TWI892139B - Electrical connector - Google Patents

Abstract

A type of electrical connector is equipped with a conductive plastic shielding body and a conductive metal shielding body, which provide transmission of shielded signals. This configuration aims to reduce the level of interference experienced by the electrical connector during the transmission of high-speed signals, thereby optimizing the transmission quality of high-speed signals and meeting the specific requirements and advancements of electronic devices.

Description

electrical connectors

This application relates to the field of electronic device technology, and more specifically, to an electrical connector that can reduce the degree of interference during high-speed signal transmission.

In recent years, electrical connectors have been widely used in various electronic devices to transmit signals through their multiple conductive terminals. However, with the specialized requirements and development of electronic devices, these terminals may also need to transmit high-speed signals. Currently, electrical connectors are susceptible to interference when transmitting high-speed signals (such as electromagnetic interference from the external environment or crosstalk interference caused by coupling between the multiple conductive terminals of the connector), which can easily cause interference attenuation in the high-speed signals transmitted by the connector.

As can be seen from the above, solving the problem of electrical connectors being susceptible to interference when transmitting high-speed signals is a pressing issue for those skilled in the art.

In view of the shortcomings of the above-mentioned prior art, the present application provides an electrical connector having one side as a main side and one end as a main end. The electrical connector is capable of connecting a main end conductive member to the main side and the main end. The electrical connector comprises: a main side first terminal module having a main side first terminal insulating rubber core and a main side first conductive terminal, the main side first conductive terminal having a main side first terminal body and a main side first terminal main end connecting structure, the main side first terminal body being connected to the main side first terminal main end connecting structure; a main side second terminal module having a main side second terminal; The terminal insulation rubber core and a main side second conductive terminal, the main side second conductive terminal has a main side second terminal body and a main side second terminal main end lap structure, the main side second terminal body is connected to the main side second terminal main end lap structure; and a shielding module, the shielding module has a conductive plastic shielding body, a main side conductive metal terminal body shielding The conductive plastic shielding body has a main side first terminal insulation rubber core positioning structure and a main side second terminal insulation rubber core positioning structure; wherein the main side first terminal module, the main side second terminal module and the shielding module can be combined into a main side electrical connector assembly structure, in the main side electrical connector In the assembled structure, the main side first terminal insulation rubber core is connected to the main side first terminal body, and the main side first terminal insulation rubber core positioning structure is used to position the main side first terminal insulation rubber core. By positioning the main side first terminal insulation rubber core, the main side first terminal main end overlap structure is located at the main side of the electrical connector and the main end of the electrical connector and can overlap the main side of the electrical connector. The main side second terminal insulation rubber core is connected to the main side second terminal body, and the main side second terminal insulation rubber core positioning structure is used to position the main side second terminal insulation rubber core. By positioning the main side second terminal insulation rubber core, the main side second terminal main end overlap structure is located at the main side of the electrical connector and the main end of the electrical connector and can overlap the main end at a height. The conductive component comprises a main-side conductive metal terminal body shield and a main-side conductive metal terminal main-end lapped structure shield, each of which is joined to the conductive plastic shield to form a main-side main-end shield joint. The main-side main-end shield joint provides a shielding environment for the main-side first conductive terminal and the main-side second conductive terminal at the main side and the main end of the electrical connector. In the main-side main-end shield joint, the main-side conductive metal terminal main-end lapped structure shield is located between the main-side first terminal main-end lapped structure and the main-side second terminal main-end lapped structure, and the main-side first conductive terminal and the main-side second conductive terminal are located between the main-side conductive metal terminal body shield and the conductive plastic shield.

Preferably, in the electrical connector of the present application, the main-side conductive metal terminal main-end overlapping structure shielding body comprises a main-side shield main-end overlapping structure. In the main-side main-end shielding assembly, the main-side shield main-end overlapping structure is located between the main side of the electrical connector and the main end of the electrical connector and is high enough to overlap the main-end conductive component.

Preferably, the electrical connector of the present application further comprises: an insulating housing having a main-end bonding port and a main-end bonding guide structure. The insulating housing is coupled to the main-side electrical connector assembly structure so that the main-side first terminal main-end bonding structure and the main-side second terminal main-end bonding structure are located at the main-end bonding port. The main-end bonding guide structure guides the main-side conductive member into the main-end bonding port to bond with the main-side first terminal main-end bonding structure and the main-side second terminal main-end bonding structure, respectively.

Preferably, in the electrical connector of the present application, the other end of the electrical connector is a secondary end of the electrical connector, and the electrical connector can be connected to a primary end conductive component on the primary side of the electrical connector and the secondary end of the electrical connector, wherein the primary side first conductive terminal further has a primary side first terminal secondary end connecting structure, and the main side first terminal body is connected to the main side first terminal secondary end connecting structure; The two conductive terminals also have a main side second terminal secondary end lap structure, and the main side second terminal body is connected to the main side second terminal secondary end lap structure; the shielding module also has a main side conductive metal terminal secondary end lap structure shielding body; in the main side electrical connector assembly structure, the main side first terminal secondary end lap structure is located on the electrical connector by positioning the main side first terminal insulation rubber core. The main side and the secondary end of the electrical connector are connected at a height that can overlap the secondary end conductive component; and by positioning the main side second terminal insulating rubber core, the main side second terminal secondary end overlapping structure is located at the main side of the electrical connector and the secondary end of the electrical connector and can overlap the secondary end conductive component; and the main side conductive metal terminal secondary end overlapping structure shield is connected to the conductive plastic shield to form a main side secondary The primary-side secondary-end shielding assembly is located between the primary side and the secondary end of the electrical connector to provide a shielding environment for the primary-side first conductive terminal and the primary-side second conductive terminal. Within the primary-side secondary-end shielding assembly, the primary-side conductive metal terminal secondary-end bonding structure shield is located between the primary-side first terminal secondary-end bonding structure and the primary-side second terminal secondary-end bonding structure.

Preferably, in the electrical connector of the present application, the primary-side conductive metal terminal secondary-end overlapping structure shield comprises a primary-side shield secondary-end overlapping structure. In the primary-side secondary-end shielding assembly, the primary-side shield secondary-end overlapping structure is located between the primary side of the electrical connector and the secondary end of the electrical connector and is high enough to overlap the secondary-end conductive component.

Preferably, in the electrical connector of the present application, the primary-side conductive metal terminal primary-end bonding structure shield is connected to the secondary-side conductive metal terminal bonding structure shield to form a primary-side shield terminal. The primary-side shield terminal engages the primary-side conductive metal terminal body shield, so that the primary-side shield terminal is connected to the primary-side conductive metal terminal body shield, thereby providing a shielding environment for the primary-side first conductive terminal and the primary-side second conductive terminal.

Preferably, in the electrical connector of the present application, the main-side shield terminal has a main-side conductive metal terminal body shield positioning structure. In the main-side electrical connector assembly structure, the main-side conductive metal terminal body shield positioning structure positions the main-side conductive metal terminal body shield.

Preferably, the electrical connector of the present application further comprises: an insulating housing having a primary-end bonding port and a primary-end bonding guide structure. The insulating housing is coupled to the primary-side electrical connector assembly structure so that the primary-side first-terminal secondary-end bonding structure and the primary-side second-terminal secondary-end bonding structure are located at the secondary-end bonding port. The secondary-end bonding guide structure guides the secondary-end conductive member into the secondary-end bonding port to bond with the primary-side first-terminal secondary-end bonding structure and the primary-side second-terminal secondary-end bonding structure, respectively.

Preferably, in the electrical connector of the present application, the main-side conductive metal terminal body shield has a main-side conductive metal shield anchoring structure, and the main-side conductive metal shield anchoring structure is anchored to the main-side conductive metal terminal secondary-end bridging structure shield, so that the main-side conductive metal terminal body shield is electrically connected to the main-side conductive metal terminal secondary-end bridging structure shield.

