TWM654315U - Electrical connector - Google Patents

Abstract

An electrical connector comprises a non-bridge conductive terminal, a plurality of bridge conductive terminals, a bridge conductive plastic body and a bridge conductive metal body, wherein the non-bridge conductive terminal and the bridge conductive terminals are used to transmit signals respectively, and the bridge conductive metal body can electrically bridge the bridge conductive terminals and the bridge conductive plastic body at one end respectively, thereby reducing the interference of the non-bridge conductive terminal when transmitting signals, thus reducing the distortion of the signal transmitted by the non-bridge conductive terminal, so that the non-bridge conductive terminal can stably transmit the signal, thereby optimizing the transmission speed and quality of the signal of the electrical connector, so as to meet the signal transmission requirements of the electronic equipment for the electrical connector.

Description

Electrical connector

The present application relates to the field of electrical connector technology, and more specifically, to an electrical connector that can reduce interference in signal transmission of internal conductive terminals.

Generally, a conductive terminal is provided inside an electrical connector to provide a transmission signal. However, the conductive terminal may be interfered when transmitting the signal, so that the signal cannot be transmitted stably or even distorted, thereby affecting the transmission speed and quality of the conductive terminal for the signal, and failing to meet the signal transmission requirements of the electronic device for the electrical connector.

In view of this, how to reduce interference in signal transmission of conductive terminals in electrical connectors has become a technical issue that the industry is eager to challenge and overcome.

In view of the above-mentioned shortcomings of the prior art, the present application provides an electrical connector, one side of which is a main side of the electrical connector, and the electrical connector comprises: a main side connector component, the main side connector component is located on the main side of the electrical connector, and the main side connector component has a main side component insulating rubber core and a main side component conductive terminal set, the main side component conductive terminal set has a first main side member bridge conductive terminal, a second main side member bridge conductive terminal and a main side member non-bridge conductive terminal, the main side member insulating rubber core is connected to the main side member conductive terminal set to provide positioning for the first main side member bridge conductive terminal and the second main side member bridge conductive terminal; and a bridge conductive member, one end of the bridge conductive member is a bridge member bridge The conductive bridge component has a conductive bridge plastic body and a main-side conductive bridge metal body. The main-side conductive bridge metal body is located on the main side of the electrical connector. The main-side conductive bridge metal body has a first main-side bridge metal pin and a second main-side bridge metal pin. The first main-side bridge metal pin has a first main-side bridge metal pin lap section. The second main side bridge metal pin has a second main side bridge metal pin bridging section; the first main side bridge metal pin bridging section has a first main side bridge metal pin bridge conductive terminal bridging structure, a first main side bridge metal pin conductive plastic bridging structure and a first main side bridge metal pin anchor support structure; the second main side bridge metal pin bridging section has a second main The side bridge metal pin bridge conductive terminal lap structure, a second main side bridge metal pin conductive plastic lap structure and a second main side bridge metal pin anchor support structure; wherein the bridge conductive component can be combined with the main side connector component to form a main side connector assembly structure, in which the bridge conductive component is across the main side component non-bridge conductive The first main side bridge metal pin is connected to the supporting structure and electrically connected to and supports the first main side bridge metal pin bridge conductive terminal lap structure and the first main side bridge metal pin conductive plastic lap structure, so that the first main side bridge metal pin bridge conductive terminal lap structure and the first main side bridge metal pin conductive plastic lap structure are electrically connected at the bridge component lap end. The first main side component bridge conductive terminal is electrically connected to the bridge conductive plastic body, and the second main side bridge metal pin connecting support structure is electrically connected to and supports the second main side bridge metal pin bridge conductive terminal connecting structure and the second main side bridge metal pin conductive plastic connecting structure, so that the second main side bridge metal pin bridge conductive terminal connecting structure and the second main side bridge metal pin conductive plastic connecting structure are electrically connected. The pin conductive plastic bridging structure electrically bridges the second main side member bridge conductive terminal and the bridge conductive plastic body at the bridge member bridging end, and the bridge conductive plastic body electrically bridges the first main side member bridge conductive terminal and the second main side member bridge conductive terminal at the bridge member bridging end, so as to reduce interference to the signal transmission of the non-bridge conductive terminal of the main side member.

Preferably, in the electrical connector of the present application, the first main-side bridge metal pin lap section and the second main-side bridge metal pin lap section are bent structures.

Preferably, in the electrical connector of the present application, the other end of the bridge conductive member is a bridge member joint end, the first main side bridge metal pin further has a first main side bridge metal pin joint section, the second main side bridge metal pin further has a second main side bridge metal pin joint section, and the bridge conductive plastic body is joined to the first main side bridge metal pin at the bridge member joint end. The joint section and the second main side bridge metal pin joint section provide positioning for the first main side bridge metal pin and the second main side bridge metal pin, and enable the bridge conductive plastic body to electrically bridge the first main side member bridge conductive terminal and the second main side member bridge conductive terminal at the bridge member joint end to reduce interference to the signal transmission of the non-bridge conductive terminal of the main side member.

Preferably, in the electrical connector of the present application, the bridge conductive plastic body has a main side bridge conductive plastic body plug-in structure, and the main side bridge conductive plastic body plug-in structure is respectively plugged into the first main side bridge metal pin joint section and the second main side bridge metal pin joint section at the joint end of the bridge component, so that the bridge conductive plastic body is respectively joined to the first main side bridge metal pin joint section and the second main side bridge metal pin joint section.

Preferably, in the electrical connector of the present application, in the main side connector assembly structure, the bridge conductive plastic body is engaged with the main side component insulating rubber core at the main side of the electrical connector to provide positioning for the main side component insulating rubber core.

Preferably, in the electrical connector of the present application, the bridge conductive plastic body has a main side bridge conductive plastic body embedding structure, and the main side bridge conductive plastic body embedding structure embeds the main side component insulating rubber core on the main side of the electrical connector to allow the bridge conductive plastic body to engage the main side component insulating rubber core.

