TWM661150U - Electrical connector - Google Patents

Abstract

An electrical connector is provided, which can be matched with a conductive wire. The conductive terminal of the electrical connector has a terminal wire overlapping part. Correspondingly, the insulating terminal seat of the electrical connector has a terminal overlapping end overlapping space and a terminal overlapping end overlapping channel, and the terminal wire overlapping part is located in the terminal overlapping end overlapping space. The conductive wire can enter the terminal overlapping end overlapping space through the terminal overlapping end overlapping channel, so that the conductive wire can easily align with the terminal wire overlapping part, so that the conductive wire can correctly overlap the electrical connector, thereby solving the technical problem that it becomes more difficult for the conductive wire to overlap the miniaturized electrical connector.

Description

Electrical connector

The present application relates to the field of electronic device technology, and more specifically, to an electrical connector that allows conductive wires to be correctly connected.

In modern electronic devices, electrical connectors are usually required to connect conductive wires to transmit electrical signals. Currently, electronic devices are developing in a trend of being thinner and smaller, which greatly reduces the internal space of electronic devices and makes electrical connectors gradually miniaturized. Miniaturized electrical connectors can make electronic devices thinner and smaller, thereby improving the appearance design and portability of electronic devices.

However, the miniaturization of electrical connectors makes it difficult to align the conductive wires with the connecting parts of the electrical connectors, which may cause the conductive wires to fail to properly connect to the electrical connectors, thereby affecting the normal operation of the electronic equipment and making the electrical connectors fail to function as expected on the electronic equipment. Especially for some conductive wires with special shapes or larger sizes, it becomes more difficult to connect to the miniaturized electrical connectors.

Based on the above, how to align the conductive wire with the overlapping part of the miniaturized electrical connector is an urgent issue for people in the relevant technical field.

In view of the above-mentioned shortcomings of the prior art, the present application provides an electrical connector, which can be matched with a first main conductive wire and a second main conductive wire on a main side, and the electrical connector includes: a main conductive terminal set, the main conductive terminal set has a first main conductive terminal and a second main conductive terminal, the first main conductive terminal has a first main terminal bridging end, and the second main conductive terminal has a second main terminal bridging end; and a main insulating terminal seat, the main insulating terminal seat has a first main terminal bridging end setting structure and a second main terminal bridging end setting structure; the first main terminal bridging end setting structure is The invention relates to a first main insulating terminal block body, a first main insulating terminal block adjacent wall and a first main insulating terminal block non-adjacent wall. The two sides of the first main insulating terminal block body are respectively connected to the first main insulating terminal block adjacent wall and the first main insulating terminal block non-adjacent wall to form a first main terminal overlapping end overlapping space and a first main terminal overlapping end overlapping channel. The first main terminal overlapping end overlapping channel is connected to the first main terminal overlapping end overlapping space. The second main terminal overlapping end setting structure has a second main insulating terminal block body, a second main insulating terminal block adjacent wall and a second main insulating terminal block non-adjacent wall. The second main insulating terminal block body is connected to the second main insulating terminal block adjacent wall and the second main insulating terminal block non-adjacent wall. The two sides of the insulating terminal block body are respectively connected to the adjacent wall of the second main insulating terminal block and the non-adjacent wall of the second main insulating terminal block to form a second main terminal lap end lap space and a second main terminal lap end lap channel, and the second main terminal lap end lap channel is connected to the second main terminal lap end lap space; wherein the first main terminal lap end setting structure and the second main terminal lap end setting structure can respectively provide the first main terminal lap end and the second main terminal lap end, so that the first main terminal lap end and the second main terminal lap end are respectively located in the first main terminal lap end lap space and the second main terminal lap end lap space. The first main insulating terminal block adjacent wall is adjacent to the second main insulating terminal block adjacent wall; the first main insulating terminal block adjacent wall and the first main insulating terminal block non-adjacent wall allow the first main conductive wire to enter the first main terminal overlapping end overlapping space through the first main terminal overlapping end overlapping channel on the main side to overlap the first main terminal overlapping end; and the second main insulating terminal block adjacent wall and the second main insulating terminal block non-adjacent wall allow the second main conductive wire to enter the second main terminal overlapping end overlapping space through the second main terminal overlapping end overlapping channel on the main side to overlap the second main terminal overlapping end.

Preferably, in the electrical connector of the present application, the adjacent wall of the first main insulating terminal block and the non-adjacent wall of the second main insulating terminal block are combined to form a main insulating terminal block partition wall, and the main insulating terminal block partition wall separates the overlapping space of the first main terminal overlapping end and the overlapping space of the second main terminal overlapping end.

Preferably, in the electrical connector of the present application, the first main insulating terminal block body can carry the first main terminal lap end in the first main terminal lap end lap space; and the second main insulating terminal block body can carry the second main terminal lap end in the second main terminal lap end lap space.

Preferably, in the electrical connector of the present application, the cross-section of the first main terminal lap end setting structure and the second main terminal lap end setting structure is substantially U-shaped.