Preferably, in the electrical connector of the present application, the main-side conductive metal shield anchor structure comprises a main-side conductive metal shield longitudinal anchor substructure. The main-side conductive metal shield longitudinal anchor substructure is longitudinally extendable, such that the height of the main-side conductive metal terminal secondary end bonding structure shield is sufficient to provide shielding for the main-side first terminal secondary end bonding structure and the main-side second terminal secondary end bonding structure.

Preferably, in the electrical connector of the present application, the main-side conductive metal shield anchor structure includes a main-side conductive metal shield transverse anchor substructure. The main-side conductive metal shield transverse anchor substructure can extend laterally, so that the main-side conductive metal terminal secondary end bonding structure shield is positioned to provide shielding for the main-side first terminal secondary end bonding structure and the main-side second terminal secondary end bonding structure.

Preferably, in the electrical connector of the present application, the other side of the electrical connector is a secondary side of the electrical connector, and the electrical connector can be connected to a main end conductive component on the secondary side of the electrical connector and the main end of the electrical connector. The electrical connector includes: a primary side first terminal module, the secondary side first terminal module having a primary side first terminal insulation rubber core and a primary side first conductive terminal, the secondary side first conductive terminal having a primary side first terminal body and a primary side first terminal main end bonding structure, the secondary side first terminal body being connected to the secondary side first terminal main end bonding structure; a primary side second terminal module, the secondary side second terminal module having a primary side second terminal insulation rubber core and a primary side second conductive terminal The secondary side second conductive terminal has a primary side second terminal body and a primary side second terminal main end overlap structure, and the secondary side second terminal body is connected to the secondary side second terminal main end overlap structure; and the shielding module also has a primary side conductive metal terminal body shielding body and a primary side conductive metal terminal main end overlap structure shielding body, and the conductive plastic shielding body also has a primary side first terminal insulation rubber core positioning structure and a primary side second terminal insulation rubber core positioning structure; wherein the secondary side first terminal module, the secondary side second terminal module and the shielding module can be combined into a primary side electrical connector assembly structure, in which the secondary side electrical connector assembly structure, the secondary side first terminal insulation rubber core is engaged with the The secondary side first terminal body and the secondary side first terminal insulation core positioning structure are used to position the secondary side first terminal insulation core. By positioning the secondary side first terminal insulation core, the secondary side first terminal main end overlapping structure is located between the secondary side of the electrical connector and the main end of the electrical connector and is at a height that can overlap the main end conductive component. The secondary side second terminal insulation core is positioned to the left of the secondary side first terminal main end. The rubber core is engaged with the secondary second terminal body, and the secondary second terminal insulation rubber core positioning structure is used to position the secondary second terminal insulation rubber core. By positioning the secondary second terminal insulation rubber core, the secondary second terminal main end overlap structure is located at the secondary side of the electrical connector and the main end of the electrical connector and is high enough to overlap the main end conductive component; and the secondary side The conductive metal terminal body shield and the secondary conductive metal terminal main end bonding structure shield are respectively bonded to the conductive plastic shield to form a primary main end shield joint. The secondary main end shield joint provides a shielding environment for the secondary first conductive terminal and the secondary second conductive terminal at the secondary side and the primary end of the electrical connector. In the secondary main end shield joint, the secondary conductive metal terminal main end bonding structure shield is located between the secondary first terminal main end bonding structure and the secondary second terminal main end bonding structure, and the secondary first conductive terminal and the secondary second conductive terminal are located between the secondary conductive metal terminal body shield and the conductive plastic shield.

Preferably, in the electrical connector of the present application, the secondary-side conductive metal terminal main-end overlapping structure shield comprises a primary-side shield main-end overlapping structure. In the secondary-side main-end shield joint, the secondary-side shield main-end overlapping structure is located between the secondary side of the electrical connector and the main end of the electrical connector and is high enough to overlap the main-end conductive component.

Preferably, the electrical connector of the present application further comprises: an insulating shell having a main end connection port and a main end connection guide structure, and the insulating shell is connected to the main side electrical connector assembly structure and the secondary side electrical connector assembly structure, so that the main side first terminal main end connection structure, the main side second terminal main end connection structure, the secondary side first terminal main end connection structure The terminal main-end bonding structure and the secondary-side second terminal main-end bonding structure are located at the main-end bonding port. The main-end bonding guide structure guides the main-end conductive component into the main-end bonding port to bond with the main-side first terminal main-end bonding structure, the main-side second terminal main-end bonding structure, the secondary-side first terminal main-end bonding structure, and the secondary-side second terminal main-end bonding structure.

Preferably, in the electrical connector of the present application, the other end of the electrical connector is a secondary end of the electrical connector, and the electrical connector can be connected to a primary end conductive component at the secondary end of the electrical connector, wherein the secondary first conductive terminal further has a primary first terminal secondary end connecting structure, and the secondary first terminal body is connected to the secondary first terminal secondary end connecting structure; The two conductive terminals also have a primary side second terminal secondary end lap structure, and the secondary side second terminal body is connected to the secondary side second terminal secondary end lap structure; the shielding module also has a primary side conductive metal terminal secondary end lap structure shielding body; in the secondary side electrical connector assembly structure, the secondary side first terminal secondary end lap structure is located at the electrical connection by positioning the secondary side first terminal insulation rubber core. The secondary side of the device is connected to the secondary end of the electrical connector and is at a height that can overlap the secondary end conductive component; and by positioning the secondary side second terminal insulating rubber core, the secondary side second terminal secondary end overlapping structure is located at the secondary side of the electrical connector and the secondary end of the electrical connector and is at a height that can overlap the secondary end conductive component; and the secondary side conductive metal terminal secondary end overlapping structure shield is joined to the conductive plastic shield to form a primary side The secondary-side shielding joint provides a shielding environment for the secondary-side first conductive terminal and the secondary-side second conductive terminal at the secondary side and the secondary end of the electrical connector. In the secondary-side shielding joint, the secondary-side conductive metal terminal secondary-end bonding structure shield is located between the secondary-side first terminal secondary-end bonding structure and the secondary-side second terminal secondary-end bonding structure.

Preferably, in the electrical connector of the present application, the secondary-side conductive metal terminal secondary-end overlapping structure shield comprises a primary-side shield secondary-end overlapping structure. In the secondary-side secondary-end shielding assembly, the secondary-side shield secondary-end overlapping structure is located at the secondary side and the secondary end of the electrical connector and is high enough to overlap the secondary-end conductive component.

Preferably, in the electrical connector of the present application, the primary-side conductive metal terminal bonding structure shield is connected to the secondary-side conductive metal terminal secondary-side bonding structure shield to form a primary shield terminal. The secondary shield terminal engages the secondary conductive metal terminal body shield, thereby connecting the secondary shield terminal to the secondary conductive metal terminal body shield to provide a shielding environment for the first secondary conductive terminal and the second secondary conductive terminal.

Preferably, in the electrical connector of the present application, the secondary shield terminal has a primary conductive metal terminal body shield positioning structure. In the secondary electrical connector assembly structure, the secondary conductive metal terminal body shield positioning structure positions the secondary conductive metal terminal body shield.

Preferably, the electrical connector of the present application further comprises: an insulating shell having a primary end connection port and a primary end connection guide structure, and the insulating shell is connected to the primary side electrical connector assembly structure and the secondary side electrical connector assembly structure, so that the primary side first terminal secondary end connection structure, the primary side second terminal secondary end connection structure, the secondary side first terminal secondary end connection structure, The secondary terminal bonding structure and the secondary-side second terminal bonding structure are located at the secondary bonding port. The secondary bonding guide structure guides the secondary conductive member 3 into the secondary bonding port to bond with the primary-side first terminal bonding structure, the primary-side second terminal bonding structure, the secondary-side first terminal bonding structure, and the secondary-side second terminal bonding structure.

