Electric connector

Abstract

The utility model provides an electric connector. The electric connector comprises a main side conductive terminal group and a main side terminal rubber core, the main side conductive terminal group is provided with a first main side conductive terminal, the first main side conductive terminal comprises a body, and a butt joint structure and a lap joint structure which are positioned at two ends of the body, the butt joint structure extends to a butt joint position of a main side terminal rubber core along a butt joint line segment, the lap joint structure extends to a lap joint position along a lap joint line segment, and the butt joint line segment is substantially different from the lap joint line segment; and the butt joint position and the lap joint position are staggered. By means of the structure, the electric connector can be in butt joint with the butt joint component and in lap joint with the lap joint component at the same time, signal transmission is achieved, and common-ground connection of multiple electric connectors can be achieved. Besides, according to the electric connector provided by the invention, a plurality of electric connectors can be electrically connected to achieve common ground, so that the electric property of the electric connector meets the expectation, and the electric connector can be widely applied to various electronic devices.

Description

Technical Field

[0001] This application relates to the field of electronic device technology, and in particular to an electrical connector capable of simultaneously mating mating components and overlapping components. Background Technology

[0002] Note that the conductive terminals of an electrical connector can mate with a mating member and overlap with a lapping member to transmit signals between the mating member and the lapping member. Therefore, electrical connectors are widely used in various electronic devices. However, with the continuous development of technology, the trend of electronic devices becoming thinner and smaller has become undeniable, making the internal space of electronic devices increasingly limited. As a result, the positions of the mating member and the lapping member in electronic devices are often misaligned, making it impossible for the conductive terminals of the electrical connector to mate with both the mating member and the lapping member simultaneously.

[0003] As can be seen from the above, how to enable the conductive terminals of an electrical connector to simultaneously mate with the mating component and overlap the overlapping component to achieve signal transmission and meet the signal transmission requirements of electronic devices is a problem that urgently needs to be solved by those skilled in the art. Utility Model Content

[0004] In view of the disadvantages of the prior art, this application provides an electrical connector, the electrical connector comprising: a main-side conductive terminal group, the main-side conductive terminal group including a first main-side conductive terminal, the first main-side conductive terminal including a first main-side conductive terminal body, a first main-side conductive terminal mating structure and a first main-side conductive terminal overlapping structure, the first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure being located at opposite ends of the first main-side conductive terminal body, the first main-side conductive terminal mating structure extending on a first main-side conductive terminal mating section, and the first main-side conductive terminal overlapping structure on a first main-side... The conductive terminal extension segment extends along the conductive terminal; and a main-side terminal core, the main-side terminal core including a first main-side conductive terminal mating position and a first main-side conductive terminal overlapping position, the main-side terminal core engaging the first main-side conductive terminal, such that the first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure are respectively located at the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position; wherein, the first main-side conductive terminal mating segment and the first main-side conductive terminal overlapping segment are substantially different, such that the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position are substantially different.

[0005] Preferably, in the electrical connector of this application, the first main-side conductive terminal body includes a first main-side conductive terminal body inclined extension section, the first main-side conductive terminal body inclined extension section extends inclined, so that the first main-side conductive terminal mating section is substantially different from the first main-side conductive terminal overlapping section.

[0006] Preferably, in the electrical connector of this application, the first main-side conductive terminal body includes a first main-side conductive terminal body lateral extension section, the first main-side conductive terminal body lateral extension section extends laterally, so that the first main-side conductive terminal mating section and the first main-side conductive terminal overlapping section are substantially different.

[0007] Preferably, in the electrical connector of this application, the first main-side conductive terminal body includes a first main-side conductive terminal body serpentine extension section, the first main-side conductive terminal body serpentine extension section extending in a serpentine manner, so that the first main-side conductive terminal mating section is substantially different from the first main-side conductive terminal overlap section.

[0008] Preferably, the electrical connector of this application further includes a main-side terminal connector, wherein the main-side conductive terminal group further includes a second main-side conductive terminal and a third main-side conductive terminal, the second main-side conductive terminal and the third main-side conductive terminal respectively including a second main-side conductive terminal mating structure and a third main-side conductive terminal mating structure, the main-side terminal core further includes a second main-side conductive terminal mating position and a third main-side conductive terminal mating position, and the main-side terminal core further engages the second main-side conductive terminal and the third main-side conductive terminal respectively, so that the second main-side conductive terminal mating structure and the third main-side conductive terminal mating structure are respectively engaged. The first main-side conductive terminal is located between the second main-side conductive terminal and the third main-side conductive terminal, respectively. The main-side terminal connector extends to the second main-side conductive terminal and the third main-side conductive terminal, bypassing the first main-side conductive terminal and electrically connecting the second main-side conductive terminal and the third main-side conductive terminal, thereby electrically connecting the second main-side conductive terminal and the third main-side conductive terminal.