Preferably, in the electrical connector of the present application, the electrical connector can also be equipped with a first secondary conductive wire and a second secondary conductive wire on a primary side, the secondary side is substantially different from the primary side, and the electrical connector further comprises: a primary conductive terminal set, the secondary conductive terminal set having a first secondary conductive terminal and a second secondary conductive terminal, the first secondary conductive terminal having a first secondary terminal lap end, the second secondary conductive terminal having a second secondary terminal lap end; and a primary insulating terminal seat, the secondary insulating terminal seat having a first secondary terminal lap end setting structure and a second secondary terminal lap end setting structure; the first secondary terminal lap end setting structure The second secondary terminal lap end arrangement structure comprises a first secondary insulating terminal seat body, a first secondary insulating terminal seat adjacent wall and a first secondary insulating terminal seat non-adjacent wall. The two sides of the first secondary insulating terminal seat body are respectively connected to the first secondary insulating terminal seat adjacent wall and the first secondary insulating terminal seat non-adjacent wall to form a first secondary terminal lap end lap space and a first secondary terminal lap end lap channel. The first secondary terminal lap end lap channel is connected to the first secondary terminal lap end lap space. The second secondary terminal lap end arrangement structure comprises a second secondary insulating terminal seat body, a second secondary insulating terminal seat adjacent wall and a second secondary insulating terminal seat non-adjacent wall. The two sides of the second secondary insulating terminal seat body are respectively connected to the adjacent wall of the second secondary insulating terminal seat and the non-adjacent wall of the second secondary insulating terminal seat to form a second secondary terminal lap end lap space and a second secondary terminal lap end lap channel, and the second secondary terminal lap end lap channel is connected to the second secondary terminal lap end lap space; wherein the first secondary terminal lap end setting structure and the second secondary terminal lap end setting structure can respectively provide the first secondary terminal lap end and the second secondary terminal lap end, so that the first secondary terminal lap end and the second secondary terminal lap end are respectively located in the first secondary terminal lap end lap space and the second secondary terminal lap end. The first secondary insulating terminal seat adjacent wall is adjacent to the second secondary insulating terminal seat adjacent wall; the first secondary insulating terminal seat adjacent wall and the first secondary insulating terminal seat non-adjacent wall allow the first secondary conductive wire to enter the first secondary terminal overlapping end overlapping space through the first secondary terminal overlapping end overlapping channel on the secondary side to overlap the first secondary terminal overlapping end; and the second secondary insulating terminal seat adjacent wall and the second secondary insulating terminal seat non-adjacent wall allow the second secondary conductive wire to enter the second secondary terminal overlapping end overlapping space through the second secondary terminal overlapping end overlapping channel on the secondary side to overlap the second secondary terminal overlapping end.

Preferably, in the electrical connector of the present application, the adjacent wall of the first secondary insulating terminal block and the non-adjacent wall of the second secondary insulating terminal block are joined to form a primary insulating terminal block partition wall, and the secondary insulating terminal block partition wall separates the overlapping space of the first secondary terminal overlapping end and the overlapping space of the second secondary terminal overlapping end.

Preferably, in the electrical connector of the present application, the first secondary insulating terminal block body can carry the first main terminal lap end in the first secondary terminal lap end lap space; and the second secondary insulating terminal block body can carry the second secondary terminal lap end in the second secondary terminal lap end lap space.

Preferably, in the electrical connector of the present application, the cross-section of the first secondary terminal lap end setting structure and the second secondary terminal lap end setting structure is substantially U-shaped.

Preferably, in the electrical connector of the present application, the shapes of the primary insulating terminal block and the secondary insulating terminal block are substantially the same.

Preferably, the electrical connector of the present application further comprises: a conductive plastic layer, the conductive plastic layer is located between the main insulating terminal seat and the secondary insulating terminal seat, the first main conductive terminal, the second main conductive terminal, the first secondary conductive terminal or the second secondary conductive terminal is a signal terminal, wherein if the first main conductive terminal is a signal terminal, the first main insulating terminal seat body is to separate the first main terminal lap end from the conductive plastic layer. ; if the second main conductive terminal is a signal terminal, the second main insulating terminal seat body separates the second main terminal overlap end from the conductive plastic layer; if the first secondary conductive terminal is a signal terminal, the first secondary insulating terminal seat body separates the first secondary terminal overlap end from the conductive plastic layer; and if the second secondary conductive terminal is a signal terminal, the second secondary insulating terminal seat body separates the second secondary terminal overlap end from the conductive plastic layer.

Preferably, the electrical connector of the present application further comprises: a conductive plastic layer, the conductive plastic layer is located between the main insulating terminal seat and the secondary insulating terminal seat, the first main conductive terminal, the second main conductive terminal, the first secondary conductive terminal or the second secondary conductive terminal is a grounding terminal, wherein, if the first main conductive terminal is a grounding terminal, the first main conductive terminal passes through the first main insulating terminal seat body and is electrically connected to the conductive plastic layer; if If the second main conductive terminal is a grounding terminal, the second main conductive terminal passes through the second main insulating terminal seat body and is electrically connected to the conductive plastic layer; if the first secondary conductive terminal is a grounding terminal, the first secondary conductive terminal passes through the first secondary insulating terminal seat body and is electrically connected to the conductive plastic layer; if the second secondary conductive terminal is a grounding terminal, the second secondary conductive terminal passes through the second secondary insulating terminal seat body and is electrically connected to the conductive plastic layer.