Preferably, in the electrical connector of the present application, the secondary conductive metal terminal body shield has a primary conductive metal shield anchoring structure, and the secondary conductive metal shield anchoring structure is anchored to the secondary conductive metal terminal secondary end lap structure shield, so that the secondary conductive metal terminal body shield is electrically connected to the secondary conductive metal terminal secondary end lap structure shield.

Preferably, in the electrical connector of the present application, the secondary conductive metal shield anchor structure comprises a primary conductive metal shield longitudinal anchor structure. The secondary conductive metal shield longitudinal anchor structure is longitudinally extendable, so that the height of the secondary conductive metal terminal secondary end landing structure shield can provide shielding for the secondary first terminal secondary end landing structure and the secondary second terminal secondary end landing structure.

Preferably, in the electrical connector of the present application, the secondary conductive metal shield anchor structure comprises a primary conductive metal shield transverse anchor substructure. The secondary conductive metal shield transverse anchor substructure is laterally extendable, such that the secondary conductive metal terminal secondary end bonding structure shield is positioned to provide shielding for the secondary first terminal secondary end bonding structure and the secondary second terminal secondary end bonding structure.

Compared to prior art, the electrical connector provided in this application is equipped with a conductive plastic shield and a conductive metal shield to provide signal shielding. This reduces the interference level experienced by the connector when transmitting high-speed signals, thereby optimizing the connector's transmission quality for high-speed signals to meet the special needs and developments of electronic devices.

1: Electrical connector

11: Main side first terminal module

111: Main side first terminal insulation rubber core

112: Main-side first conductive terminal

1121: Main side first terminal body

1122: Main-side first terminal main end connection structure

1123: Primary-side first terminal secondary connection structure

12: Second terminal module on the main side

121: Main side second terminal insulation rubber core

122: Second conductive terminal on the main side

1221: Second terminal body on the main side

1222: Main-side second terminal main end connection structure

1223: Secondary-end connection structure of the primary-side second terminal

13: Shielding module

131: Conductive plastic shield

1311: Main-side first terminal insulation rubber core positioning structure

1312: Main-side second terminal insulation rubber core positioning structure

1313: Secondary side first terminal insulation rubber core positioning structure

1314: Secondary side second terminal insulation rubber core positioning structure

132: Main side conductive metal terminal body shield

1321: Main side conductive metal shield connection structure

13211: Main side conductive metal shield longitudinal joint structure

13212: Main side conductive metal shield lateral connector structure

133: Main side conductive metal terminal main end lap structure shield

1331: Main-side shield main end overlap structure

134: Primary side conductive metal terminal secondary end lap structure shield

1341: Primary side shield secondary end overlap structure

135: Secondary conductive metal terminal body shield

1351: Secondary side conductive metal shield connection structure

13511: Secondary side conductive metal shield longitudinal joint structure

13512: Secondary side conductive metal shield lateral connector structure

136: Secondary side conductive metal terminal main end overlap structure shield

1361: Secondary shield main end overlap structure

137: Secondary conductive metal terminal secondary end bonding structure shield

1371: Secondary shield secondary end overlap structure

14: Insulated shell

141: Host connection port

142: Main end lap guide structure

143: Secondary port

144: Secondary end lap guide structure

15: Secondary side first terminal module

151: Secondary side first terminal insulation rubber core

152: Secondary first conductive terminal

1521: Secondary first terminal body

1522: Secondary side first terminal main end connection structure

1523: Secondary-side first terminal secondary end connection structure

16: Secondary terminal module

161: Secondary side second terminal insulation rubber core

162: Secondary side second conductive terminal

1621: Secondary terminal body

1622: Secondary side second terminal main end connection structure

1623: Secondary-side second terminal secondary end connection structure

2: Main-end conductive components

3: Secondary conductive components

MC: Main side electrical connector assembly structure

SC: Secondary electrical connector assembly structure

MMJ: Main-side main-end shield joint

MSJ: Primary-Secondary Shield Joint

SMJ: Secondary-side main shield joint

SSJ: Secondary-side shield joint

S1: Main side of electrical connector

S2: Secondary side of electrical connector

E1: Electrical connector main end

E2: Secondary end of electrical connector

MT: Main side shield terminal

MT1: Main side conductive metal terminal body shield positioning structure

ST: Secondary shield terminal

ST1: Secondary conductive metal terminal body shield positioning structure

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

Figure 1 is a schematic perspective view of the electrical connector of the present application from a first viewing angle according to one embodiment.

Figure 2 is a schematic top view of some components of an embodiment of the electrical connector of this application.

Figure 3 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 2 taken along line AA.

Figure 4 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 2 taken along line BB.

Figure 5 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 6 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 7 is a schematic perspective view of some components of an embodiment of the electrical connector of the present application from a first viewing angle.

Figure 8 is a schematic perspective view of the electrical connector of the present application from a first viewing angle according to one embodiment.

Figure 9 is a schematic top view of some components of an embodiment of the electrical connector of the present application.

Figure 10 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 9 taken along line CC.

Figure 11 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 9 taken along line DD.

Figure 12 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 13 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 14 is a schematic perspective view of some components of an embodiment of the electrical connector of the present application from a first viewing angle.

Figure 15 is a schematic perspective view of the electrical connector of the present application from a first viewing angle according to one embodiment.

Figure 16 is a schematic front view of some components of an embodiment of the electrical connector of the present application.

Figure 17 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 16 taken along line EE.

Figure 18 is a schematic cross-sectional view of some components of the electrical connector shown in Figure 16 taken along line FF.

Figure 19 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 20 is a schematic diagram of the assembly of some components of an embodiment of the electrical connector of the present application from a first viewing angle in one embodiment.

Figure 21 is a schematic perspective view of some components of an embodiment of the electrical connector of the present application from a first viewing angle.

Figure 22 is a schematic perspective view of some components of an embodiment of the electrical connector of the present application from a first viewing angle.

The following description, accompanied by figures, illustrates the technical aspects of this application through specific embodiments. Those familiar with the art will readily understand the other advantages and benefits of this application from the disclosure herein. This application may also be implemented or applied through various other specific embodiments. The details in this description may be modified and altered based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportions and relative positions of the various components in the figures are for illustrative purposes only and do not represent the actual implementation of this application.

For a description of the embodiments disclosed in this application, please refer to Figures 1 to 22.

In the above-described embodiment, an electrical connector 1 is provided that can be installed in an electronic device. Within the electronic device, the electrical connector 1 is configured with a primary-side conductive component 2 and a secondary-side conductive component 3 to provide signal transmission. Furthermore, the two sides of the electrical connector 1 are defined as a primary side S1 and a secondary side S2, respectively, while the two ends of the electrical connector 1 are defined as a primary end E1 and a secondary end E2.

It should be noted that in the above embodiment, the electrical connector 1 can be connected to a primary-end conductive member 2 at the primary side S1, the secondary side S2, and the primary end E1 of the electrical connector. Furthermore, the electrical connector 1 can be connected to a secondary-end conductive member 3 at the primary side S1, the secondary side S2, and the secondary end E2 of the electrical connector.

In the above embodiment, the electrical connector 1 includes: a main-side first terminal module 11, a main-side second terminal module 12, and a shielding module 13.

The main-side first terminal module 11 comprises a main-side first terminal insulating rubber core 111 and a main-side first conductive terminal 112. The main-side first conductive terminal 112 comprises a main-side first terminal body 1121, a main-side first terminal primary-end bridge structure 1122, and a main-side first terminal secondary-end bridge structure 1123. The main-side first terminal body 1121 is connected to the main-side first terminal primary-end bridge structure 1122 and the main-side first terminal secondary-end bridge structure 1123, respectively.