[0009] Preferably, in the electrical connector of this application, the second main-side conductive terminal and the third main-side conductive terminal further include a second main-side conductive terminal overlap structure and a third main-side conductive terminal overlap structure, respectively. The main-side terminal core further includes a second main-side conductive terminal overlap position and a third main-side conductive terminal overlap position, the second main-side conductive terminal overlap structure and the third main-side conductive terminal overlap structure being located at the second main-side conductive terminal overlap position and the third main-side conductive terminal overlap position, respectively. The main-side terminal core also includes a main-side conductive terminal mating area and a main-side conductive terminal overlap area. The first main-side conductive terminal mating position, the second main-side conductive terminal mating position, and the third main-side conductive terminal mating position are located within the main-side conductive terminal mating area. The first main-side conductive terminal overlap position, the second main-side conductive terminal overlap position, and the third main-side conductive terminal overlap position are located within the main-side conductive terminal overlap area, wherein the main-side conductive terminal overlap area is larger than or smaller than the main-side conductive terminal mating area.

[0010] Preferably, the electrical connector of this application further includes a main-side conductive plastic body, wherein the main-side terminal core is also bonded to the main-side conductive plastic body, and the main-side terminal core is also electrically separated from the first main-side conductive terminal and the main-side conductive plastic body. The main-side terminal core includes a second main-side conductive plastic abutment channel and a third main-side conductive plastic abutment channel. The second main-side conductive terminal and the third main-side conductive terminal also respectively include a second main-side conductive terminal abutment structure and a third main-side conductive terminal abutment structure. The second main-side conductive terminal abutment structure and the third main-side conductive terminal abutment structure electrically abut against the main-side conductive plastic body through the second main-side conductive plastic abutment channel and the third main-side conductive plastic abutment channel, respectively, so that the main-side conductive plastic body is electrically connected to the second main-side conductive terminal and the third main-side conductive terminal.

[0011] Preferably, the electrical connector of this application further includes: a primary-side conductive terminal group, the secondary-side conductive terminal group including a primary-side conductive terminal, a secondary-side conductive terminal and a third-side conductive terminal, the primary-side conductive terminal, the secondary-side conductive terminal and the third-side conductive terminal respectively including a primary-side conductive terminal mating structure, a secondary-side conductive terminal mating structure and a third-side conductive terminal mating structure; a primary-side terminal core, the secondary-side terminal core including a primary-side conductive terminal mating position, a secondary-side conductive terminal mating position and a third-side conductive terminal mating position, the secondary-side terminal core further engaging the primary-side conductive terminal, the secondary-side conductive terminal and the third-side conductive terminal respectively, such that the primary-side conductive terminal mating structure, the secondary ... The secondary conductive terminal docking structure and the third conductive terminal docking structure are respectively located at the first conductive terminal docking position, the second conductive terminal docking position, and the third conductive terminal docking position, wherein the first conductive terminal docking position is located between the second conductive terminal docking position and the third conductive terminal docking position; and a primary terminal connector, the secondary terminal connector extending to the second conductive terminal docking position and the third conductive terminal docking position, bypassing the first conductive terminal docking structure, to electrically connect the second conductive terminal docking structure and the third conductive terminal docking structure, thereby electrically connecting the second conductive terminal and the third conductive terminal.

[0012] Preferably, in the electrical connector of this application, the first-side conductive terminal, the second-side conductive terminal, and the third-side conductive terminal further include a first-side conductive terminal overlap structure, a second-side conductive terminal overlap structure, and a third-side conductive terminal overlap structure, respectively. The secondary-side terminal core further includes a first-side conductive terminal overlap position, a second-side conductive terminal overlap position, and a third-side conductive terminal overlap position. The first-side conductive terminal overlap structure, the second-side conductive terminal overlap structure, and the third-side conductive terminal overlap structure are respectively located at the first-side conductive terminal overlap position, the second-side conductive terminal overlap position, and the third-side conductive terminal overlap position. The secondary conductive terminal overlap position and the third conductive terminal overlap position; and the secondary terminal core also includes a primary conductive terminal mating area and a primary conductive terminal overlap area, wherein the first, second, and third conductive terminal mating positions are located in the secondary conductive terminal mating area, and the first, second, and third conductive terminal overlap positions are located in the secondary conductive terminal overlap area, wherein the secondary conductive terminal overlap area is larger or smaller than the secondary conductive terminal mating area.

[0013] Preferably, in the electrical connector of this application, the main-side terminal connector is electrically connected to the secondary-side terminal connector, thereby electrically connecting the second main-side conductive terminal, the third main-side conductive terminal, the second-side conductive terminal, and the third-side conductive terminal.

[0014] Preferably, in the electrical connector of this application, the main side terminal core and the secondary side terminal core are integrally formed structures.

[0015] Preferably, the electrical connector of this application further includes a primary conductive plastic body, wherein the secondary terminal core is further bonded to the secondary conductive plastic body, and the secondary terminal core electrically separates the primary conductive terminal from the secondary conductive plastic body. The secondary terminal core further includes a secondary conductive plastic abutment channel and a tertiary conductive plastic abutment channel. The secondary conductive terminal and the tertiary conductive terminal further include a secondary conductive terminal abutment structure and a tertiary conductive terminal abutment structure, respectively. The secondary conductive terminal abutment structure and the tertiary conductive terminal abutment structure electrically abut against the secondary conductive plastic body via the secondary conductive plastic abutment channel and the tertiary conductive plastic abutment channel, respectively, so that the secondary conductive plastic body electrically connects the secondary conductive terminal and the tertiary conductive terminal.