Compared to the prior art, the present application provides an electrical connector that can be used with a conductive wire. The conductive terminal of the electrical connector has a terminal lap end, and the terminal lap end has a terminal wire lap position. Correspondingly, the insulating terminal seat of the electrical connector has a terminal lap end lap space and a terminal lap end lap channel, and the terminal wire lap position is located in the terminal lap end lap space. The terminal overlapping end overlapping channel is connected to the terminal overlapping end overlapping space, so that the conductive wire can enter the terminal overlapping end overlapping space through the terminal overlapping end overlapping channel, so that the conductive wire can be easily aligned with the terminal wire overlapping position, so that the conductive wire can correctly overlap the electrical connector, thereby solving the technical problem that it becomes more difficult for the conductive wire to overlap the miniaturized 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, it should be noted that, in order to make the disclosed content more concise and easy to understand, the elements with the same or similar functions in the following embodiments will be described using the same symbols, and the description of the same or equivalent features will be omitted.

The present application provides an electrical connector, which can be matched with a conductive wire. The conductive terminal of the electrical connector has a terminal wire overlapping portion. Correspondingly, the insulating terminal seat of the electrical connector has a terminal overlapping end overlapping space and a terminal overlapping end overlapping channel, and the terminal wire overlapping portion is located in the terminal overlapping end overlapping space. The conductive wire can enter the terminal overlapping end overlapping space through the terminal overlapping end overlapping channel, so that the conductive wire can easily align with the terminal wire overlapping portion, so that the conductive wire can correctly overlap the electrical connector, thereby solving the technical problem that it becomes more difficult for the conductive wire to overlap the miniaturized electrical connector.

For the technical concept of the electrical connector of the present application, please refer to the embodiment descriptions of Figures 1 to 15.

In the embodiments shown in FIG. 1 to FIG. 15 , an electrical connector 1 is provided. The electrical connector 1 can be used with a first main conductive wire 211 and a second main conductive wire 212 at a main side L1 to transmit electrical signals.

In the above embodiment, the electrical connector 1 includes: a main conductive terminal set 111 and a main insulating terminal seat 112.

As shown in FIG. 4 , FIG. 6 , FIG. 8 to FIG. 9 , and FIG. 12 to FIG. 13 , the main conductive terminal set 111 has a first main conductive terminal 1111 and a second main conductive terminal 1112 that can transmit electrical signals. The first main conductive terminal 1111 and the second main conductive terminal 1112 have a first main terminal connecting end 11111 and a second main terminal connecting end 11121, respectively.

As shown in FIG7 , the main insulating terminal block 112 has a first main terminal lap end setting structure 1121 and a second main terminal lap end setting structure 1122. The first main terminal lap end setting structure 1121 has a first main insulating terminal block body 11210, a first main insulating terminal block adjacent wall 11211 and a first main insulating terminal block non-adjacent wall 11212. The two sides of the first main insulating terminal block body 11210 are respectively connected to the first main insulating terminal block adjacent wall 11211 and the first main insulating terminal block non-adjacent wall 11212 to form a first main terminal overlapping end overlapping space S11 and a first main terminal overlapping end overlapping channel P11, and the first main terminal overlapping end overlapping channel P11 is connected to the first main terminal overlapping end overlapping space S11.

In addition, with respect to the second main terminal overlapping end setting structure 1122, the second main terminal overlapping end setting structure 1122 has a second main insulating terminal seat body 11220, a second main insulating terminal seat adjacent wall 11221 and a second main insulating terminal seat non-adjacent wall 11222, and the two sides of the second main insulating terminal seat body 11220 are respectively connected to the second main insulating terminal seat adjacent wall 11221 and the second main insulating terminal seat non-adjacent wall 11222 to form a second main terminal overlapping end overlapping space S12 and a second main terminal overlapping end overlapping channel P12, and the second main terminal overlapping end overlapping channel P12 is connected to the second main terminal overlapping end overlapping space S12.

It should be noted that in the above-mentioned embodiment, the first main terminal overlapping end setting structure 1121 and the second main terminal overlapping end setting structure 1122 can respectively provide the first main terminal overlapping end 11111 and the second main terminal overlapping end 11121, so that the first main terminal overlapping end 11111 and the second main terminal overlapping end 11121 are respectively located in the first main terminal overlapping end overlapping space S11 and the second main terminal overlapping end overlapping space S12.

In addition, the first main insulating terminal block adjacent wall 11211 is adjacent to the second main insulating terminal block adjacent wall 11221. Preferably, the first main insulating terminal block adjacent wall 11211 and the second main insulating terminal block non-adjacent wall 11222 can be joined to form a main insulating terminal block partition wall W1, and the main insulating terminal block partition wall W1 separates the first main terminal lap end lap space S11 and the second main terminal lap end lap space S12 to prevent the first main terminal lap end lap space S11 from being connected to the second main terminal lap end lap space S12.