The main-side second terminal module 12 comprises a main-side second terminal insulating rubber core 121 and a main-side second conductive terminal 122. The main-side second conductive terminal 122 comprises a main-side second terminal body 1221, a main-side second terminal primary-end connection structure 1222, and a main-side second terminal secondary-end connection structure 1223. The main-side second terminal body 1221 is connected to the main-side second terminal primary-end connection structure 1222 and the main-side second terminal secondary-end connection structure 1223, respectively.

It should be noted that the primary-side first terminal insulating rubber core 111 and the primary-side second terminal insulating rubber core 121 can be made of an insulating material and can respectively provide positioning for the primary-side first conductive terminal 112 and the primary-side second conductive terminal 122. The primary-side first conductive terminal 112 and the primary-side second conductive terminal 122 can optionally provide signal transmission, such as differential signals, and the number of primary-side first conductive terminals 112 and primary-side second conductive terminals 122 provided is not limited to one.

The shielding module 13 comprises a conductive plastic shield 131, a main-side conductive metal terminal body shield 132, a main-side conductive metal terminal primary-end overlap structure shield 133, and a main-side conductive metal terminal secondary-end overlap structure shield 134. The conductive plastic shield 131 comprises a main-side first terminal insulation rubber core positioning structure 1311 and a main-side second terminal insulation rubber core positioning structure 1312. The main-side conductive metal terminal primary-end overlap structure shield 133 comprises a main-side shield primary-end overlap structure 1331. The main-side conductive metal terminal secondary-end overlap structure shield 134 comprises a main-side shield secondary-end overlap structure 1341.

It should be noted that the conductive plastic shield 131 can be made of a conductive plastic material to provide shielding for transmitting signals, such as a ground signal. The primary-side conductive metal terminal body shield 132, the primary-side conductive metal terminal primary-end bonding shield 133, and the primary-side conductive metal terminal secondary-end bonding shield 134 can each be made of a conductive metal material to provide shielding for transmitting signals, such as a ground signal.

In the above embodiment, the main-side first terminal module 11 , the main-side second terminal module 12 and the shielding module 13 can be assembled into a main-side electrical connector assembly structure MC. In the main-side electrical connector assembly structure MC, the main-side first terminal insulating rubber core 111 is joined to the main-side first terminal body 1121, and the main-side first terminal insulating rubber core positioning structure 1311 positions the main-side first terminal insulating rubber core 111. This positioning of the main-side first terminal insulating rubber core 111 allows the main-side first terminal primary-end overlapping structure 1122 to be positioned between the main side S1 and the main end E1 of the electrical connector, at a height sufficient to overlap the main-end conductive component 2. Furthermore, the main-side first terminal secondary-end overlapping structure 1123 is positioned between the main side S1 and the secondary end E2 of the electrical connector, at a height sufficient to overlap the secondary-end conductive component 3.

Furthermore, the main-side second terminal insulating rubber core 121 is joined to the main-side second terminal body 1221, and the main-side second terminal insulating rubber core positioning structure 1312 positions the main-side second terminal insulating rubber core 121. By positioning the main-side second terminal insulating rubber core 121, the main-side second terminal primary-end overlapping structure 1222 is positioned between the main side S1 and the main end E1 of the electrical connector, at a height sufficient to overlap the main-end conductive component 2. Furthermore, the main-side second terminal secondary-end overlapping structure 1223 is positioned between the main side S1 and the secondary end E2 of the electrical connector, at a height sufficient to overlap the secondary-end conductive component 3.

Furthermore, the main-side conductive metal terminal body shield 132 and the main-side conductive metal terminal main-end overlap structure shield 133 are respectively bonded to the conductive plastic shield 131 to form the main-side main-end shield joint MMJ. The main-side main-end shield joint MMJ provides a shielding environment for signal transmission between the main-side first conductive terminal 112 and the main-side second conductive terminal 122 at the main side S1 and main end E1 of the electrical connector.

It should be noted that in the main-side main-end shielded joint MMJ of the above-described embodiment, the main-side conductive metal terminal main-end bridge structure shield 133 is located between the main-side first terminal main-end bridge structure 1122 and the main-side second terminal main-end bridge structure 1222, and the main-side first conductive terminal 112 and the main-side second conductive terminal 122 are located between the main-side conductive metal terminal body shield 132 and the conductive plastic shield 131.

Optionally, in the main-side main-end shield joint MMJ, the main-side shield main-end overlapping structure 1331 is located between the main side S1 of the electrical connector and the main end E1 of the electrical connector and is high enough to overlap the main-end conductive component 2.

Furthermore, the primary-side conductive metal terminal secondary-end overlapping structural shield 134 is bonded to the conductive plastic shield 131 to form the primary-side secondary shield joint MSJ. The primary-side secondary shield joint MSJ provides a shielded environment for signal transmission between the primary-side first conductive terminal 112 and the secondary-side second conductive terminal 122 at the primary side S1 and secondary side E2 of the electrical connector.

It should be noted that in the primary-side secondary shielding joint MSJ of the above embodiment, the primary-side conductive metal terminal secondary-end bonding structure shield 134 is located between the primary-side first terminal secondary-end bonding structure 1123 and the primary-side second terminal secondary-end bonding structure 1223.

Optionally, in the primary-side secondary shield joint MSJ, the primary-side shield secondary end overlapping structure 1341 is located between the primary side S1 of the electrical connector and the secondary end E2 of the electrical connector and is high enough to overlap the secondary end conductive component 3.

In the embodiments shown in Figures 6, 13, and 21, the primary-side conductive metal terminal primary-end bonding shield 133 is connected to the secondary-side conductive metal terminal bonding shield 134 to form the primary-side shield terminal MT. Therefore, the primary-side conductive metal terminal primary-end bonding shield 133 and the secondary-side conductive metal terminal bonding shield 134 can be integrally formed from a metallic conductive material to provide transmission shielding.

In the above-described embodiment, the main-side shield terminals MT are engaged with the main-side conductive metal terminal body shield 132. Thus, the main-side shield terminals MT and the main-side conductive metal terminal body shield 132 provide signal transmission shielding, creating a shielded environment for signal transmission between the first main-side conductive terminal 112 and the second main-side conductive terminal 122. This reduces interference with high-speed signal transmission in the electrical connector 1, thereby optimizing the high-speed signal transmission quality of the electrical connector 1 to meet the special needs and developments of electronic devices.

In the above embodiment, the main-side shield terminal MT has a main-side conductive metal terminal body shield positioning structure MT1. In the main-side electrical connector assembly structure MC, the main-side conductive metal terminal body shield positioning structure MT1 positions the main-side conductive metal terminal body shield 132.

Furthermore, as shown in the embodiments of Figures 1, 8, and 15, the electrical connector 1 includes an insulating housing 14. The insulating housing 14 has a primary-side connecting port 141, a primary-side connecting guide structure 142, a secondary-side connecting port 143, and a secondary-side connecting guide structure 144. The insulating housing 14 is coupled to the primary-side electrical connector assembly structure MC, such that the primary-side first-terminal primary-end connecting structure 1122 and the primary-side second-terminal primary-end connecting structure 1222 are located at the primary-side connecting port 141, and the secondary-side first-terminal secondary-end connecting structure 1123 and the secondary-side second-terminal secondary-end connecting structure 1223 are located at the secondary-side connecting port 143.

Correspondingly, the primary-end bonding guide structure 142 guides the primary-end conductive member 2 into the primary-end bonding port 141 and bonds with the primary-side first terminal primary-end bonding structure 1122 and the primary-side second terminal primary-end bonding structure 1222, respectively. Furthermore, the secondary-end bonding guide structure 144 guides the secondary-end conductive member 3 into the secondary-end bonding port 143 and bonds with the primary-side first terminal secondary-end bonding structure 1123 and the primary-side second terminal secondary-end bonding structure 1223, respectively.