[0016] Preferably, in the electrical connector of this application, the primary conductive plastic body is electrically connected to the secondary conductive plastic body, thereby electrically connecting the second primary conductive terminal, the third primary conductive terminal, the second secondary conductive terminal, and the third secondary conductive terminal.

[0017] Preferably, in the electrical connector of this application, the primary conductive plastic body and the secondary conductive plastic body are integrally formed structures.

[0018] Compared to prior art, the electrical connector provided in this application can be paired with a mating member and a lapping member that are staggered in position. The mating structure and the lapping structure of the conductive terminals of the electrical connector extend on different line segments, allowing the conductive terminals of the electrical connector to smoothly mate with both the mating member and the lapping member simultaneously, thereby achieving signal transmission between the mating member and the lapping member and meeting the signal transmission requirements of electronic devices. In addition, the electrical connector provided in this application can electrically connect multiple conductive terminals to achieve a common ground, so that the electrical characteristics of the electrical connector meet expectations and can be widely used in various electronic devices. Attached Figure Description

[0019] Figure 1The diagram shown is a first-view perspective perspective of an embodiment of the electrical connector of this application.

[0020] Figure 2 The diagram shown is a second-view perspective perspective of an embodiment of the electrical connector of this application.

[0021] Figure 3 The diagram shown is a bottom view of an embodiment of the electrical connector of this application.

[0022] Figure 4 The diagram shown is a top view of an embodiment of the electrical connector of this application.

[0023] Figure 5 The diagram shown is a perspective view of an embodiment of the electrical connector of this application.

[0024] Figure 6 The diagram shown is a top view of one embodiment of the first main-side conductive terminal of this application.

[0025] Figure 7 The diagram shown is a top view of one embodiment of the first main-side conductive terminal of this application.

[0026] Figure 8 The diagram shown is a top view of one embodiment of the first main-side conductive terminal of this application.

[0027] Component designation explanation

[0028] 1 Electrical connectors 101 Main side terminal connector 11 Main side conductive terminal group 111 First main side conductive terminal 1110 First main side conductive terminal body 11101 The inclined extension section of the first main side conductive terminal body 11102 The first main side conductive terminal body lateral extension section 11103 The serpentine extension section of the first main-side conductive terminal body 1111 First main side conductive terminal docking structure 1112 First main side conductive terminal overlap structure 112 Second main side conductive terminal 1121 Second main side conductive terminal docking structure 1122 Second main side conductive terminal overlap structure 1123 Second main side conductive terminal abutment structure 113 Third main side conductive terminal 1131 Third main side conductive terminal docking structure 1132 Third main side conductive terminal overlap structure 1133 Third main side conductive terminal abutment structure 12 Main side terminal core 122 Second main side conductive plastic abutment channel 123 Third main side conductive plastic contact channel 13 Main conductive plastic body L11 First main side conductive terminal connection section L12 First main side conductive terminal connection section P111 First main side conductive terminal docking position P112 Second main side conductive terminal docking position P113 Third main side conductive terminal docking position P121 First main side conductive terminal overlap position P122 Second main side conductive terminal overlap position P123 Third main side conductive terminal overlap position A11 Main side conductive terminal mating area A12 Main side conductive terminal overlap area 102 Secondary terminal connector 14 Secondary conductive terminal group 141 First side conductive terminal 1411 First-side conductive terminal mating structure 1412 First side conductive terminal overlap structure 142 Secondary conductive terminal 1421 Secondary conductive terminal mating structure 1422 Secondary conductive terminal overlap structure 1423 Secondary conductive terminal contact structure 143 Third side conductive terminal 1431 Third-side conductive terminal mating structure 1432 Third-side conductive terminal overlap structure 1433 Third-side conductive terminal contact structure 15 Secondary terminal core 152 Secondary conductive plastic contact channel 153 Third side conductive plastic contact channel 16 Secondary conductive plastic body P211 First side conductive terminal mating position P212 Secondary conductive terminal mating position P213 Third side conductive terminal mating position P221 First side conductive terminal overlap position P222 Second side conductive terminal overlap position P223 Third side conductive terminal overlap position A21 Secondary conductive terminal mating area A22 Secondary conductive terminal overlap area Detailed Implementation

[0029] The following specific examples illustrate the implementation of this application. Those skilled in the art can easily understand other advantages and effects of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments, and various details in this specification can also be modified or changed based on different viewpoints and applications without departing from the spirit of this application. It should be noted that, unless otherwise specified, the following embodiments and features in the embodiments can be combined with each other.

[0030] It should be noted that the illustrations provided in the following embodiments are only schematic representations of the basic concept of this application. Therefore, the drawings only show the components related to this application and are not drawn according to the actual number, shape and size of the components in the actual implementation. In the actual implementation, the form, quantity and proportion of each component can be arbitrarily changed, and the layout of the components may also be more complex.