In the above-mentioned embodiment, the first main insulating terminal block adjacent wall 11211 and the first main insulating terminal block non-adjacent wall 11212 can provide guidance so that the first main conductive wire 211 enters the first main terminal overlapping end overlapping space S11 through the first main terminal overlapping end overlapping channel P11 on the main side L1, so that the first main conductive wire 211 can be easily aligned with the first main terminal overlapping end 11111 and then overlap the first main terminal overlapping end 11111, so that the first main conductive wire 211 can correctly overlap the electrical connector 1 to transmit electrical signals.

In addition, the second main insulating terminal block adjacent wall 11221 and the second main insulating terminal block non-adjacent wall 11222 can provide guidance to allow the second main conductive wire 212 to enter the second main terminal overlapping end overlapping space S12 through the second main terminal overlapping end overlapping channel P12 on the main side L1, so that the second main conductive wire 212 can be easily aligned with the second main terminal overlapping end 11121 and then overlap the second main terminal overlapping end 11121, so that the second main conductive wire 212 can correctly overlap the electrical connector 1 to transmit electrical signals.

It should be noted that, in the above-mentioned embodiment, the first main terminal connecting end 11111 and the second main terminal connecting end 11121 can be connected to the first main conductive wire 211 and the second main conductive wire 212 respectively by welding, for example.

It should be noted that in the above-mentioned embodiment, the cross-section of the first main terminal lap joint setting structure 1121 is substantially U-shaped. Thus, in the process of the first main conductive wire 211 lap jointing the first main terminal lap joint end 11111, the first main insulating terminal seat body 11210 can support the first main terminal lap joint end 11111 in the first main terminal lap joint end lap joint space S11. At this time, the first main insulating terminal seat body 11210 can provide structural support for the first main terminal lap joint end 11111, so that the shape of the first main terminal lap joint end 11111 meets expectations, thereby ensuring that the first main conductive wire 211 can lap joint the first main terminal lap joint end 11111.

In addition, the cross-section of the second main terminal lap joint setting structure 1122 is substantially U-shaped. Thus, in the process of the second main conductive wire 212 lap jointing the second main terminal lap joint end 11121, the second main insulating terminal seat body 11220 can support the second main terminal lap joint end 11121 in the second main terminal lap joint end lap joint space S12. At this time, the second main insulating terminal seat body 11220 can provide structural support for the second main terminal lap joint end 11121, so that the shape of the second main terminal lap joint end 11121 meets expectations, thereby ensuring that the second main conductive wire 212 can lap joint the second main terminal lap joint end 11121.

In the above embodiment, the electrical connector 1 can also be equipped with a first secondary conductive wire 221 and a second secondary conductive wire 222 on a primary side L2. It should be noted that the secondary side L2 is substantially different from the primary side L1.

In the above embodiment, the electrical connector 1 further includes: a primary conductive terminal set 121 and a primary insulating terminal seat 122.

As shown in FIG6, FIG10 to FIG11 and FIG14 to FIG15, the secondary conductive terminal set 121 has a first secondary conductive terminal 1211 and a second secondary conductive terminal 1212 that can transmit electrical signals. The first secondary conductive terminal 1211 and the second secondary conductive terminal 1212 have a first secondary terminal connecting end 12111 and a second secondary terminal connecting end 12121, respectively.

As shown in FIG. 7 , the secondary insulating terminal block 122 has a first secondary terminal lap joint setting structure 1221 and a second secondary terminal lap joint setting structure 1222. In addition, the shapes of the primary insulating terminal block 112 and the secondary insulating terminal block 122 can be substantially the same to reduce the manufacturing process. With respect to the first secondary terminal lap joint setting structure 1221, the first secondary terminal lap joint setting structure 1221 has a first secondary insulating terminal block body 12210, a first secondary insulating terminal block adjacent wall 12211, and a first secondary insulating terminal block non-adjacent wall 12212. The two sides of the first secondary insulating terminal seat body 12210 are respectively connected to the first secondary insulating terminal seat adjacent wall 12211 and the first secondary insulating terminal seat non-adjacent wall 12212 to form a first secondary terminal overlapping end overlapping space S21 and a first secondary terminal overlapping end overlapping channel P21, and the first secondary terminal overlapping end overlapping channel P21 is connected to the first secondary terminal overlapping end overlapping space S21.

In addition, with respect to the second secondary terminal lap joint setting structure 1222, the second secondary terminal lap joint setting structure 1222 has a second secondary insulating terminal seat body 12220, a second secondary insulating terminal seat adjacent wall 12221 and a second secondary insulating terminal seat non-adjacent wall 12222, and the two sides of the second secondary insulating terminal seat body 12220 are respectively connected to the second secondary insulating terminal seat adjacent wall 12221 and the second secondary insulating terminal seat non-adjacent wall 12222 to form a second secondary terminal lap joint space S22 and a second secondary terminal lap joint channel P22, and the second secondary terminal lap joint channel P22 is connected to the second secondary terminal lap joint space S22.