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 further comprises: a primary side connector component, the secondary side connector component is located at the secondary side of the electrical connector, and the secondary side connector component has a primary side component insulating rubber core and a primary side component conductive terminal set, the secondary side component conductive terminal set has a first side component insulating rubber core and a first side component conductive terminal set. The primary side member comprises a bridge conductive terminal, a secondary side member bridge conductive terminal and a primary side member non-bridge conductive terminal. The secondary side member insulating rubber core is connected to the secondary side member conductive terminal set to provide positioning for the first side member bridge conductive terminal and the second side member bridge conductive terminal; and the bridge conductive member also has a primary side bridge conductive metal body. The secondary side bridge conductive metal body is located at the secondary side of the electrical connector, and the secondary side bridge conductive metal body has a first side bridge metal pin and a second side bridge metal pin, the first side bridge metal pin has a first side bridge metal pin lap section, and the second side bridge metal pin has a second side bridge metal pin lap section; The first side bridge metal pin lap section has a first side bridge metal pin lap conductive terminal lap structure, a first side bridge metal pin conductive plastic lap structure and a first side bridge metal pin anchor support structure; the second side bridge metal pin lap section has a second side bridge metal pin lap conductive terminal lap structure, a second The side bridge metal pin conductive plastic lap joint structure and a secondary side bridge metal pin joint support structure; wherein the bridge conductive component can also be combined with the secondary side connector component to form a primary side connector assembly structure, in which the bridge conductive component spans over the non-bridge conductive terminal of the secondary side component, and the primary side bridge metal pin is connected to the secondary side connector assembly structure. The supporting structure is electrically connected and supports the first side bridge metal pin bridge conductive terminal lap structure and the first side bridge metal pin conductive plastic lap structure, so that the first side bridge metal pin bridge conductive terminal lap structure and the first side bridge metal pin conductive plastic lap structure are electrically lapped at the bridge component lap end of the bridge component. The conductive terminal is connected to the conductive plastic body of the bridge, and the second side bridge metal pin anchoring support structure is electrically connected and supports the second side bridge metal pin bridge conductive terminal lap structure and the second side bridge metal pin conductive plastic lap structure, so that the second side bridge metal pin bridge conductive terminal lap structure and the second side bridge metal pin conductive plastic The plastic overlapping structure electrically overlaps the secondary side member bridge conductive terminal and the bridge conductive plastic body at the bridge member overlapping end, and the bridge conductive plastic body electrically bridges the first side member bridge conductive terminal and the second side member bridge conductive terminal at the bridge member overlapping end, so as to reduce interference to the signal transmission of the non-bridge conductive terminal of the secondary side member.

Preferably, in the electrical connector of the present application, the first side bridge metal pin lap section and the second side bridge metal pin lap section are bent structures.

Preferably, in the electrical connector of the present application, the other end of the bridge conductive member is a bridge member joint end, the first side bridge metal pin also has a first side bridge metal pin joint section, the second side bridge metal pin also has a second side bridge metal pin joint section, and the bridge conductive plastic body is joined to the first side bridge metal pin at the bridge member joint end. The joint section and the second side bridge metal pin joint section provide positioning for the first side bridge metal pin and the second side bridge metal pin, and make the bridge conductive plastic body electrically bridge the first side member bridge conductive terminal and the second side member bridge conductive terminal at the bridge member joint end to reduce interference to the signal transmission of the non-bridge conductive terminal of the secondary side member.

Preferably, in the electrical connector of the present application, the bridge conductive plastic body has a primary-side bridge conductive plastic body plug-in structure, and the secondary-side bridge conductive plastic body plug-in structure is respectively plugged into the primary-side bridge metal pin bonding section and the secondary-side bridge metal pin bonding section at the bridge component bonding end, so that the bridge conductive plastic body is respectively bonded to the primary-side bridge metal pin bonding section and the secondary-side bridge metal pin bonding section.

Preferably, in the electrical connector of the present application, in the secondary connector assembly structure, the bridge conductive plastic body is engaged with the secondary component insulating rubber core at the secondary side of the electrical connector to provide positioning for the secondary component insulating rubber core.

Preferably, in the electrical connector of the present application, the bridge conductive plastic body has a primary bridge conductive plastic body embedding structure, and the secondary bridge conductive plastic body embedding structure embeds the secondary side component insulating rubber core at the secondary side of the electrical connector to allow the bridge conductive plastic body to engage the secondary side component insulating rubber core.

Preferably, in the electrical connector of the present application, the bridge conductive plastic body is located between the primary side component conductive terminal set and the secondary side component conductive terminal set to reduce interference in signal transmission between the primary side component conductive terminal set and the secondary side component conductive terminal set.

Preferably, in the electrical connector of the present application, the main-side component conductive terminal set also has a main-side conductive terminal set overlapping structure, the secondary-side component conductive terminal set also has a primary-side conductive terminal set overlapping structure, and the bridge conductive plastic body has a bridge conductive plastic body shielding wall, and the bridge conductive plastic body shielding wall is located between the main-side conductive terminal set overlapping structure and the secondary-side conductive terminal set overlapping structure to reduce interference in signal transmission between the main-side conductive terminal set overlapping structure and the secondary-side conductive terminal set overlapping structure.

Compared with the prior art, the present application provides an electrical connector having a non-bridge conductive terminal, a plurality of bridge conductive terminals, a bridge conductive plastic body and a bridge conductive metal body, wherein the non-bridge conductive terminal and the bridge conductive terminals are used to transmit signals respectively, and the bridge conductive metal body can electrically bridge the bridge conductive terminals at one end. The conductive plastic body is connected to the non-bridge conductive terminal, thereby reducing the interference of the non-bridge conductive terminal when transmitting the signal. Therefore, the distortion of the signal transmitted by the non-bridge conductive terminal can be reduced, so that the non-bridge conductive terminal can stably transmit the signal, thereby optimizing the transmission speed and quality of the signal of the electrical connector to meet the signal transmission requirements of the electronic equipment for the electrical connector.