[0031] The electrical connector provided in this application can be used with a mating member and a lapping member that are staggered in position. The mating structure and the lapping structure of the conductive terminals of the electrical connector extend on different line segments, so that the conductive terminals of the electrical connector can smoothly mate with the mating member and the lapping member at the same time, so as to achieve signal transmission between the mating member and the lapping member and meet the signal transmission requirements of electronic devices.

[0032] For the technical concept of the electrical connector in this application, please refer to the following: Figures 1 to 8 The following is an example description.

[0033] This application provides an electrical connector whose conductive terminals can mate with a mating member and overlap with a lapping member to transmit signals between the mating member and the lapping member. The mating member can be selected as a mating circuit board, a mating electrical connector, a mating conductive terminal, or a mating conductive wire. The lapping member can be selected as a lapping circuit board, a lapping electrical connector, a lapping conductive terminal, or a lapping conductive wire.

[0034] In this application Figures 1 to 8 In the illustrated embodiment, the electrical connector 1 includes: a main-side terminal connector 101, a main-side conductive terminal group 11, a main-side terminal core 12, and a main-side conductive plastic body 13. The main-side conductive terminal group 11 includes a first main-side conductive terminal 111, which comprises a first main-side conductive terminal body 1110, a first main-side conductive terminal mating structure 1111, and a first main-side conductive terminal overlapping structure 1112. The first main-side conductive terminal mating structure 1111 and the first main-side conductive terminal overlapping structure 1112 are respectively located at both ends of the first main-side conductive terminal body 1110.

[0035] It should be noted that the first main-side conductive terminal docking structure 1111 provides a docking mechanism for the docking member. The first main-side conductive terminal overlapping structure 1112 provides a mechanism for overlapping the docking member.

[0036] In the above embodiments, the first main-side conductive terminal mating structure 1111 extends on a first main-side conductive terminal mating segment L11, while the first main-side conductive terminal overlapping structure 1112 extends on a first main-side conductive terminal overlapping segment L12. Additionally, the main-side terminal core 12 includes a first main-side conductive terminal mating position P111 and a first main-side conductive terminal overlapping position P121.

[0037] The main side terminal core 12 can be connected to the first main side conductive terminal 111, so that the first main side conductive terminal docking structure 1111 and the first main side conductive terminal overlapping structure 1112 are respectively located at the first main side conductive terminal docking position P111 and the first main side conductive terminal overlapping position P121.

[0038] In addition, the main-side terminal core 12 can also be bonded to the main-side conductive plastic body 13 and electrically separate the first main-side conductive terminal 111 from the main-side conductive plastic body 13, so as to avoid electrical short circuit between the first main-side conductive terminal 111 and the main-side conductive plastic body 13, so that the electrical characteristics of the electrical connector 1 meet the expectations and can be widely used in various electronic devices.

[0039] It should be noted that the first main-side conductive terminal connecting segment L11 and the first main-side conductive terminal overlapping segment L12 are substantially different, causing the first main-side conductive terminal docking position P111 and the first main-side conductive terminal overlapping position P121 to be staggered and substantially different. When the docking member and the overlapping member are staggered and located at the staggered first main-side conductive terminal docking position P111 and the first main-side conductive terminal overlapping position P121 respectively, the first main-side conductive terminal docking structure 1111 can dock with the docking member at the first main-side conductive terminal docking position P111, while the first main-side conductive terminal overlapping structure 1112 overlaps with the overlapping member at the first main-side conductive terminal overlapping position P121.

[0040] Therefore, the electrical connector 1 can be paired with the mating member and the overlapping member that are staggered in position. By using the first main-side conductive terminal mating structure 1111 and the first main-side conductive terminal overlapping structure 1112 that extend on different line segments, the conductive terminals of the electrical connector 1 can smoothly mate with the mating member and the overlapping member at the same time, so as to achieve signal transmission between the mating member and the overlapping member and meet the signal transmission requirements of the electronic device.

[0041] In this application Figure 1 , Figure 4 and Figure 6 In the embodiment shown, the first main-side conductive terminal body 1110 includes a first main-side conductive terminal body inclined extension section 11101. The first main-side conductive terminal body inclined extension section 11101 extends inclinedly, so that the first main-side conductive terminal connecting section L11 and the first main-side conductive terminal overlapping section L12 are substantially different.

[0042] In this application Figure 7In the embodiment shown, the first main-side conductive terminal body 1110 includes a first main-side conductive terminal body lateral extension section 11102. The first main-side conductive terminal body lateral extension section 11102 extends laterally, so that the first main-side conductive terminal connecting section L11 and the first main-side conductive terminal bridging section L12 are substantially different.

[0043] In this application Figure 8 In the embodiment shown, the first main-side conductive terminal body 1110 includes a first main-side conductive terminal body serpentine extension section 11103. The first main-side conductive terminal body serpentine extension section 11103 extends in a serpentine manner, so that the first main-side conductive terminal connecting section L11 and the first main-side conductive terminal bridging section L12 are substantially different.