In addition, as shown in the embodiments of FIG. 6 , FIG. 13 and FIG. 21 , the main-side conductive metal terminal body shield 132 has a main-side conductive metal shield anchoring structure 1321 . The main-side conductive metal shield anchoring structure 1321 is anchored to the main-side conductive metal terminal secondary-end bonding shield 134, electrically connecting the main-side conductive metal terminal body shield 132 to the main-side conductive metal terminal secondary-end bonding shield 134. In this way, the main-side conductive metal terminal body shield 132 and the main-side conductive metal terminal secondary-end bonding shield 134 provide signal transmission shielding, creating a shielded environment for signal transmission between the main-side first conductive terminal 112 and the main-side second conductive terminal 122. This reduces interference with high-speed signal transmission in the electrical connector 1, thereby optimizing the high-speed signal transmission quality of the electrical connector 1 to meet the special needs and developments of electronic equipment.

In the above-described embodiment, the main-side conductive metal shield anchor structure 1321 includes a main-side conductive metal shield longitudinal anchor substructure 13211. The main-side conductive metal shield longitudinal anchor substructure 13211 can extend longitudinally, so that the height of the main-side conductive metal terminal secondary end bonding structure shield 134 can provide shielding for the main-side first terminal secondary end bonding structure 1123 and the main-side second terminal secondary end bonding structure 1223.

In the above embodiment, the main-side conductive metal shield anchor structure 1321 includes a main-side conductive metal shield transverse anchor substructure 13212. The main-side conductive metal shield transverse anchor substructure 13212 can extend laterally, positioning the main-side conductive metal terminal secondary end bonding structure shield 134 to provide shielding for the main-side first terminal secondary end bonding structure 1123 and the main-side second terminal secondary end bonding structure 1223.

In the above embodiment, the electrical connector 1 further includes: a secondary first terminal module 15 and a secondary second terminal module 16.

The secondary first terminal module 15 comprises a secondary first terminal insulating rubber core 151 and a secondary first conductive terminal 152. The secondary first conductive terminal 152 comprises a secondary first terminal body 1521, a secondary first terminal primary end connection structure 1522, and a secondary first terminal secondary end connection structure 1523. The secondary first terminal body 1521 is connected to the secondary first terminal primary end connection structure 1522 and the secondary first terminal secondary end connection structure 1523, respectively.

The secondary second terminal module 16 comprises a secondary second terminal insulating rubber core 161 and a secondary second conductive terminal 162. The secondary second conductive terminal 162 comprises a secondary second terminal body 1621, a secondary second terminal primary end connection structure 1622, and a secondary second terminal secondary end connection structure 1623. The secondary second terminal body 1621 is connected to the secondary second terminal primary end connection structure 1622 and the secondary second terminal secondary end connection structure 1623, respectively.

It should be noted that the secondary first terminal insulating rubber core 151 and the secondary second terminal insulating rubber core 161 can be made of an insulating material and can respectively provide positioning for the secondary first conductive terminal 152 and the secondary second conductive terminal 162. The secondary first conductive terminal 152 and the secondary second conductive terminal 162 can optionally provide signal transmission, such as differential signals, and the number of secondary first conductive terminals 152 and secondary second conductive terminals 162 provided is not limited to one.

The shielding module 13 also includes a secondary conductive metal terminal body shield 135, a secondary conductive metal terminal primary end lap structure shield 136, and a secondary conductive metal terminal secondary end lap structure shield 137. The conductive plastic shield 131 also includes a secondary first terminal insulation rubber core positioning structure 1313 and a secondary second terminal insulation rubber core positioning structure 1314. The secondary conductive metal terminal primary end lap structure shield 136 includes a secondary shield primary end lap structure 1361. The secondary conductive metal terminal secondary end lap structure shield 137 includes a secondary shield secondary end lap structure 1371.

It should be noted that the secondary conductive metal terminal body shield 135, the secondary conductive metal terminal primary end bonding structure shield 136, and the secondary conductive metal terminal secondary end bonding structure shield 137 can each be made of a conductive metal material to provide shielding for transmitting signals, such as a ground signal.

In the above embodiment, the secondary-side first terminal module 15 , the secondary-side second terminal module 16 and the shielding module 13 can be assembled into a secondary-side electrical connector assembly structure SC. In the secondary-side electrical connector assembly structure SC, the secondary-side first-terminal insulating rubber core 151 is joined to the secondary-side first-terminal body 1521, and the secondary-side first-terminal insulating rubber core positioning structure 1313 positions the secondary-side first-terminal insulating rubber core 151. By positioning the secondary-side first-terminal insulating rubber core 151, the secondary-side first-terminal main-end overlapping structure 1522 is positioned between the secondary side S2 and the main end E1 of the electrical connector, at a height that allows it to overlap the main-end conductive component 2. Furthermore, the secondary-side first-terminal secondary-end overlapping structure 1523 is positioned between the secondary side S2 and the secondary end E2 of the electrical connector, at a height that allows it to overlap the secondary-end conductive component 3.

Additionally, the secondary second terminal insulating rubber core 161 is bonded to the secondary second terminal body 1621, and the secondary second terminal insulating rubber core positioning structure 1314 positions the secondary second terminal insulating rubber core 161. This positioning of the secondary second terminal insulating rubber core 161 allows the secondary second terminal main end overlapping structure 1622 to be positioned between the secondary side S2 of the electrical connector and the main end E1 of the electrical connector, at a height sufficient to overlap the main end conductive member 2. Furthermore, the secondary second terminal secondary end overlapping structure 1623 is positioned between the secondary side S2 of the electrical connector and the secondary end E2 of the electrical connector, at a height sufficient to overlap the secondary end conductive member 3.

Furthermore, the secondary-side conductive metal terminal body shield 135 and the secondary-side conductive metal terminal main-end overlap structure shield 136 are respectively bonded to the conductive plastic shield 131 to form the secondary-side main-end shield joint SMJ. The secondary-side main-end shield joint SMJ provides a shielding environment for signal transmission between the secondary-side first conductive terminal 152 and the secondary-side second conductive terminal 162 at the secondary side S2 and the main end E1 of the electrical connector.

It should be noted that in the secondary-side main-side shield joint SMJ of the above-described embodiment, the secondary-side conductive metal terminal main-side bridge structure shield 136 is located between the secondary-side first terminal main-side bridge structure 1522 and the secondary-side second terminal main-side bridge structure 1622, and the secondary-side first conductive terminal 152 and the secondary-side second conductive terminal 162 are located between the secondary-side conductive metal terminal body shield 135 and the conductive plastic shield 131.

Optionally, in the secondary-side main-end shield joint SMJ, the secondary-side shield main-end overlapping structure 1361 is located between the secondary side S2 of the electrical connector and the main end E1 of the electrical connector and is at a height sufficient to overlap the main-end conductive component 2.

Furthermore, the secondary conductive metal terminal secondary end bonding structure shield 137 is bonded to the conductive plastic shield 131 to form a secondary-side secondary end shield joint SSJ. The secondary-side secondary end shield joint SSJ provides a shielding environment for signal transmission between the secondary first conductive terminal 152 and the secondary second conductive terminal 162 at the secondary side S2 and the secondary end E2 of the electrical connector.

It should be noted that in the secondary-side secondary shield joint SSJ of the above-mentioned embodiment, the secondary-side conductive metal terminal secondary-end bonding structure shield 137 is located between the secondary-side first terminal secondary-end bonding structure 1523 and the secondary-side second terminal secondary-end bonding structure 1623.

Optionally, in the secondary-side secondary-end shield joint SSJ, the secondary-side shield secondary-end overlapping structure 1371 is located between the secondary side S2 of the electrical connector and the secondary end E2 of the electrical connector and is high enough to overlap the secondary-end conductive member 3.

In the embodiment shown in Figures 6 and 13 , the secondary conductive metal terminal primary-end bonding shield 136 is connected to the secondary conductive metal terminal secondary-end bonding shield 137 to form the secondary shield terminal ST. Therefore, the secondary conductive metal terminal primary-end bonding shield 136 and the secondary conductive metal terminal secondary-end bonding shield 137 can be integrally formed from a metallic conductive material to provide transmission shielding.