The following content will be accompanied by drawings to illustrate the technical content of this application through specific concrete embodiments. People familiar with this technology can easily understand other advantages and functions of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments. The details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportional relationship and relative position of each component in the drawings are only for exemplary purposes and do not represent the actual situation of the implementation of this application.

In addition, in the following embodiments, structures or elements with the same or similar functions will be described using the same symbols, and descriptions of the same or equivalent technical features will be omitted to make the disclosed content more concise and easy to understand.

For the description of the embodiments of the present invention, please refer to FIGS. 1 to 13 .

The present application provides an electrical connector which can reduce interference to signal transmission of internal conductive terminals.

In each embodiment shown in FIG. 1 to FIG. 2, FIG. 5 to FIG. 8 and FIG. 10 to FIG. 13 of the present application, an electrical connector 1 is provided, and the two sides of the electrical connector 1 are respectively an electrical connector primary side L1 and an electrical connector secondary side L2. The electrical connector 1 includes: a primary side connector component 11, a primary side connector component 12 and a bridge conductive component 13.

The main side connector component 11 is located at the main side L1 of the electrical connector, and the main side connector component 11 has a main side component insulating rubber core 111 and a main side component conductive terminal set 112. The main side component conductive terminal set 112 can provide transmission, such as differential signals or ground signals. To this end, the main side component conductive terminal set 112 has a first main side component bridge conductive terminal 1121, a second main side component bridge conductive terminal 1122, and a main side component non-bridge conductive terminal 1123. The main side component insulating rubber core 111 is joined to the main side component conductive terminal set 112 to provide positioning for the first main side component bridge conductive terminal 1121 and the second main side component bridge conductive terminal 1122 respectively.

It should be noted that in the above embodiment, the first main side member bridge conductive terminal 1121 and the second main side member bridge conductive terminal 1122 can provide a ground signal for transmission, but this is not limited to the above embodiment, and it is not excluded that the first main side member bridge conductive terminal 1121 and the second main side member bridge conductive terminal 1122 can provide other forms of electrical signals for transmission. In addition, it is not excluded that one of the first main side member bridge conductive terminal 1121 and the second main side member bridge conductive terminal 1122 can be omitted.

In addition, the main side component non-bridge conductive terminal 1123 can provide transmission of non-ground signals, but is not limited to this, and does not exclude that the main side component non-bridge conductive terminal 1123 can provide transmission of other forms of electrical signals. Furthermore, it is not excluded that the main side component non-bridge conductive terminal 1123 can be omitted.

The secondary connector component 12 is located at the secondary side L2 of the electrical connector, and the secondary connector component 12 has a primary component insulating rubber core 121 and a primary component conductive terminal set 122. The secondary component conductive terminal set 122 can provide transmission of, for example, differential signals or ground signals. To this end, the secondary side member conductive terminal set 122 includes a first side member bridge conductive terminal 1221, a second side member bridge conductive terminal 1222 and a primary side member non-bridge conductive terminal 1223. The secondary side member insulating rubber core 121 is connected to the secondary side member conductive terminal set 122 to provide positioning for the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222, respectively.

It should be noted that in the above embodiment, the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222 can provide a ground signal for transmission, but this is not limited to the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222 can provide other forms of electrical signals for transmission. In addition, it is not excluded that one of the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222 can be omitted.

In addition, the secondary component non-bridge conductive terminal 1223 can provide transmission of non-ground signals, but is not limited thereto, and does not exclude that the secondary component non-bridge conductive terminal 1223 can provide transmission of other forms of electrical signals. Furthermore, it does not exclude that the secondary component non-bridge conductive terminal 1223 can be omitted.

The two ends of the bridge conductive component 13 are a bridge component lap end E1 and a bridge component joint end E2, and the bridge conductive component 13 has a bridge conductive plastic body 131, a main side bridge conductive metal body 132 and a primary side bridge conductive metal body 133. In the above embodiment, the bridge conductive plastic body 131 is located between the main side component conductive terminal set 112 and the secondary side component conductive terminal set 122 to shield or exclude interference signals, thereby reducing the interference received by the main side component conductive terminal set 112 and the secondary side component conductive terminal set 122 when transmitting signals, thereby reducing the main side component conductive terminal set 112 and the secondary side component conductive terminal set 122. The signal transmitted by the electrical terminal set 112 and the secondary component conductive terminal set 122 is distorted, so that the primary component conductive terminal set 112 and the secondary component conductive terminal set 122 can stably transmit signals, thereby optimizing the transmission speed and quality of the signal of the electrical connector 1 to meet the signal transmission requirements of the electronic device for the electrical connector 1.

Optionally, as shown in FIGS. 2 to 9 and 11 to 13, the primary side component conductive terminal set 112 further has a primary side conductive terminal set bridging structure 1124, and the secondary side component conductive terminal set 122 further has a primary side conductive terminal set bridging structure 1224. It should be noted that the primary side conductive terminal set bridging structure 1124 and the secondary side conductive terminal set bridging structure 1224 provide bridging conductive components.

As shown in FIGS. 2 to 4, 6 to 8, and 11 to 13, the bridge conductive plastic body 131 has a bridge conductive plastic body shielding wall 1315, and the bridge conductive plastic body shielding wall 1315 is located between the main side conductive terminal set bridge structure 1124 and the secondary side conductive terminal set bridge structure 1224 to shield or eliminate interference signals, thereby reducing the main side conductive terminal set bridge structure 1124 and the secondary side conductive terminal set bridge structure 1224. 4 when transmitting signals, thereby reducing the distortion of the signals transmitted by the primary-side conductive terminal set bonding structure 1124 and the secondary-side conductive terminal set bonding structure 1224, so that the primary-side conductive terminal set bonding structure 1124 and the secondary-side conductive terminal set bonding structure 1224 can stably transmit signals, thereby optimizing the transmission speed and quality of the electrical connector 1 for signals, so as to meet the signal transmission requirements of the electronic device for the electrical connector 1.