[0044] In addition, in this application Figures 1 to 2 and Figures 4 to 5 In the illustrated embodiment, the main-side conductive terminal group 11 further includes a second main-side conductive terminal 112 and a third main-side conductive terminal 113. The second main-side conductive terminal 112 includes a second main-side conductive terminal mating structure 1121, a second main-side conductive terminal overlapping structure 1122, and a second main-side conductive terminal abutting structure 1123. The third main-side conductive terminal 113 includes a third main-side conductive terminal mating structure 1131, a third main-side conductive terminal overlapping structure 1132, and a third main-side conductive terminal abutting structure 1133.

[0045] Accordingly, the main-side terminal core 12 also includes a second main-side conductive plastic abutment channel 122, a third main-side conductive plastic abutment channel 123, a second main-side conductive terminal mating position P112, a third main-side conductive terminal mating position P113, a second main-side conductive terminal overlap position P122 and a third main-side conductive terminal overlap position P123.

[0046] It should be noted that the second main-side conductive terminal docking structure 1121 and the third main-side conductive terminal docking structure 1131 are provided for docking the docking members. The second main-side conductive terminal overlapping structure 1122 and the third main-side conductive terminal overlapping structure 1132 are provided for overlapping the docking members.

[0047] In the above embodiments, the main-side terminal core 12 is further coupled to the second main-side conductive terminal 112 and the third main-side conductive terminal 113, such that the second main-side conductive terminal mating structure 1121 and the third main-side conductive terminal mating structure 1131 are respectively located at the second main-side conductive terminal mating position P112 and the third main-side conductive terminal mating position P113, and the second main-side conductive terminal overlapping structure 1122 and the third main-side conductive terminal overlapping structure 1132 are respectively located at... The second main-side conductive terminal contact position P122 and the third main-side conductive terminal contact position P123 are connected so that the second main-side conductive terminal contact structure 1123 and the third main-side conductive terminal contact structure 1133 electrically abut against the main-side conductive plastic body 13 via the second main-side conductive plastic contact channel 122 and the third main-side conductive plastic contact channel 123, respectively. This allows the main-side conductive plastic body 13 to electrically connect the second main-side conductive terminal 112 and the third main-side conductive terminal 113. Thus, through the main-side conductive plastic body 13, the second main-side conductive terminal 112 and the third main-side conductive terminal 113 can share a common ground to transmit a ground signal, ensuring that the electrical characteristics of the electrical connector 1 meet expectations and enabling its widespread application in various electronic devices.

[0048] In the above embodiments, the main-side terminal core 12 further includes a main-side conductive terminal mating area A11 and a main-side conductive terminal overlapping area A12. The first main-side conductive terminal mating position P111, the second main-side conductive terminal mating position P112, and the third main-side conductive terminal mating position P113 are located in the main-side conductive terminal mating area A11. The first main-side conductive terminal overlapping position P121, the second main-side conductive terminal overlapping position P122, and the third main-side conductive terminal overlapping position P123 are located in the main-side conductive terminal overlapping area A12.

[0049] It should be noted that the electrical connector 1 can be paired with the mating member and the overlapping member, which are located in different areas and are staggered in position. In the above embodiment, the overlapping area A12 of the main conductive terminal is larger than the mating area A11 of the main conductive terminal, so that the conductive terminal of the electrical connector 1 can smoothly mate with both the mating member and the overlapping member at the same time, thereby achieving signal transmission between the mating member and the overlapping member and meeting the signal transmission requirements of the electronic device. However, this is not a limitation. In other embodiments of this application, the overlapping area A12 of the main conductive terminal can be selected to be smaller than the mating area A11 of the main conductive terminal, so that the conductive terminal of the electrical connector 1 can smoothly mate with both the mating member and the overlapping member at the same time.

[0050] Furthermore, the first main-side conductive terminal mating position P111 is located between the second main-side conductive terminal mating position P112 and the third main-side conductive terminal mating position P113. The main-side terminal connector 101 extends to the second main-side conductive terminal mating position P112 and the third main-side conductive terminal mating position P113, bypassing the first main-side conductive terminal mating structure 1111, to electrically connect the second main-side conductive terminal mating structure 1121 and the third main-side conductive terminal mating structure 1131, thereby electrically connecting the second main-side conductive terminal 112 and the third main-side conductive terminal 113. Thus, through the main-side terminal connector 101, the second main-side conductive terminal 112 and the third main-side conductive terminal 113 can share a common ground to transmit a ground signal, ensuring that the electrical characteristics of the electrical connector 1 meet expectations, and allowing for wide application in various electronic devices.

[0051] At Figures 1 to 2 In the illustrated embodiment, the electrical connector 1 further includes: a primary-side terminal connector 102, a primary-side conductive terminal group 14, a primary-side terminal core 15, and a primary-side conductive plastic body 16. The secondary-side conductive terminal group 14 includes a primary-side conductive terminal 141, a secondary-side conductive terminal 142, and a tertiary-side conductive terminal 143.

[0052] In this application Figures 1 to 3 In the illustrated embodiment, the first-side conductive terminal 141 includes a first-side conductive terminal mating structure 1411 and a first-side conductive terminal overlapping structure 1412. The second-side conductive terminal 142 includes a second-side conductive terminal mating structure 1421, a second-side conductive terminal overlapping structure 1422, and a second-side conductive terminal abutment structure 1423. The third-side conductive terminal 143 includes a third-side conductive terminal mating structure 1431, a third-side conductive terminal overlapping structure 1432, and a third-side conductive terminal abutment structure 1433.