It should be noted that in the above-mentioned embodiment, the first secondary terminal lap end setting structure 1221 and the second secondary terminal lap end setting structure 1222 can respectively provide the first secondary terminal lap end 12111 and the second secondary terminal lap end 12121, so that the first secondary terminal lap end 12111 and the second secondary terminal lap end 12121 are respectively located in the first secondary terminal lap end lap space S21 and the second secondary terminal lap end lap space S22.

In addition, the first secondary insulating terminal seat adjacent wall 12211 is adjacent to the second secondary insulating terminal seat adjacent wall 12221. Preferably, the first secondary insulating terminal seat adjacent wall 12211 and the second secondary insulating terminal seat non-adjacent wall 12222 can be joined to form a primary insulating terminal seat partition wall W2. The secondary insulating terminal seat partition wall W2 separates the first secondary terminal lap end lap space S21 and the second secondary terminal lap end lap space S22 to prevent the first secondary terminal lap end lap space S21 from being connected to the second secondary terminal lap end lap space S22.

In the above-mentioned embodiment, the first secondary insulating terminal seat adjacent wall 12211 and the first secondary insulating terminal seat non-adjacent wall 12212 can provide guidance so that the first secondary conductive wire 221 enters the first secondary terminal overlapping end overlapping space S21 through the first secondary terminal overlapping end overlapping channel P21 at the secondary side L2, so that the first secondary conductive wire 221 can be easily aligned with the first secondary terminal overlapping end 12111 and then overlap the first secondary terminal overlapping end 12111, so that the first secondary conductive wire 221 can correctly overlap the electrical connector 1 to transmit electrical signals.

In addition, the second secondary insulating terminal seat adjacent wall 12221 and the second secondary insulating terminal seat non-adjacent wall 12222 can provide guidance to allow the second secondary conductive wire 222 to enter the second secondary terminal overlapping end overlapping space S22 through the second secondary terminal overlapping end overlapping channel P22 on the secondary side L2, so that the second secondary conductive wire 222 can easily align with the second secondary terminal overlapping end 12121 and then overlap the second secondary terminal overlapping end 12121, so that the second secondary conductive wire 222 can correctly overlap the electrical connector 1 to transmit electrical signals.

It should be noted that, in the above-mentioned embodiment, the first secondary terminal connecting end 12111 and the second secondary terminal connecting end 12121 can be connected to the first secondary conductive wire 221 and the second secondary conductive wire 222 respectively by welding, for example.

It should be noted that in the above-mentioned embodiment, the cross-section of the first secondary terminal lap end setting structure 1221 is substantially U-shaped. Thus, in the process of the first secondary conductive wire 221 lapping the first secondary terminal lap end 12111, the first secondary insulating terminal seat body 12210 can carry the first secondary terminal lap end 12111 in the first secondary terminal lap end lap space S21. At this time, the first secondary insulating terminal seat body 12210 can provide structural support for the first secondary terminal lap end 12111, so that the shape of the first secondary terminal lap end 12111 meets expectations, thereby ensuring that the first secondary conductive wire 221 can lap the first secondary terminal lap end 12111.

In addition, the cross-section of the second secondary terminal lap end setting structure 1222 is substantially U-shaped. Thus, in the process of the second secondary conductive wire 222 lapping the second secondary terminal lap end 12121, the second secondary insulating terminal seat body 12220 can carry the second secondary terminal lap end 12121 in the second secondary terminal lap end lap space S22. At this time, the second secondary insulating terminal seat body 12220 can provide structural support for the second secondary terminal lap end 12121, so that the shape of the second secondary terminal lap end 12121 meets expectations, thereby ensuring that the second secondary conductive wire 222 can lap the second secondary terminal lap end 12121.

In the above embodiment, the electrical connector 1 further includes: a conductive plastic layer 13, the conductive plastic layer 13 is located between the main insulating terminal seat 112 and the secondary insulating terminal seat 122 to provide a transmission ground signal. In addition, the first main conductive terminal 1111, the second main conductive terminal 1112, the first secondary conductive terminal 1211 or the second secondary conductive terminal 1212 can be selected as a signal terminal or a ground terminal.

It should be noted that if the first main conductive terminal 1111 is a signal terminal, the first main insulating terminal seat 112 is used to separate the first main terminal bridging end 11111 from the conductive plastic layer 13 to avoid electrical short circuit between the first main terminal bridging end 11111 and the conductive plastic layer 13; if the second main conductive terminal 1112 is a signal terminal, the second main insulating terminal seat 112 is used to separate the second main terminal bridging end 11121 from the conductive plastic layer 13 to avoid electrical short circuit between the second main terminal bridging end 11121 and the conductive plastic layer 13. circuit; if the first secondary conductive terminal 1211 is a signal terminal, the first secondary insulating terminal seat 122 separates the first secondary terminal lap end 12111 from the conductive plastic layer 13 to avoid electrical short circuit between the first secondary terminal lap end 12111 and the conductive plastic layer 13; and if the second secondary conductive terminal 1212 is a signal terminal, the second secondary insulating terminal seat 122 separates the second secondary terminal lap end 12121 from the conductive plastic layer 13 to avoid electrical short circuit between the second secondary terminal lap end 12121 and the conductive plastic layer 13.