The main side bridge conductive metal body 132 is located at the main side L1 of the electrical connector, and the main side bridge conductive metal body 132 has a first main side bridge metal pin 1321 and a second main side bridge metal pin 1322. As shown in FIG. 1 to FIG. 2 and FIG. 6, the first main side bridge metal pin 1321 has a first main side bridge metal pin lap section 13211 and a first main side bridge metal pin joint section 13212; and the second main side bridge metal pin 1322 has a second main side bridge metal pin lap section 13221 and a second main side bridge metal pin joint section 13222.

The secondary bridge conductive metal body 133 is located at the secondary side L2 of the electrical connector, and the secondary bridge conductive metal body 133 has a first side bridge metal pin 1331 and a second side bridge metal pin 1332. As shown in FIG5 , the first side bridge metal pin 1331 has a first side bridge metal pin lap section 13311 and a first side bridge metal pin joint section 13312; and the second side bridge metal pin 1332 has a second side bridge metal pin lap section 13321 and a second side bridge metal pin joint section 13322.

As shown in FIGS. 1 to 2, 5 to 6 and 12, the first main side bridge metal pin bridging section 13211 comprises a first main side bridge metal pin bridge conductive terminal bridging structure 132111, a first main side bridge metal pin conductive plastic bridging structure 132112 and a first main side bridge metal pin anchor support. and the second main side bridge metal pin bridging section 13221 comprises a second main side bridge metal pin bridge conductive terminal bridging structure 132211, a second main side bridge metal pin conductive plastic bridging structure 132212 and a second main side bridge metal pin anchor support structure 132213.

As shown in FIG. 1, FIG. 5 and FIG. 13, the first side bridge metal pin bridging section 13311 comprises a first side bridge metal pin bridge conductive terminal bridging structure 133111, a first side bridge metal pin conductive plastic bridging structure 133112 and a first side bridge metal pin anchor support structure 133113. 33113; and the second side bridge metal pin lap section 13321 has a second side bridge metal pin bridge conductive terminal lap structure 133211, a second side bridge metal pin conductive plastic lap structure 133212 and a second side bridge metal pin anchor support structure 133213.

It should be noted that the bridge conductive component 13 can be combined with the main side connector component 11 to form a main side connector assembly structure A1. As shown in FIG. 13 , in the main side connector assembly structure A1, the bridge conductive member 13 crosses the main side member non-bridge conductive terminal 1123, so that the bridge conductive member 13 can be prevented from electrically abutting against the main side member non-bridge conductive terminal 1123 to cause an electrical short circuit, and as shown in FIG. 12 , the first main side bridge metal pin anchor support structure 132113 is electrically anchored and supports the first main side bridge metal pin bridge conductive terminal bridging structure 132111 and the first main side bridge metal pin conductive terminal bridging structure 132113. The conductive plastic lap joint structure 132112 makes the first main side bridge metal pin bridge conductive terminal lap joint structure 132111 and the first main side bridge metal pin conductive plastic lap joint structure 132112 electrically lap the first main side member bridge conductive terminal 1121 and the bridge conductive plastic body 131 at the bridge member lap end E1, and as shown in FIG. 12, the second main side bridge metal pin anchor support structure 132213 is electrically anchored and supports the second main side bridge metal pin bridge conductive terminal lap joint. The conductive plastic bridging structure 132211 and the second main side bridge metal pin conductive plastic bridging structure 132212 are connected to each other so that the second main side bridge metal pin conductive plastic bridging structure 132211 and the second main side bridge metal pin conductive plastic bridging structure 132212 are respectively connected to the second main side bridge conductive terminal 1122 and the conductive plastic body 131 at the bridge component bridging end E1, and the conductive plastic body 131 is connected to the first main side bridge conductive terminal 1122 at the bridge component bridging end E1. The terminal 1121 and the second main side component bridge conductive terminal 1122 are used to shield or eliminate interference signals, thereby reducing the interference received by the main side component non-bridge conductive terminal 1123 when transmitting signals. Therefore, the distortion of the signal transmitted by the main side component non-bridge conductive terminal 1123 can be reduced, so that the main side component non-bridge conductive terminal 1123 can stably transmit signals, thereby optimizing the transmission speed and quality of the signal of the electrical connector 1 to meet the signal transmission requirements of the electronic device for the electrical connector 1.

In addition, the bridge conductive member 13 can also be combined with the secondary connector member 12 to form a primary connector assembly structure A2. As shown in FIG12 , in the secondary connector assembly structure A2, the bridge conductive member 13 crosses the secondary member non-bridge conductive terminal 1223, so that the bridge conductive member 13 can be prevented from electrically abutting against the secondary member non-bridge conductive terminal 1223 to cause an electrical short circuit, and as shown in FIG13 , the primary side bridge metal pin anchor support structure 133113 is electrically anchored and supports the primary side bridge metal pin bridge conductive terminal lap structure 133111 and the primary side bridge metal pin conductive terminal lap structure 133113. The conductive plastic lap joint structure 133112 makes the first side bridge metal pin bridge conductive terminal lap joint structure 133111 and the first side bridge metal pin conductive plastic lap joint structure 133112 electrically lap the first side member bridge conductive terminal 1221 and the bridge conductive plastic body 131 at the bridge member lap end E1, and as shown in FIG. 13, the second side bridge metal pin anchor support structure 133213 is electrically anchored and supports the second side bridge metal pin bridge conductive terminal lap joint. The conductive plastic bridging structure 133211 and the second side bridge metal pin conductive plastic bridging structure 133212 are respectively electrically connected to the second side member bridge conductive terminal 1222 and the bridge conductive plastic body 131 at the bridge member bridging end E1, and the bridge conductive plastic body 131 is electrically connected to the first side member bridge conductive terminal 1222 at the bridge member bridging end E1. The terminal 1221 and the secondary side component bridge conductive terminal 1222 are used to shield or eliminate interference signals, thereby reducing the interference received by the secondary side component non-bridge conductive terminal 1223 when transmitting signals. Therefore, the distortion of the signal transmitted by the secondary side component non-bridge conductive terminal 1223 can be reduced, so that the secondary side component non-bridge conductive terminal 1223 can stably transmit signals, thereby optimizing the transmission speed and quality of the signal of the electrical connector 1 to meet the signal transmission requirements of the electronic device for the electrical connector 1.