[0053] Accordingly, the secondary terminal core 15 also includes a secondary conductive plastic abutment channel 152, a tertiary conductive plastic abutment channel 153, a primary conductive terminal mating position P211, a secondary conductive terminal mating position P212, a tertiary conductive terminal mating position P213, a primary conductive terminal overlap position P221, a secondary conductive terminal overlap position P222, and a tertiary conductive terminal overlap position P223.

[0054] It should be noted that the first side conductive terminal docking structure 1411, the second side conductive terminal docking structure 1421, and the third side conductive terminal docking structure 1431 are provided for docking the docking members. The first side conductive terminal overlapping structure 1412, the second side conductive terminal overlapping structure 1422, and the third side conductive terminal overlapping structure 1432 are provided for overlapping the docking members.

[0055] In the above embodiments, the secondary terminal core 15 further connects to the primary conductive terminal 141, the secondary conductive terminal 142, and the third conductive terminal 143, respectively, such that the primary conductive terminal mating structure 1411, the secondary conductive terminal mating structure 1421, and the third conductive terminal mating structure 1431 are respectively located at the primary conductive terminal mating position P211, the secondary conductive terminal mating position P212, and the third conductive terminal mating position P213, and the primary conductive terminal overlap structure 1412 and the secondary conductive terminal overlap structure 1431 are respectively located at the primary conductive terminal mating position P211, the secondary conductive terminal mating position P212, and the third conductive terminal mating position P213, and the primary conductive terminal overlap structure 1412 and the secondary conductive terminal overlap structure 1431 are respectively located at the primary conductive terminal mating position P211, the secondary conductive terminal mating position P212, and the third conductive terminal mating position P213, respectively. The second-side conductive terminal contact structure 1422 and the third-side conductive terminal contact structure 1432 are respectively located at the first-side conductive terminal contact position P221, the second-side conductive terminal contact position P222, and the third-side conductive terminal contact position P223. Furthermore, the second-side conductive terminal contact structure 1423 and the third-side conductive terminal contact structure 1433 electrically contact the secondary-side conductive plastic body 16 via the second-side conductive plastic contact channel 152 and the third-side conductive plastic contact channel 153, respectively, so that the secondary-side conductive plastic body 16 electrically connects the second-side conductive terminal 142 and the third-side conductive terminal 143. Thus, through the secondary-side conductive plastic body 16, the second-side conductive terminal 142 and the third-side conductive terminal 143 can share a common ground to transmit a ground signal, so that the electrical characteristics of the electrical connector 1 meet expectations and can be widely used in various electronic devices.

[0056] In addition, the secondary terminal core 15 can also be bonded to the secondary conductive plastic body 16 and electrically separate the primary conductive terminal 141 from the secondary conductive plastic body 16 to avoid electrical short circuit between the primary conductive terminal 141 and the secondary conductive plastic body 16, so that the electrical characteristics of the electrical connector 1 meet expectations and can be widely used in various electronic devices.

[0057] In the above embodiments, the secondary terminal core 15 further includes a primary conductive terminal mating area A21 and a primary conductive terminal overlap area A22. The first secondary conductive terminal mating position P211, the second secondary conductive terminal mating position P212, and the third secondary conductive terminal mating position P213 are located in the secondary conductive terminal mating area A21, and the first secondary conductive terminal overlap position P221, the second secondary conductive terminal overlap position P222, and the third secondary conductive terminal overlap position P223 are located in the secondary conductive terminal overlap area A22.

[0058] It should be noted that the electrical connector 1 can be paired with the mating member and the overlapping member, which are located in different areas and are staggered in position. In the above embodiment, the overlapping area A22 of the secondary conductive terminal is larger than the mating area A21 of the secondary conductive terminal, so that the conductive terminal of the electrical connector 1 can smoothly mate with both the mating member and the overlapping member at the same time, thereby achieving signal transmission between the mating member and the overlapping member and meeting the signal transmission requirements of the electronic device. However, this is not a limitation. In other embodiments of this application, the overlapping area A22 of the secondary conductive terminal may be smaller than the mating area A21 of the secondary conductive terminal, so that the conductive terminal of the electrical connector 1 can smoothly mate with both the mating member and the overlapping member at the same time.

[0059] Furthermore, the first-side conductive terminal mating position P211 is located between the second-side conductive terminal mating position P212 and the third-side conductive terminal mating position P213. The secondary-side terminal connector 102 extends to the second-side conductive terminal mating position P212 and the third-side conductive terminal mating position P213, bypassing the first-side conductive terminal mating structure 1411, to electrically connect the second-side conductive terminal mating structure 1421 and the third-side conductive terminal mating structure 1431, thereby electrically connecting the second-side conductive terminal 142 and the third-side conductive terminal 143. Thus, through the secondary-side terminal connector 102, the second-side conductive terminal 142 and the third-side conductive terminal 143 can share a common ground to transmit a ground signal, ensuring that the electrical characteristics of the electrical connector 1 meet expectations, and enabling its widespread application in various electronic devices.