In the above-described embodiment, the secondary shield terminal ST is engaged with the secondary conductive metal terminal body shield 135, so that the secondary shield terminal ST is connected to the secondary conductive metal terminal body shield 135. Thus, the secondary shield terminal ST and the secondary conductive metal terminal body shield 135 can provide signal transmission shielding, creating a shielded environment for signal transmission between the secondary first conductive terminal 152 and the secondary second conductive terminal 162. This reduces interference with high-speed signal transmission in the electrical connector 1, thereby optimizing the transmission quality of high-speed signals in the electrical connector 1 to meet the special needs and developments of electronic devices.

In the above embodiment, the secondary shield terminal ST has a secondary conductive metal terminal body shield positioning structure ST1. In the secondary electrical connector assembly structure SC, the secondary conductive metal terminal body shield positioning structure ST1 positions the secondary conductive metal terminal body shield 135.

Furthermore, as shown in the embodiments of Figures 1, 8, and 15, the insulating housing 14 is joined to the primary-side electrical connector assembly structure MC and the secondary-side electrical connector assembly structure SC, such that the primary-side first terminal primary-end bonding structure 1122, the primary-side second terminal primary-end bonding structure 1222, the secondary-side first terminal primary-end bonding structure 1522, and the secondary-side second terminal primary-end bonding structure 1622 are located at the primary-end bonding port 141, and the primary-side first terminal secondary-end bonding structure 1123, the primary-side second terminal secondary-end bonding structure 1223, the secondary-side first terminal secondary-end bonding structure 1523, and the secondary-side second terminal secondary-end bonding structure 1623 are located at the secondary-end bonding port 143.

Correspondingly, the primary-end bonding guide structure 142 guides the primary-end conductive member 2 into the primary-end bonding port 141, where it bonds with the primary-side first-terminal primary-end bonding structure 1122, the primary-side second-terminal primary-end bonding structure 1222, the secondary-side first-terminal primary-end bonding structure 1522, and the secondary-side second-terminal primary-end bonding structure 1622. Furthermore, the secondary-end bonding guide structure 144 guides the secondary-end conductive member 3 into the secondary-end bonding port 143, where it bonds with the primary-side first-terminal secondary-end bonding structure 1123, the primary-side second-terminal secondary-end bonding structure 1223, the secondary-side first-terminal secondary-end bonding structure 1523, and the secondary-side second-terminal secondary-end bonding structure 1623.

In addition, as shown in the embodiments of FIG. 6 , FIG. 13 and FIG. 21 , the secondary conductive metal terminal body shield 135 has a secondary conductive metal shield anchoring structure 1351 . The primary-secondary conductive metal shield anchoring structure 1351 is anchored to the secondary conductive metal terminal secondary-end bonding shield 137, electrically connecting the secondary conductive metal terminal body shield 135 to the secondary conductive metal terminal secondary-end bonding shield 137. Thus, the secondary conductive metal terminal body shield 135 and the secondary conductive metal terminal secondary-end bonding shield 137 provide signal transmission shielding, creating a shielded environment for signal transmission between the secondary first conductive terminal 152 and the secondary second conductive terminal 162. This reduces interference with high-speed signal transmission in the electrical connector 1, thereby optimizing the high-speed signal transmission quality of the electrical connector 1 to meet the special needs and developments of electronic equipment.

In the above-described embodiment, the secondary conductive metal shield anchor structure 1351 includes a secondary conductive metal shield longitudinal anchor substructure 13511. The secondary conductive metal shield longitudinal anchor substructure 13511 can extend longitudinally, so that the height of the secondary conductive metal terminal secondary end bonding structure shield 137 can provide shielding for the secondary first terminal secondary end bonding structure 1523 and the secondary second terminal secondary end bonding structure 1623.

In the above-described embodiment, the secondary conductive metal shield anchor structure 1351 includes a secondary conductive metal shield transverse anchor substructure 13512. The secondary conductive metal shield transverse anchor substructure 13512 can extend laterally, positioning the secondary conductive metal terminal secondary end bonding structure shield 137 to provide shielding for the secondary first terminal secondary end bonding structure 1523 and the secondary second terminal secondary end bonding structure 1623.

It should be noted that in the embodiments of the present application, some of the aforementioned components may be omitted. For example, the electrical connector may optionally include only a main-side first terminal module, a main-side second terminal module, and a shielding module. The main-side first terminal module comprises a main-side first terminal insulating rubber core and a main-side first conductive terminal. The main-side first conductive terminal comprises a main-side first terminal body and a main-side first terminal main-end connection structure. The main-side first terminal body is connected to the main-side first terminal main-end connection structure. The main-side second terminal module comprises a main-side second terminal insulation rubber core and a main-side second conductive terminal. The main-side second conductive terminal comprises a main-side second terminal body and a main-side second terminal main-end bridging structure, with the main-side second terminal body being connected to the main-side second terminal main-end bridging structure. The shielding module comprises a conductive plastic shield, a main-side conductive metal terminal body shield, and a main-side conductive metal terminal main-end bridging structure shield. The conductive plastic shield comprises a main-side first terminal insulation rubber core positioning structure and a main-side second terminal insulation rubber core positioning structure.

It should be noted that the main side first terminal module, the main side second terminal module and the shielding module can be combined into a main side electrical connector assembly structure. In the main side electrical connector assembly structure, the main side first terminal insulation rubber core is connected to the main side first terminal body, and the main side first terminal insulation rubber core positioning structure is used to position the main side first terminal insulation rubber core. Positioning, so that the main side first terminal main end overlap structure is located on the main side of the electrical connector and the main end of the electrical connector and the height can overlap the main end conductive component; the main side second terminal insulation rubber core is connected to the main side second terminal body, and the main side second terminal insulation rubber core positioning structure is to position the main side second terminal insulation rubber core, by positioning the main side second terminal insulation rubber core, so that the main side second terminal main end overlap The structure is located on the main side of the electrical connector and the main end of the electrical connector and is highly capable of overlapping the main end conductive component; and the main side conductive metal terminal body shielding body and the main side conductive metal terminal main end overlapping structure shielding body are respectively joined with the conductive plastic shielding body to form the main side main end shielding joint body. The main side main end shielding joint body is located on the main side of the electrical connector and the main end of the electrical connector and is the main side first conductive terminal The shielding environment is provided for the main-side second conductive terminal. In the main-side main-end shielding assembly, the shielding body of the main-side conductive metal terminal main-end bonding structure is located between the main-side first terminal main-end bonding structure and the main-side second terminal main-end bonding structure. Furthermore, the first and second main-side conductive terminals are located between the main-side conductive metal terminal body shielding body and the conductive plastic shielding body.

In summary, the electrical connector provided in this application is equipped with a conductive plastic shield and a conductive metal shield that can provide signal transmission shielding, thereby reducing interference when transmitting high-speed signals, thereby optimizing the transmission quality of the electrical connector for high-speed signals to meet the special needs and development of electronic equipment.

The above embodiments are merely illustrative of the principles and functions of this application and are not intended to limit this application. Anyone skilled in the art may modify and alter the above embodiments without departing from the spirit and scope of this application. Therefore, the scope of protection of this application shall be as set forth in the scope of the patent application.