The bridge conductive plastic body 131 is connected to the first main side bridge metal pin connection section 13212 and the second main side bridge metal pin connection section 13222 at the bridge component connection end E2 to provide positioning for the first main side bridge metal pin 1321 and the second main side bridge metal pin 1322, and the bridge conductive plastic body 131 is electrically connected to the first main side member bridge conductive terminal 1121 and the second main side member bridge conductive terminal 1122 at the bridge component connection end E2. The conductive terminal 1122 shields or eliminates interference signals, thereby reducing interference to the main side component non-bridge conductive terminal 1123 when transmitting signals. Therefore, the distortion of the signal transmitted by the main side component non-bridge conductive terminal 1123 can be reduced, so that the main side component non-bridge conductive terminal 1123 can stably transmit signals, thereby optimizing the transmission speed and quality of the signal of the electrical connector 1 to meet the signal transmission requirements of the electronic device for the electrical connector 1.

In addition, the bridge conductive plastic body 131 also connects the first side bridge metal pin connection section 13312 and the second side bridge metal pin connection section 13322 at the bridge component connection end E2 to provide positioning for the first side bridge metal pin 1331 and the second side bridge metal pin 1332, and enables the bridge conductive plastic body 131 to electrically bridge the first side component bridge conductive terminal 1221 and the second side component at the bridge component connection end E2. The bridge conductive terminal 1222 is used to shield or eliminate interference signals, thereby reducing the interference received by the non-bridge conductive terminal 1223 of the secondary component when transmitting signals. Therefore, the distortion of the signal transmitted by the non-bridge conductive terminal 1223 of the secondary component can be reduced, so that the non-bridge conductive terminal 1223 of the secondary component can transmit signals stably, thereby optimizing the transmission speed and quality of the signal of the electrical connector 1 to meet the signal transmission requirements of the electronic device for the electrical connector 1.

It should be noted that, in the above-mentioned embodiment, the bridge conductive plastic body 131 can electrically bridge the first main side member bridge conductive terminal 1121, the second main side member bridge conductive terminal 1122, the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222 at multiple positions of the bridge member bridging end E1 and the bridge member joint end E2 to shield or eliminate interference signals. However, it is not excluded that the bridge conductive plastic body 131 electrically bridges the first main side member bridge conductive terminal 1121, the second main side member bridge conductive terminal 1122, the first side member bridge conductive terminal 1221 and the second side member bridge conductive terminal 1222 only at a single position of the bridge member lap end E1 or the bridge member joint end E2.

Optionally, as shown in FIG. 2 , FIG. 6 and FIG. 12 , the bridge conductive plastic body 131 has a main side bridge conductive plastic body plug-in structure 1311, and the main side bridge conductive plastic body plug-in structure 1311 is, for example, a protruding structure that can be respectively plugged into the first main side bridge metal pin bonding section 13212 and the second main side bridge metal pin bonding section 13222 at the bridge component bonding end E2, so that the bridge conductive plastic body 131 is respectively bonded to the first main side bridge metal pin bonding section 13212 and the second main side bridge metal pin bonding section 13222.

Optionally, as shown in FIG. 2 , FIG. 6 and FIG. 13 , the bridge conductive plastic body 131 has a primary-side bridge conductive plastic body plug-in structure 1313. The secondary-side bridge conductive plastic body plug-in structure 1313 is, for example, a protruding structure that can be plugged into the primary-side bridge metal pin bonding section 13312 and the secondary-side bridge metal pin bonding section 13322 at the bridge component bonding end E2, so that the bridge conductive plastic body 131 is respectively bonded to the primary-side bridge metal pin bonding section 13312 and the secondary-side bridge metal pin bonding section 13322.

In addition, optionally, as shown in FIG. 1 , FIG. 5 and FIG. 12 to FIG. 13 , the first main side bridge metal pin lap section 13211, the second main side bridge metal pin lap section 13221, the first side bridge metal pin lap section 13311 and the second side bridge metal pin lap section 13321 are bent structures.

Optionally, as shown in FIGS. 1 to 2 and 3 to 4, the bridge conductive plastic body 131 further has a main side bridge conductive plastic body embedding structure 1312. The main side bridge conductive plastic body embedding structure 1312 is, for example, a pigeon tail shaped structure and can embed the main side component insulating rubber core 111 at the main side L1 of the electrical connector to allow the bridge conductive plastic body 131 to engage the main side component insulating rubber core 111, so that the bridge conductive plastic body 131 can provide positioning for the main side component insulating rubber core 111.

Optionally, as shown in FIG. 1 and FIG. 3 , the bridge conductive plastic body 131 further has a primary bridge conductive plastic body embedding structure 1314. The secondary bridge conductive plastic body embedding structure 1314 is, for example, a dovetail-shaped structure and can embed the secondary side component insulating rubber core 121 at the secondary side L2 of the electrical connector so that the bridge conductive plastic body 131 is engaged with the secondary side component insulating rubber core 121, so that the bridge conductive plastic body 131 can provide positioning for the secondary side component insulating rubber core 121.