In addition, if the first main conductive terminal 1111 is a grounding terminal, the first main conductive terminal 1111 passes through the first main insulating terminal seat 112 and is electrically connected to the conductive plastic layer 13 to transmit a grounding signal; if the second main conductive terminal 1112 is a grounding terminal, the second main conductive terminal 1112 passes through the second main insulating terminal seat 112 and is electrically connected to the conductive plastic layer 13 to transmit a grounding signal. If the first secondary conductive terminal 1211 is a grounding terminal, the first secondary conductive terminal 1211 passes through the first secondary insulating terminal seat 122 and is electrically connected to the conductive plastic layer 13 to transmit the grounding signal; and if the second secondary conductive terminal 1212 is a grounding terminal, the second secondary conductive terminal 1212 passes through the second secondary insulating terminal seat 122 and is electrically connected to the conductive plastic layer 13.

It should be noted that the electrical connector of the present application may omit some components and is not limited to the above embodiments.

For example, the electrical connector of the present application may optionally include only: a main conductive terminal set and a main insulating terminal block. The main conductive terminal set has a first main conductive terminal and a second main conductive terminal, the first main conductive terminal has a first main terminal bridging end, and the second main conductive terminal has a second main terminal bridging end. The main insulating terminal seat has a first main terminal lap joint setting structure and a second main terminal lap joint setting structure; the first main terminal lap joint setting structure has a first main insulating terminal seat body, a first main insulating terminal seat adjacent wall and a first main insulating terminal seat non-adjacent wall, and the two sides of the first main insulating terminal seat body are respectively connected to the first main insulating terminal seat adjacent wall and the first main insulating terminal seat non-adjacent wall to form a first main terminal lap joint space and a first main terminal lap joint end lap joint space. The first main terminal bridging end bridging channel is connected to the first main terminal bridging end bridging space; the second main terminal bridging end setting structure has a second main insulating terminal seat body, a second main insulating terminal seat adjacent wall and a second main insulating terminal seat non-adjacent wall, and the two sides of the second main insulating terminal seat body are respectively connected to the second main insulating terminal seat adjacent wall and the second main insulating terminal seat non-adjacent wall to form the second main terminal bridging end bridging space and the second main terminal bridging end bridging channel, and the second main The main terminal lap-end lap channel is connected to the second main terminal lap-end lap space; wherein the first main terminal lap-end setting structure and the second main terminal lap-end setting structure can respectively provide the first main terminal lap-end and the second main terminal lap-end, so that the first main terminal lap-end and the second main terminal lap-end are respectively located in the first main terminal lap-end lap space and the second main terminal lap-end lap space; the first main insulating terminal seat adjacent wall is adjacent to the second main insulating terminal seat adjacent wall; the first main The adjacent wall of the main insulating terminal block and the non-adjacent wall of the first main insulating terminal block allow the first main conductive wire to enter the first main terminal overlapping end overlapping space through the first main terminal overlapping end overlapping channel on the main side to overlap the first main terminal overlapping end; and the adjacent wall of the second main insulating terminal block and the non-adjacent wall of the second main insulating terminal block allow the second main conductive wire to enter the second main terminal overlapping end overlapping space through the second main terminal overlapping end overlapping channel on the main side to overlap the second main terminal overlapping end.

In summary, the present application provides an electrical connector, which can be matched with a conductive wire, wherein the conductive terminal of the electrical connector has a terminal wire overlapping portion, and correspondingly, the insulating terminal seat of the electrical connector has a terminal overlapping end overlapping space and a terminal overlapping end overlapping channel, and the terminal wire overlapping portion is located in the terminal overlapping end overlapping space. The conductive wire can enter the terminal overlapping end overlapping space through the terminal overlapping end overlapping channel, so that the conductive wire can easily align with the terminal wire overlapping portion, so that the conductive wire can correctly overlap the electrical connector, thereby solving the technical problem that it becomes more difficult for the conductive wire to overlap the miniaturized 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 111: Main conductive terminal set 1111: First main conductive terminal 11111: First main terminal lap end 1112: Second main conductive terminal 11121: Second main terminal lap end 112: Main insulating terminal seat 1121: First main terminal lap end setting structure 11210: First main insulating terminal seat body 11211: First main insulating terminal seat adjacent wall 11212: First main insulating terminal seat non-adjacent wall 1122: Second main terminal lap end setting structure 11220: Second main insulating terminal seat body 11221: Second main insulating terminal seat adjacent wall 11222: Second main insulating terminal seat non-adjacent wall 13: Conductive plastic layer 211: First main conductive wire 212: Second main conductive wire S11: First main terminal lap joint end lap joint space P11: First main terminal lap joint end lap joint channel S12: Second main terminal lap joint end lap joint space P12: Second main terminal lap joint end lap joint channel L1: Main side W1: Main insulating terminal seat partition wall 121: Secondary conductive terminal set 1211: First secondary conductive terminal 12111: First secondary terminal lap joint end 1212: Second secondary conductive terminal 12121: Second secondary terminal lap joint end 122: Secondary insulating terminal seat 1221: First secondary terminal lap joint end setting structure 12210: First secondary insulating terminal block body 12211: First secondary insulating terminal block adjacent wall 12212: First secondary insulating terminal block non-adjacent wall 1222: Second secondary terminal lap end setting structure 12220: Second secondary insulating terminal block body 12221: Second secondary insulating terminal block adjacent wall 12222: Second secondary insulating terminal block non-adjacent wall 221: First secondary conductive wire 222: Second secondary conductive wire S21: First secondary terminal lap end lap space P21: First secondary terminal lap end lap channel S22: Second secondary terminal lap end lap space P22: Second secondary terminal lap end lap channel L2: Secondary side W2: Secondary insulation terminal block partition wall