1: Electrical connector

14: Insulated shell

141: Host connection port

142: Main end lap guide structure

143: Secondary port

144: Secondary end lap guide structure

2: Main-end conductive components

3: Secondary conductive components

S1: Main side of electrical connector

S2: Secondary side of electrical connector

E1: Electrical connector main end

E2: Secondary end of electrical connector

Claims (22)

An electrical connector having one side as a main side and one end as a main end. The electrical connector is configured to connect a main end conductive component to the main side and the main end. The electrical connector comprises: a main side first terminal module having a main side first terminal insulating rubber core and a main side first conductive terminal; the main side first conductive terminal having a main side first terminal body and a main side first terminal main end connecting structure; the main side first terminal body being connected to the main side first terminal main end connecting structure; A main-side second terminal module comprising a main-side second terminal insulating rubber core and a main-side second conductive terminal, wherein the main-side second conductive terminal comprises a main-side second terminal body and a main-side second terminal main-end lap joint structure, wherein the main-side second terminal body is connected to the main-side second terminal main-end lap joint structure; and a shielding module comprising a conductive plastic shield, a main-side conductive metal terminal body shield, and a main-side conductive metal terminal main-end lap joint structure shield, wherein the conductive plastic shield comprises a main-side first terminal insulating rubber core positioning structure and a main-side second terminal insulating rubber core positioning structure; wherein: The main-side first terminal module, the main-side second terminal module, and the shielding module can be assembled into a main-side electrical connector assembly structure. In this main-side electrical connector assembly structure, the main-side first terminal insulating rubber core is engaged with the main-side first terminal body, and the main-side first terminal insulating rubber core positioning structure positions the main-side first terminal insulating rubber core. By positioning the main-side first terminal insulating rubber core, the main-side first terminal main-end overlapping structure is located between the main side of the electrical connector and the main end of the electrical connector, and is at a height sufficient to overlap the main-end conductive component. The main-side second terminal insulating rubber core is engaged with the main-side second terminal body, and the main-side second terminal insulating rubber core positioning structure positions the main-side second terminal insulating rubber core. By positioning the main-side second terminal insulating rubber core, the main-side second terminal main-end overlapping structure is located between the main side of the electrical connector and the main end of the electrical connector and is at a height sufficient to overlap the main-end conductive component; and The main-side conductive metal terminal body shield and the main-side conductive metal terminal main-end lapped structure shield are respectively bonded to the conductive plastic shield to form a main-side main-end shield joint. The main-side main-end shield joint provides a shielding environment for the main-side first conductive terminal and the main-side second conductive terminal at the main side and main end of the electrical connector. In the main-side main-end shield joint, the main-side conductive metal terminal main-end lapped structure shield is located between the main-side first terminal main-end lapped structure and the main-side second terminal main-end lapped structure, and the main-side first conductive terminal and the main-side second conductive terminal are located between the main-side conductive metal terminal body shield and the conductive plastic shield. An electrical connector as described in claim 1, wherein the main-side conductive metal terminal main-end overlapping structure shielding body has a main-side shielding body main-end overlapping structure, and in the main-side main-end shielding joint body, the main-side shielding body main-end overlapping structure is located at the main side of the electrical connector and the main end of the electrical connector and is high enough to overlap the main-end conductive component. The electrical connector as described in claim 1 further includes: an insulating shell, the insulating shell having a main-end strapping port and a main-end strapping guide structure, and the insulating shell is engaged with the main-side electrical connector assembly structure so that the main-side first terminal main-end strapping structure and the main-side second terminal main-end strapping structure are located at the main-end strapping port, and the main-end strapping guide structure guides the main-end conductive component to enter the main-end strapping port and respectively strap the main-side first terminal main-end strapping structure and the main-side second terminal main-end strapping structure. The electrical connector as described in claim 1, wherein the other end of the electrical connector is a secondary end of the electrical connector, and the electrical connector can be connected to a primary end conductive component on the primary side of the electrical connector and the secondary end of the electrical connector, wherein: The primary side first conductive terminal also has a primary side first terminal secondary end bonding structure, and the primary side first terminal body is connected to the primary side first terminal secondary end bonding structure; The primary side second conductive terminal also has a primary side second terminal secondary end bonding structure, and the primary side second terminal body is connected to the primary side second terminal secondary end bonding structure; The shielding module also has a primary side conductive metal terminal secondary end bonding structure shield; in the primary side electrical connector assembly structure, By positioning the insulating rubber core of the primary-side first terminal, the primary-side first terminal secondary-end overlapping structure is positioned between the primary side of the electrical connector and the secondary end of the electrical connector, and is at a height sufficient to overlap the secondary-end conductive component; and by positioning the insulating rubber core of the primary-side second terminal, the primary-side second terminal secondary-end overlapping structure is positioned between the primary side of the electrical connector and the secondary end of the electrical connector, and is at a height sufficient to overlap the secondary-end conductive component; and The primary-side conductive metal terminal secondary-end bonding shield is bonded to the conductive plastic shield to form a primary-side secondary-end shielding joint. The primary-side secondary-end shielding joint provides a shielding environment for the primary-side first conductive terminal and the primary-side second conductive terminal at the primary side and the secondary end of the electrical connector. Within the primary-side secondary-end shielding joint, the primary-side conductive metal terminal secondary-end bonding shield is located between the primary-side first terminal secondary-end bonding structure and the primary-side second terminal secondary-end bonding structure. An electrical connector as described in claim 4, wherein the main-side conductive metal terminal secondary-end overlapping structure shielding body has a main-side shielding body secondary-end overlapping structure, and in the main-side secondary-end shielding joint body, the main-side shielding body secondary-end overlapping structure is located between the main side of the electrical connector and the secondary end of the electrical connector and is high enough to overlap the secondary-end conductive component. An electrical connector as described in claim 4, wherein the main-side conductive metal terminal main-end overlapping structural shield is connected to the main-side conductive metal terminal secondary-end overlapping structural shield to form a main-side shield terminal, and the main-side shield terminal is engaged with the main-side conductive metal terminal body shield, so that the main-side shield terminal is connected to the main-side conductive metal terminal body shield, thereby providing a shielding environment for the main-side first conductive terminal and the main-side second conductive terminal. An electrical connector as described in claim 6, wherein the main side shield terminal has a main side conductive metal terminal body shield positioning structure, and in the main side electrical connector assembly structure, the main side conductive metal terminal body shield positioning structure positions the main side conductive metal terminal body shield. The electrical connector as described in claim 4 further includes: an insulating shell, the insulating shell having a primary end bonding port and a primary end bonding guide structure, and the insulating shell is engaged with the main side electrical connector assembly structure so that the main side first terminal secondary end bonding structure and the main side second terminal secondary end bonding structure are located at the secondary end bonding port, and the secondary end bonding guide structure guides the secondary end conductive component to enter the secondary end bonding port and respectively bond the main side first terminal secondary end bonding structure and the main side second terminal secondary end bonding structure. An electrical connector as described in claim 4, wherein the main-side conductive metal terminal body shield has a main-side conductive metal shield anchoring structure, and the main-side conductive metal shield anchoring structure is anchored to the main-side conductive metal terminal secondary-end lap structure shield, so that the main-side conductive metal terminal body shield is electrically connected to the main-side conductive metal terminal secondary-end lap structure shield. An electrical connector as described in claim 9, wherein the main side conductive metal shield anchor structure has a main side conductive metal shield longitudinal anchor substructure, and the main side conductive metal shield longitudinal anchor substructure can be extended in the longitudinal direction so that the height of the main side conductive metal terminal secondary end lap structure shield can provide shielding for the main side first terminal secondary end lap structure and the main side second terminal secondary end lap structure. An electrical connector as described in claim 9, wherein the main side conductive metal shield anchor structure has a main side conductive metal shield transverse anchor substructure, and the main side conductive metal shield transverse anchor substructure can extend laterally so that the position of the main side conductive metal terminal secondary end lap structure shield can provide shielding for the main side first terminal secondary end lap structure and the main side second terminal secondary end lap structure. The electrical connector of claim 4, wherein the other side of the electrical connector is a secondary side of the electrical connector, and the electrical connector is