It should be noted that in the above embodiments, some of the aforementioned components may be omitted. For example, in the present application, the electrical connector includes: a main-side connector component and a bridge conductive component. The main side connector component is located at the main side of the electrical connector, and the main side connector component has a main side component insulating rubber core and a main side component conductive terminal set, the main side component conductive terminal set has a first main side component bridge conductive terminal, a second main side component bridge conductive terminal and a main side component non-bridge conductive terminal, and the main side component insulating rubber core is engaged with the main side component conductive terminal set to provide positioning for the first main side component bridge conductive terminal and the second main side component bridge conductive terminal. One end of the bridge conductive member is a bridge member lap end, and the bridge conductive member has a bridge conductive plastic body and a main side bridge conductive metal body, the main side bridge conductive metal body is located on the main side of the electrical connector, and the main side bridge conductive metal body has a first main side bridge metal pin and a second main side bridge metal pin, the first main side bridge metal pin has a first main side bridge metal pin lap section, the second main side bridge metal pin has a second main side bridge metal pin The first main side bridge metal pin lap section has a first main side bridge metal pin bridge conductive terminal lap structure, a first main side bridge metal pin conductive plastic lap structure and a first main side bridge metal pin anchor support structure; the second main side bridge metal pin lap section has a second main side bridge metal pin bridge conductive terminal lap structure, a second main side bridge metal pin conductive plastic lap structure and a second main side bridge metal pin anchor support structure. The bridge conductive member can be combined with the main side connector member to form a main side connector assembly structure. In the main side connector assembly structure, the bridge conductive member spans the non-bridge conductive terminal of the main side member, and the first main side bridge metal pin is electrically connected to and supports the first main side bridge metal pin bridge. The conductive terminal bridging structure and the first main side bridge metal pin conductive plastic bridging structure make the first main side bridge metal pin bridge conductive terminal bridging structure and the first main side bridge metal pin conductive plastic bridging structure respectively electrically bridging the first main side member bridge conductive terminal and the bridge conductive plastic body at the bridge member bridging end, and the The second main side bridge metal pin connecting support structure is electrically connected to and supports the second main side bridge metal pin bridge conductive terminal lap structure and the second main side bridge metal pin conductive plastic lap structure, so that the second main side bridge metal pin bridge conductive terminal lap structure and the second main side bridge metal pin conductive plastic lap structure are respectively connected to The bridge member bridging end electrically bridges the second main side member bridging conductive terminal and the bridge conductive plastic body, and the bridge conductive plastic body electrically bridges the first main side member bridging conductive terminal and the second main side member bridging conductive terminal at the bridge member bridging end, so as to reduce interference to signal transmission of the non-bridging conductive terminal of the main side member.

In summary, the present application provides an electrical connector, which has a non-bridge conductive terminal, a plurality of bridge conductive terminals, a bridge conductive plastic body and a bridge conductive metal body, wherein the non-bridge conductive terminal and the bridge conductive terminals are used to transmit signals respectively, and the bridge conductive metal body can electrically connect the bridge conductive terminals and the bridge conductive plastic body at one end. The conductive plastic body is connected to the non-bridge conductive terminal, thereby reducing the interference of the non-bridge conductive terminal when transmitting the signal. Therefore, the distortion of the signal transmitted by the non-bridge conductive terminal can be reduced, so that the non-bridge conductive terminal can stably transmit the signal, thereby optimizing the transmission speed and quality of the signal of the electrical connector to meet the signal transmission requirements of the electronic equipment for the electrical connector.

The above embodiments are merely illustrative of the principles and effects of this application, and are not intended to limit this application. Anyone familiar with this technology may modify and alter the above embodiments without violating the spirit and scope of this application. Therefore, the scope of protection of this application should be as listed in the scope of the patent application of this application.

1: Electrical connector 11: Main side connector component 111: Main side component insulation rubber core 112: Main side component conductive terminal set 1121: First main side component bridge conductive terminal 1122: Second main side component bridge conductive terminal 1123: Main side component non-bridge conductive terminal 1124: Main side conductive terminal set overlap structure 12: Secondary side connector component 121: Secondary side component insulation rubber core 122: Secondary side component conductive terminal set 1221: First side component bridge conductive terminal 1222: Second side component bridge conductive terminal 1223: Secondary side component non-bridge conductive terminal 1224: Secondary side conductive terminal group overlap structure 13: Bridge conductive component 131: Bridge conductive plastic body 1311: Main side bridge conductive plastic body plug-in structure 1312: Main side bridge conductive plastic body embedded structure 1313: Secondary side bridge conductive plastic body plug-in structure 1314: Secondary side bridge conductive plastic body embedded structure 1315: Bridge conductive plastic body shielding wall 132: Main side bridge conductive metal body 1321: First main side bridge metal pin 13211: First main side bridge metal pin lap section 132111: First main side bridge metal pin bridge conductive terminal lap structure 132112: First main side bridge metal pin conductive plastic lap structure 132113: First main side bridge metal pin anchor support structure 13212: First main side bridge metal pin joint section 1322: Second main side bridge metal pin 13221: Second main side bridge metal pin lap section 132211: Second main side bridge metal pin bridge conductive terminal lap structure 132212: Second main side bridge metal pin conductive plastic lap joint structure 132213: Second main side bridge metal pin anchor support structure 13222: Second main side bridge metal pin joint section 133: Secondary side bridge conductive metal body 1331: First side bridge metal pin 13311: First side bridge metal pin lap section 133111: First side bridge metal pin bridge conductive terminal lap joint structure 133112: First side bridge metal pin conductive plastic lap joint structure 133113: First side bridge metal pin joint support structure 13312: First side bridge metal pin joint section 1332: Second side bridge metal pin 13321: Second side bridge metal pin lap section 133211: Second side bridge metal pin bridge conductive terminal lap structure 133212: Second side bridge metal pin conductive plastic lap structure 133213: Second side bridge metal pin joint support structure 13322: Second side bridge metal pin joint section L1: Electrical connector primary side L2: Electrical connector secondary side E1: Bridge component overlap end E2: Bridge component joint end A1: Primary side connector assembly structure A2: Secondary side connector assembly structure

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

FIG. 1 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 2 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 3 is a three-dimensional schematic diagram of some components of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 4 is a perspective schematic diagram of some components of the electrical connector of the present application at a second viewing angle of an embodiment.