The application drawings will be combined with the description of the following embodiments to make the features and other advantages of the application more clearly understood.

FIG. 1 is a three-dimensional schematic diagram of an electrical connector of the present application in one embodiment.

FIG. 2 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 3 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

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

FIG. 5 is a schematic cross-sectional view of some components of the electrical connector shown in FIG. 4 cut along line segment AA.

FIG. 6 is a schematic cross-sectional view of some components of the electrical connector shown in FIG. 4 cut along line segment BB.

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

FIG8 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 9 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 10 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 11 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 12 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 13 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

FIG. 14 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.

FIG. 15 is a perspective schematic diagram of the electrical connector of the present application at a second viewing angle in an embodiment.

1:Electrical connector

111: Main conductive terminal set

211: The first main conductive wire

212: Second main conductive wire

L1: main side

221: First time to get conductive wire

222: Second request for conductive wire

L2: Secondary side

Claims (11)

An electrical connector, which can be matched with a first main conductive wire and a second main conductive wire on a main side, and the electrical connector includes: A main conductive terminal set, the main conductive terminal set has a first main conductive terminal and a second main conductive terminal, the first main conductive terminal has a first main terminal bridging end, and the second main conductive terminal has a second main terminal bridging end; and A main insulating terminal block, the main insulating terminal block has a first main terminal lap joint end setting structure and a second main terminal lap joint end setting structure; the first main terminal lap joint end setting structure has a first main insulating terminal block body, a first main insulating terminal block adjacent wall and a first main insulating terminal block non-adjacent wall, the two sides of the first main insulating terminal block body are respectively connected to the first main insulating terminal block adjacent wall and the first main insulating terminal block non-adjacent wall to form a first main terminal lap joint end lap joint space and a first main terminal lap joint end lap joint channel, the first main terminal lap joint end The end lap channel is connected to the first main terminal lap end lap space; the second main terminal lap end setting structure has a second main insulating terminal seat body, a second main insulating terminal seat adjacent wall and a second main insulating terminal seat non-adjacent wall, and the two sides of the second main insulating terminal seat body are respectively connected to the second main insulating terminal seat adjacent wall and the second main insulating terminal seat non-adjacent wall to form a second main terminal lap end lap space and a second main terminal lap end lap channel, and the second main terminal lap end lap channel is connected to the second main terminal lap end lap space; wherein, The first main terminal lap joint setting structure and the second main terminal lap joint setting structure can provide the first main terminal lap joint and the second main terminal lap joint respectively, so that the first main terminal lap joint and the second main terminal lap joint are respectively located in the first main terminal lap joint space and the second main terminal lap joint space; The first main insulating terminal seat adjacent wall is adjacent to the second main insulating terminal seat adjacent wall; The first main insulating terminal seat adjacent wall and the first main insulating terminal seat non-adjacent wall can allow the first main conductive wire to enter the first main terminal lap joint space through the first main terminal lap joint channel on the main side and lap the first main terminal lap joint; and The second main insulating terminal seat adjacent wall and the second main insulating terminal seat non-adjacent wall allow the second main conductive wire to enter the second main terminal bridge end bridge space through the second main terminal bridge end bridge channel on the main side and bridge the second main terminal bridge end. An electrical connector as described in claim 1, wherein the adjacent wall of the first main insulating terminal block and the non-adjacent wall of the second main insulating terminal block are combined to form a main insulating terminal block partition wall, and the main insulating terminal block partition wall separates the overlapping space of the first main terminal overlapping end and the overlapping space of the second main terminal overlapping end. An electrical connector as described in claim 1, wherein the first main insulating terminal block body can carry the first main terminal lap end in the first main terminal lap end lap space; and the second main insulating terminal block body can carry the second main terminal lap end in the second main terminal lap end lap space. As for the electrical connector described in claim 1, the cross-sectional shape of the first main terminal lap joint setting structure and the second main terminal lap joint setting structure is substantially U-shaped. The electrical connector as described in claim 1 can also be equipped with a first secondary conductive wire and a second secondary conductive wire on a primary side, the secondary side is substantially different from the primary side, and the electrical connector further includes: a primary conductive terminal set, the secondary conductive terminal set has a first secondary conductive terminal and a second secondary conductive terminal, the first secondary conductive terminal has a first secondary terminal lap joint end, and the second secondary conductive terminal has a second secondary terminal lap joint end; and A primary insulating terminal seat, the secondary insulating terminal seat has a first secondary terminal lap joint end setting structure and a second secondary terminal lap joint end setting structure; the first secondary terminal lap joint end setting structure has a first