[0060] In one embodiment of this application, the main-side terminal core 12 and the secondary-side terminal core 15 may be integrally formed to improve their structural strength. Additionally, the main-side conductive plastic body 13 and the secondary-side conductive plastic body 16 may be integrally formed to further improve their structural strength.

[0061] In one embodiment of this application, the primary terminal connector 101 and the secondary terminal connector 102 may be selectively electrically connected to electrically connect the second primary conductive terminal 112, the third primary conductive terminal 113, the second secondary conductive terminal 142, and the third secondary conductive terminal 143. Additionally, the primary conductive plastic body 13 and the secondary conductive plastic body 16 may be selectively electrically connected to electrically connect the second primary conductive terminal 112, the third primary conductive terminal 113, the second secondary conductive terminal 142, and the third secondary conductive terminal 143. This allows the second primary conductive terminal 112, the third primary conductive terminal 113, the second secondary conductive terminal 142, and the third secondary conductive terminal 143 to share a common ground for transmitting a ground signal, ensuring that the electrical characteristics of the electrical connector 1 meet expectations and enabling its widespread application in various electronic devices.

[0062] It should be noted that the electrical connector of this application may omit some components and is not limited to the above embodiments. For example, the electrical connector of this application may optionally include only: a main-side conductive terminal group and a main-side terminal core. The main-side conductive terminal group includes a first main-side conductive terminal, which includes a first main-side conductive terminal body, a first main-side conductive terminal mating structure, and a first main-side conductive terminal overlapping structure. The first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure are respectively located at both ends of the first main-side conductive terminal body. The first main-side conductive terminal mating structure extends on the first main-side conductive terminal mating section, and the first main-side conductive terminal overlapping structure extends on the first main-side conductive terminal overlapping section. The main-side terminal core includes a first main-side conductive terminal mating position and a first main-side conductive terminal overlapping position. The main-side terminal core is engaged with the first main-side conductive terminal, such that the first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure are respectively located at the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position; wherein, the first main-side conductive terminal mating section and the first main-side conductive terminal overlapping section are substantially different, so that the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position are substantially different.

[0063] In summary, the electrical connector provided in this application can be used with a mating member and a lapping member that are staggered in position. The mating structure and the lapping structure of the conductive terminals of the electrical connector extend on different line segments, allowing the conductive terminals of the electrical connector to smoothly mate with both the mating member and the lapping member simultaneously, thereby achieving signal transmission between the mating member and the lapping member and meeting the signal transmission requirements of electronic devices. Furthermore, the electrical connector provided in this application can electrically connect multiple conductive terminals to achieve a common ground, so that the electrical characteristics of the electrical connector meet expectations and can be widely used in various electronic devices.

[0064] The above embodiments are merely illustrative of the principles and effects of this application and are not intended to limit this application. Any person skilled in the art can modify or alter the above embodiments without departing from the spirit and scope of this application. Therefore, all equivalent modifications or alterations made by those skilled in the art without departing from the spirit and technical concept disclosed in this application should still be covered by the claims of this application.

Claims

1. An electrical connector, characterized in that, The electrical connector includes: A main-side conductive terminal group, the main-side conductive terminal group including a first main-side conductive terminal, the first main-side conductive terminal including a first main-side conductive terminal body, a first main-side conductive terminal mating structure and a first main-side conductive terminal overlapping structure, the first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure being located at opposite ends of the first main-side conductive terminal body, the first main-side conductive terminal mating structure extending on a first main-side conductive terminal mating line segment, and the first main-side conductive terminal overlapping structure extending on a first main-side conductive terminal overlapping line segment; and A main-side terminal core includes a first main-side conductive terminal mating position and a first main-side conductive terminal overlapping position. The main-side terminal core engages with the first main-side conductive terminal, such that the first main-side conductive terminal mating structure and the first main-side conductive terminal overlapping structure are respectively located at the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position; wherein, the first main-side conductive terminal mating section and the first main-side conductive terminal overlapping section are substantially different, so that the first main-side conductive terminal mating position and the first main-side conductive terminal overlapping position are substantially different.

2. The electrical connector according to claim 1, characterized in that, The first main-side conductive terminal body includes a first main-side conductive terminal body inclined extension section. The first main-side conductive terminal body inclined extension section extends at an inclination, so that the first main-side conductive terminal connecting section and the first main-side conductive terminal overlapping section are substantially different.

3. The electrical connector according to claim 1, characterized in that, The first main-side conductive terminal body includes a first main-side conductive terminal body lateral extension section. The first main-side conductive terminal body lateral extension section extends laterally, so that the first main-side conductive terminal connecting section and the first main-side conductive terminal overlapping section are substantially different.

4. The electrical connector according to claim 1, characterized in that, The first main-side conductive terminal body includes a serpentine extension section of the first main-side conductive terminal body. The serpentine extension section of the first main-side conductive terminal body extends in a serpentine manner, so that the first main-side conductive terminal connecting section and the first main-side conductive terminal overlapping section are substantially different.

