-side joint block The system enters the primary-side electrical connector sub-assembly so that the secondary-side X-direction assembly sub-structure and the secondary-side Y-direction assembly sub-structure engage the primary-side electrical connector sub-assembly, respectively. The multi-piece electrical connector of claim 15, wherein, in the electrical connector sub-component assembly, the secondary side engaging block system is adjacent to the primary side engaging block, and the secondary side Z The Z-direction assembly substructures are aligned with the main side Z-direction assembly substructures. The multi-piece electrical connector of claim 15, wherein the secondary side engaging block and the primary side engaging block system are respectively rectangular blocks. The multi-piece electrical connector according to claim 15, further comprising an outer rubber shell member, the outer rubber shell member has an accommodating space, and the accommodating space is provided for accommodating the main side rubber core and the The secondary side rubber core, the primary side rubber core has a main side buckle structure, the secondary side rubber core has a primary side buckle structure, when the main side rubber core and the secondary side rubber core are accommodated in the container A space is provided, and the primary side buckle structure and the secondary side buckle structure are respectively provided to buckle the outer rubber shell member, so as to provide positioning for the primary side rubber core and the secondary side rubber core respectively. The multi-piece electrical connector of claim 18, wherein the outer rubber shell member further has a main side abutting structure and a primary side abutting structure, the main side abutting structure provides abutting and positioning the main side The first conductive terminal and each of the primary side second conductive terminals, and the secondary side abutting structure provides abutting positioning of the secondary side first conductive terminal and each of the secondary side second conductive terminals.

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