secondary insulating terminal seat body, a first secondary insulating terminal seat adjacent wall and a first secondary insulating terminal seat non-adjacent wall, the two sides of the first secondary insulating terminal seat body are respectively connected to the first secondary insulating terminal seat adjacent wall and the first secondary insulating terminal seat non-adjacent wall to form a first secondary terminal lap joint end lap joint space and a first secondary terminal lap joint end lap joint channel, the first secondary terminal lap joint end lap joint space is formed by the first secondary terminal lap joint end lap joint space, and the second ... The end lap channel is connected to the first secondary terminal lap end lap space; the second secondary terminal lap end setting structure has a second secondary insulating terminal seat body, a second secondary insulating terminal seat adjacent wall and a second secondary insulating terminal seat non-adjacent wall, and the two sides of the second secondary insulating terminal seat body are respectively connected to the second secondary insulating terminal seat adjacent wall and the second secondary insulating terminal seat non-adjacent wall to form a second secondary terminal lap end lap space and a second secondary terminal lap end lap channel, and the second secondary terminal lap end lap channel is connected to the second secondary terminal lap end lap space; wherein, The first secondary terminal lap end setting structure and the second secondary terminal lap end setting structure can provide the first secondary terminal lap end and the second secondary terminal lap end respectively, so that the first secondary terminal lap end and the second secondary terminal lap end are respectively located in the first secondary terminal lap end lap space and the second secondary terminal lap end lap space; The first secondary insulating terminal seat adjacent wall is adjacent to the second secondary insulating terminal seat adjacent wall; The first secondary insulating terminal seat adjacent wall and the first secondary insulating terminal seat non-adjacent wall can allow the first secondary conductive wire to enter the first secondary terminal lap end lap space through the first secondary terminal lap end lap channel on the secondary side and lap the first secondary terminal lap end; and The adjacent wall of the second secondary insulating terminal seat and the non-adjacent wall of the second secondary insulating terminal seat allow the second secondary conductive wire to enter the overlapping space of the second secondary terminal overlapping end through the overlapping channel of the second secondary terminal overlapping end on the secondary side and overlap the second secondary terminal overlapping end. An electrical connector as described in claim 5, wherein the adjacent wall of the first secondary insulating terminal block and the non-adjacent wall of the second secondary insulating terminal block are combined to form a primary insulating terminal block partition wall, and the secondary insulating terminal block partition wall separates the overlapping space of the first secondary terminal overlapping end and the overlapping space of the second secondary terminal overlapping end. An electrical connector as described in claim 5, wherein the first secondary insulating terminal block body can carry the first main terminal lap end in the first secondary terminal lap end lap space; and the second secondary insulating terminal block body can carry the second secondary terminal lap end in the second secondary terminal lap end lap space. In the electrical connector as described in claim 5, the cross-sectional shape of the first secondary terminal lap joint setting structure and the second secondary terminal lap joint setting structure is substantially U-shaped. An electrical connector as described in claim 5, wherein the shapes of the primary insulation terminal block and the secondary insulation terminal block are substantially the same. The electrical connector as claimed in claim 5, further comprising: a conductive plastic layer, the conductive plastic layer being located between the main insulating terminal seat and the secondary insulating terminal seat, the first main conductive terminal, the second main conductive terminal, the first secondary conductive terminal or the second secondary conductive terminal being a signal terminal, wherein if the first main conductive terminal is a signal terminal, the first main insulating terminal seat body is a body that separates the first main terminal lap end from the conductive plastic layer. layer; if the second main conductive terminal is a signal terminal, the second main insulating terminal seat body is to separate the second main terminal lap end from the conductive plastic layer; if the first secondary conductive terminal is a signal terminal, the first secondary insulating terminal seat body is to separate the first secondary terminal lap end from the conductive plastic layer; and if the second secondary conductive terminal is a signal terminal, the second secondary insulating terminal seat body is to separate the second secondary terminal lap end from the conductive plastic layer. The electrical connector as claimed in claim 5, further comprising: a conductive plastic layer, the conductive plastic layer being located between the main insulating terminal block and the secondary insulating terminal block, the first main conductive terminal, the second main conductive terminal, the first secondary conductive terminal or the second secondary conductive terminal being a grounding terminal, wherein if the first main conductive terminal is a grounding terminal, the first main conductive terminal is electrically connected to the conductive plastic layer by passing through the first main insulating terminal block body; If the second main conductive terminal is a grounding terminal, the second main conductive terminal passes through the second main insulating terminal block body and is electrically connected to the conductive plastic layer; if the first secondary conductive terminal is a grounding terminal, the first secondary conductive terminal passes through the first secondary insulating terminal block body and is electrically connected to the conductive plastic layer; if the second secondary conductive terminal is a grounding terminal, the second secondary conductive terminal passes through the second secondary insulating terminal block body and is electrically connected to the conductive plastic layer.

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