capable of being connected to a primary-side conductive component on the secondary side of the electrical connector and the primary side of the electrical connector, the electrical connector comprising: a primary-side first terminal module, the secondary-side first terminal module having a primary-side first terminal insulating rubber core and a primary-side first conductive terminal, the secondary-side first conductive terminal having a primary-side first terminal body and a primary-side first terminal primary-side connecting structure, the secondary-side first terminal body being connected to the secondary-side first terminal primary-side connecting structure; A primary second terminal module, the secondary second terminal module comprising a primary second terminal insulation rubber core and a primary second conductive terminal, the secondary second conductive terminal comprising a primary second terminal body and a primary second terminal main end lapped structure, the secondary second terminal body being connected to the secondary second terminal main end lapped structure; and The shielding module further comprising a primary conductive metal terminal body shield and a primary conductive metal terminal main end lapped structure shield, the conductive plastic shield further comprising a primary first terminal insulation rubber core positioning structure and a primary second terminal insulation rubber core positioning structure; wherein The secondary first terminal module, the secondary second terminal module, and the shielding module can be assembled into a primary electrical connector assembly structure. In this secondary electrical connector assembly structure, the secondary first terminal insulating rubber core is engaged with the secondary first terminal body, and the secondary first terminal insulating rubber core positioning structure positions the secondary first terminal insulating rubber core. By positioning the secondary first terminal insulating rubber core, the secondary first terminal main end overlapping structure is positioned between the secondary side of the electrical connector and the main end of the electrical connector, and is at a height sufficient to overlap the main end conductive component. The secondary second terminal insulating rubber core is engaged with the secondary second terminal body, and the secondary second terminal insulating rubber core positioning structure positions the secondary second terminal insulating rubber core. By positioning the secondary second terminal insulating rubber core, the secondary second terminal main end overlapping structure is located between the secondary side of the electrical connector and the main end of the electrical connector and is at a height sufficient to overlap the main end conductive component; and The secondary conductive metal terminal body shield and the secondary conductive metal terminal main end bonding structure shield are respectively bonded to the conductive plastic shield to form a primary main end shield joint. The secondary main end shield joint provides a shielding environment for the secondary first conductive terminal and the secondary second conductive terminal at the secondary side and the main end of the electrical connector. In the secondary main end shield joint, the secondary conductive metal terminal main end bonding structure shield is located between the secondary first terminal main end bonding structure and the secondary second terminal main end bonding structure, and the secondary first conductive terminal and the secondary second conductive terminal are located between the secondary conductive metal terminal body shield and the conductive plastic shield. An electrical connector as described in claim 12, wherein the secondary-side conductive metal terminal main-end overlapping structure shielding body has a primary-side shielding body main-end overlapping structure, and in the secondary-side main-end shielding joint body, the secondary-side shielding body main-end overlapping structure is located between the secondary side of the electrical connector and the main end of the electrical connector and is high enough to overlap the main-end conductive component. The electrical connector as claimed in claim 12 further comprises: an insulating shell having a main end connection port and a main end connection guide structure, and the insulating shell is connected to the main side electrical connector assembly structure and the secondary side electrical connector assembly structure, so that the main side first terminal main end connection structure, the main side second terminal main end connection structure, the secondary side first terminal main end connection structure The terminal main end bonding structure and the secondary side second terminal main end bonding structure are located at the main end bonding port. The main end bonding guide structure guides the main end conductive component to enter the main end bonding port and bond the main side first terminal main end bonding structure, the main side second terminal main end bonding structure, the secondary side first terminal main end bonding structure and the secondary side second terminal main end bonding structure. The electrical connector as described in claim 12 has a secondary end, and the electrical connector can be connected to a primary conductive component on the secondary side of the electrical connector and the secondary end of the electrical connector, wherein: The secondary first conductive terminal also has a primary first terminal secondary end bonding structure, and the secondary first terminal body is connected to the secondary first terminal secondary end bonding structure; The secondary second conductive terminal also has a primary second terminal secondary end bonding structure, and the secondary second terminal body is connected to the secondary second terminal secondary end bonding structure; The shielding module also has a primary conductive metal terminal secondary end bonding structure shield; in the secondary electrical connector assembly structure, By positioning the insulating rubber core of the secondary first terminal, the secondary first terminal secondary end overlap structure is located between the secondary side and the secondary end of the electrical connector and is at a height sufficient to overlap the secondary end conductive component; and by positioning the insulating rubber core of the secondary second terminal, the secondary second terminal secondary end overlap structure is located between the secondary side and the secondary end of the electrical connector and is at a height sufficient to overlap the secondary end conductive component; and The secondary-side conductive metal terminal secondary-end bonding shield is bonded to the conductive plastic shield to form a primary-side secondary-end shielding joint. The secondary-side secondary-end shielding joint provides a shielding environment for the secondary-side first conductive terminal and the secondary-side second conductive terminal at the secondary side and the secondary end of the electrical connector. Within the secondary-side secondary-end shielding joint, the secondary-side conductive metal terminal secondary-end bonding shield is located between the secondary-side first terminal secondary-end bonding structure and the secondary-side second terminal secondary-end bonding structure. As described in claim 15, the secondary-side conductive metal terminal secondary end overlapping structure shielding body has a primary-side shield secondary end overlapping structure, and in the secondary-side secondary end shielding joint body, the secondary-side shield secondary end overlapping structure is located at the secondary side of the electrical connector and the secondary end of the electrical connector and is high enough to overlap the secondary end conductive component. An electrical connector as described in claim 15, wherein the secondary conductive metal terminal main end overlapping structure shield is connected to the secondary conductive metal terminal secondary end overlapping structure shield to form a primary shield terminal, and the secondary shield terminal is engaged with the secondary conductive metal terminal body shield, so that the secondary shield terminal is connected to the secondary conductive metal terminal body shield, thereby providing a shielding environment for the secondary first conductive terminal and the secondary second conductive terminal. The electrical connector as described in claim 17, wherein the secondary shield terminal has a primary conductive metal terminal body shield positioning structure, and in the secondary electrical connector assembly structure, the secondary conductive metal terminal body shield positioning structure positions the secondary conductive metal terminal body shield. The electrical connector as claimed in claim 15 further comprises: an insulating shell having a primary end connection port and a primary end connection guide structure, and the insulating shell is connected to the main side electrical connector assembly structure and the secondary side electrical connector assembly structure, so that the primary side first terminal secondary end connection structure, the primary side second terminal secondary end connection structure, the secondary side first terminal secondary end connection structure The terminal secondary end bonding structure and the secondary side second terminal secondary end bonding structure are located at the secondary end bonding port. The secondary end bonding guide structure guides the secondary end conductive component to enter the secondary end bonding port and bond the primary side first terminal secondary end bonding structure, the primary side second terminal secondary end bonding structure, the secondary side first terminal secondary end bonding structure and the secondary side second terminal secondary end bonding structure. As described in claim 15, the secondary conductive metal terminal body shield has a primary conductive metal shield anchoring structure, and the secondary conductive metal shield anchoring structure is anchored to the secondary conductive metal terminal secondary end lap structure shield, so that the secondary conductive metal terminal body shield is electrically connected to the secondary conductive metal terminal secondary end lap structure shield. An electrical connector as described in claim 20, wherein the secondary-side conductive metal shield anchor structure has a primary-side conductive metal shield longitudinal anchor substructure, and the secondary-side conductive metal shield longitudinal anchor substructure can be extended in the longitudinal direction so that the height of the secondary-side conductive metal terminal secondary-end lap joint structure shield can provide shielding for the secondary-side first terminal secondary-end lap joint structure and the secondary-side second terminal secondary-end lap joint structure. An electrical connector as described in claim 20, wherein the secondary conductive metal shield anchor structure has a primary conductive metal shield transverse anchor substructure, and the secondary conductive metal shield transverse anchor substructure can be extended laterally so that the position of the secondary conductive metal terminal secondary end lap joint structure shield can provide shielding for the secondary first terminal secondary end lap joint structure and the secondary second terminal secondary end lap joint structure.