FIG. 5 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 6 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 7 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG8 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 9 is a schematic top view of an embodiment of the electrical connector of the present application.

FIG. 10 is a front view schematic diagram of an embodiment of the electrical connector of the present application.

FIG. 11 is a schematic rear view of an embodiment of the electrical connector of the present application.

FIG. 12 is a schematic cross-sectional view of some components of the electrical connector shown in FIG. 11 cut along line segment AA.

FIG. 13 is a schematic cross-sectional view of some components of the electrical connector shown in FIG. 11 cut along line segment BB.

1:Electrical connector

11: Main side connector assembly

111: Main side component insulation rubber core

112: Main side component conductive terminal set

1121: First main side component bridge conductive terminal

1122: Second main side component bridge conductive terminal

1123: Non-bridge conductive terminal of main side component

1124: Main side conductive terminal assembly lap joint structure

12: Secondary connector assembly

121: Secondary side component insulation rubber core

122: Secondary side component conductive terminal set

1222: Second side member bridge conductive terminal

1223: Secondary side component non-bridge conductive terminal

1224: Secondary side conductive terminal group lap joint structure

131: Bridge conductive plastic body

1311: Main side bridge conductive plastic body plug-in structure

1315: Bridged conductive plastic shielding wall

L1: Main side of electrical connector

L2: Secondary side of electrical connector

E1: Bridge component overlap end

E2: Bridge component joint end

Claims (14)

An electrical connector, one side of which is a main side of the electrical connector, and the electrical connector comprises: a main side connector component, the main side connector component is located on the main side of the electrical connector, and the main side connector component has a main side component insulating rubber core and a main side component conductive terminal set, the main side component conductive terminal set has a first main side component bridge conductive terminal, a second main side component bridge conductive terminal and a main side component non-bridge conductive terminal, the main side component insulating rubber core is engaged with the main side component conductive terminal set to provide positioning for the first main side component bridge conductive terminal and the second main side component bridge conductive terminal; and A bridge conductive member, one end of which is a bridge conductive member bridging end, and the bridge conductive member has a bridge conductive plastic body and a main side bridge conductive metal body, the main side bridge conductive metal body is located on the main side of the electrical connector, and the main side bridge conductive metal body has a first main side bridge metal pin and a second main side bridge metal pin, the first main side bridge metal pin has a first main side bridge metal pin bridging section, the second main side bridge metal pin has a second main side bridge The first main side bridge metal pin lap section has a first main side bridge metal pin bridge conductive terminal lap structure, a first main side bridge metal pin conductive plastic lap structure and a first main side bridge metal pin anchor support structure; the second main side bridge metal pin lap section has a second main side bridge metal pin bridge conductive terminal lap structure, a second main side bridge metal pin conductive plastic lap structure and a second main side bridge metal pin anchor support structure; wherein, The bridge conductive member can be combined with the main side connector member to form a main side connector assembly structure. In the main side connector assembly structure, the bridge conductive member spans the non-bridge conductive terminal of the main side member, and the first main side bridge metal pin connecting support structure is electrically connected to and supports the first main side bridge metal pin bridge conductive terminal. The second bridge structure and the first main side bridge metal pin conductive plastic bridge structure make the first main side bridge metal pin bridge conductive terminal bridge structure and the first main side bridge metal pin conductive plastic bridge structure respectively electrically bridge the first main side member bridge conductive terminal and the bridge conductive plastic body at the bridge member bridge end. The main side bridge metal pin anchoring support structure is electrically anchored and supports the second main side bridge metal pin bridge conductive terminal lap structure and the second main side bridge metal pin conductive plastic lap structure, so that the second main side bridge metal pin bridge conductive terminal lap structure and the second main side bridge metal pin conductive plastic lap structure are respectively The bridge member overlaps the second main side member bridge conductive terminal and the bridge conductive plastic body electrically, and the bridge conductive plastic body electrically bridges the first main side member bridge conductive terminal and the second main side member bridge conductive terminal at the bridge member overlap, so as to reduce the interference of the signal transmission of the non-bridge conductive terminal of the main side member. An electrical connector as described in claim 1, wherein the first main side bridge metal pin lap section and the second main side bridge metal pin lap section are bent structures. The electrical connector as claimed in claim 1, wherein the other end of the bridge conductive member is a bridge member joint end, the first main side bridge metal pin further has a first main side bridge metal pin joint section, the second main side bridge metal pin further has a second main side bridge metal pin joint section, the bridge conductive plastic body is joined to the first main side bridge metal pin at the bridge member joint end The foot joint section and the second main side bridge metal pin joint section provide positioning for the first main side bridge metal pin and the second main side bridge metal pin, and enable the bridge conductive plastic body to electrically bridge the first main side member bridge conductive terminal and the second main side member bridge conductive terminal at the bridge member joint end to reduce interference to the signal transmission of the non-bridge conductive terminal of the main side member. An electrical connector as described in claim 1, wherein the bridge conductive plastic body has a main side bridge conductive plastic body plug-in structure, and the main side bridge conductive plastic body plug-in structure is respectively plugged into the first main side bridge metal pin joint section and the second main side bridge metal pin joint section at the joint end of the bridge component, so that the bridge conductive plastic body is respectively joined to the first main side bridge metal pin joint section and the second main side bridge metal pin joint section. As described in claim 1, in the main side connector assembly structure, the bridge conductive plastic body is engaged with the main side component insulating rubber core on the main side of the electrical connector to provide positioning for the main side component insulating rubber core. As described in claim 5, the bridge conductive plastic body has a main side bridge conductive plastic body embedding structure, and the main side bridge conductive plastic body embedding structure is embedded in the main side component insulating rubber core on the main side of the electrical connector to allow the bridge conductive plastic body to engage the main side component insulating rubber core. An electrical connector as described in claim 1, wherein the other side of the electrical connector is a secondary side of the electrical connector, and the electrical connector further comprises: A primary side connector component, the secondary side connector component is located at the secondary side of the electrical connector, and the secondary side connector component has a primary side component insulating rubber core and a primary side component conductive terminal set, the secondary side component conductive terminal set has a first side component bridging conductive terminal, a second side component bridging conductive terminal and a primary side component non-bridging conductive terminal, the secondary side component insulating rubber core is engaged with the secondary side component conductive terminal set to provide positioning for the first side component bridging conductive terminal and the second side component bridging conductive terminal; and The bridge conductive member also has a primary side bridge conductive metal body, the secondary side bridge conductive metal body is located at the secondary side of the electrical connector, and the secondary side bridge conductive metal body has a primary side bridge metal pin and a secondary side bridge metal pin, the primary side bridge metal pin has a primary side bridge metal pin lap section, the secondary side bridge metal pin has a secondary side bridge metal pin lap section; the primary side bridge metal pin The foot bridging section has a first side bridge metal foot bridge conductive terminal bridging structure, a first side bridge metal foot conductive plastic bridging structure and a first side bridge metal foot anchor support structure; the second side bridge metal foot bridging section has a second side bridge metal foot bridge conductive terminal bridging structure, a second side bridge metal foot conductive plastic bridging structure and a second side bridge metal foot anchor support structure; wherein, The bridge conductive member can also be combined with the secondary connector member to form a primary connector assembly structure, in which the bridge conductive member spans the non-bridge conductive terminal of the secondary member, and the primary bridge metal pin docking support structure is electrically docked and supports the primary bridge metal pin bridge conductive terminal. The first side bridge metal pin conductive plastic lap structure is connected to the first side bridge metal pin conductive plastic lap structure, so that the first side bridge metal pin conductive plastic lap structure and the first side bridge metal pin conductive plastic lap structure are respectively electrically connected to the first side bridge conductive terminal and the bridge conductive plastic body at the bridge component lap end. The side bridge metal pin anchoring support structure is electrically anchored and supports the second side bridge metal pin bridge conductive terminal lap structure and the second side bridge metal pin conductive plastic lap structure, so that the second side bridge metal pin bridge conductive terminal lap structure and the second side bridge metal pin conductive plastic lap structure are respectively connected to the bridge. The connecting component bridging end electrically bridges the second side component bridging conductive terminal and the bridging conductive plastic body, and the bridging conductive plastic body electrically bridges the first side component bridging conductive terminal and the second side component bridging conductive terminal at the bridging component bridging end, so as to reduce interference to the signal transmission of the non-bridging conductive terminal of the secondary side component. An electrical connector as described in claim 7, wherein the first side bridge metal pin lap section and the second side bridge metal pin lap section are bent structures. The electrical connector as claimed in claim 7, wherein the other end of the bridge conductive member is a bridge member joint end, the first side bridge metal pin further has a first side bridge metal pin joint section, the second side bridge metal pin further has a second side bridge metal pin joint section, the bridge conductive plastic body is joined to the first side bridge metal pin at the bridge member joint end The foot joint section and the second side bridge metal pin joint section provide positioning for the first side bridge metal pin and the second side bridge metal pin, and make the bridge conductive plastic body electrically bridge the first side member bridge conductive terminal and the second side member bridge conductive terminal at the bridge member joint end to reduce interference to the signal transmission of the non-bridge conductive terminal of the secondary side member. An electrical connector as described in claim 7, wherein the bridge conductive plastic body has a primary-side bridge conductive plastic body plug-in structure, and the secondary-side bridge conductive plastic body plug-in structure is respectively plugged into the primary-side bridge metal pin bonding section and the secondary-side bridge metal pin bonding section at the bonding end of the bridge component, so that the bridge conductive plastic body is respectively bonded to the primary-side bridge metal pin bonding section and the secondary-side bridge metal pin bonding section. An electrical connector as described in claim 7, wherein, in the secondary connector assembly structure, the bridge conductive plastic body engages the secondary component insulating rubber core at the secondary side of the electrical connector to provide positioning for the secondary component insulating rubber core. As described in claim 11, the bridge conductive plastic body has a primary-side bridge conductive plastic body embedding structure, and the secondary-side bridge conductive plastic body embedding structure is embedded in the secondary-side component insulating rubber core at the secondary side of the electrical connector to allow the bridge conductive plastic body to engage the secondary-side component insulating rubber core. The electrical connector as described in claim 7, wherein the bridge conductive plastic body is located between the main side component conductive terminal set and the secondary side component conductive terminal set to reduce interference in signal transmission between the main side component conductive terminal set and the secondary side component conductive terminal set. An electrical connector as described in claim 13, wherein the main side component conductive terminal set also has a main side conductive terminal set overlapping structure, the secondary side component conductive terminal set also has a primary side conductive terminal set overlapping structure, and the bridge conductive plastic body has a bridge conductive plastic body shielding wall, and the bridge conductive plastic body shielding wall is located between the main side conductive terminal set overlapping structure and the secondary side conductive terminal set overlapping structure to reduce interference in signal transmission between the main side conductive terminal set overlapping structure and the secondary side conductive terminal set overlapping structure.

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