5. The electrical connector according to claim 1, characterized in that, It also includes a main-side terminal connector, wherein the main-side conductive terminal group further includes a second main-side conductive terminal and a third main-side conductive terminal, the second main-side conductive terminal and the third main-side conductive terminal respectively including a second main-side conductive terminal mating structure and a third main-side conductive terminal mating structure, the main-side terminal core further includes a second main-side conductive terminal mating position and a third main-side conductive terminal mating position, and the main-side terminal core further engages the second main-side conductive terminal and the third main-side conductive terminal respectively, such that the second main-side conductive terminal mating structure and the third main-side conductive terminal mating structure are respectively located at the second main-side conductive terminal. The main conductive terminal docking position is located between the second main conductive terminal docking position and the third main conductive terminal docking position. The main terminal connector extends to the second main conductive terminal docking position and the third main conductive terminal docking position, bypassing the first main conductive terminal docking position, so as to electrically connect the second main conductive terminal docking structure and the third main conductive terminal docking structure, thereby electrically connecting the second main conductive terminal and the third main conductive terminal.

6. The electrical connector according to claim 5, characterized in that, The second main-side conductive terminal and the third main-side conductive terminal each include a second main-side conductive terminal overlap structure and a third main-side conductive terminal overlap structure. The main-side terminal core also includes a second main-side conductive terminal overlap position and a third main-side conductive terminal overlap position. The second main-side conductive terminal overlap structure and the third main-side conductive terminal overlap structure are respectively located at the second main-side conductive terminal overlap position and the third main-side conductive terminal overlap position. The main-side terminal core also includes a main-side conductive terminal mating area and a main-side conductive terminal overlap area. The first main-side conductive terminal mating position, the second main-side conductive terminal mating position, and the third main-side conductive terminal mating position are located in the main-side conductive terminal mating area. The first main-side conductive terminal overlap position, the second main-side conductive terminal overlap position, and the third main-side conductive terminal overlap position are located in the main-side conductive terminal overlap area. The main-side conductive terminal overlap area is larger than or smaller than the main-side conductive terminal mating area.

7. The electrical connector according to claim 5, characterized in that, It also includes a main-side conductive plastic body, wherein the main-side terminal core is further bonded to the main-side conductive plastic body, and the main-side terminal core electrically separates the first main-side conductive terminal from the main-side conductive plastic body. The main-side terminal core includes a second main-side conductive plastic abutment channel and a third main-side conductive plastic abutment channel. The second main-side conductive terminal and the third main-side conductive terminal further include a second main-side conductive terminal abutment structure and a third main-side conductive terminal abutment structure, respectively. The second main-side conductive terminal abutment structure and the third main-side conductive terminal abutment structure electrically abut against the main-side conductive plastic body through the second main-side conductive plastic abutment channel and the third main-side conductive plastic abutment channel, respectively, so that the main-side conductive plastic body is electrically connected to the second main-side conductive terminal and the third main-side conductive terminal.

8. The electrical connector according to claim 7, characterized in that, Also includes: A primary conductive terminal group, the secondary conductive terminal group including a first-side conductive terminal, a second-side conductive terminal and a third-side conductive terminal, the first-side conductive terminal, the second-side conductive terminal and the third-side conductive terminal respectively including a first-side conductive terminal docking structure, a second-side conductive terminal docking structure and a third-side conductive terminal docking structure; A primary-side terminal core, the secondary-side terminal core including a primary-side conductive terminal mating position, a secondary-side conductive terminal mating position and a third-side conductive terminal mating position, the secondary-side terminal core further connecting the primary-side conductive terminal, the secondary-side conductive terminal and the third-side conductive terminal respectively, such that the primary-side conductive terminal mating structure, the secondary-side conductive terminal mating structure and the third-side conductive terminal mating structure are respectively located at the primary-side conductive terminal mating position, the secondary-side conductive terminal mating position and the third-side conductive terminal mating position, wherein the primary-side conductive terminal mating position is located between the secondary-side conductive terminal mating position and the third-side conductive terminal mating position; as well as A primary-side terminal connector extends to the secondary-side terminal connector, bypassing the primary-side conductive terminal connector position, and to the secondary-side conductive terminal connector position and the third-side conductive terminal connector position, so as to electrically connect the secondary-side conductive terminal connector structure and the third-side conductive terminal connector structure, bypassing the primary-side conductive terminal connector structure, and electrically connecting the secondary-side conductive terminal and the third-side conductive terminal.

9. The electrical connector according to claim 8, characterized in that, The first-side conductive terminal, the second-side conductive terminal, and the third-side conductive terminal each include a first-side conductive terminal overlap structure, a second-side conductive terminal overlap structure, and a third-side conductive terminal overlap structure. The secondary-side terminal core also includes a first-side conductive terminal overlap position, a second-side conductive terminal overlap position, and a third-side conductive terminal overlap position. The first-side conductive terminal overlap structure, the second-side conductive terminal overlap structure, and the third-side conductive terminal overlap structure are respectively located at the first-side conductive terminal overlap position, the second-side conductive terminal overlap position, and the third-side conductive terminal overlap position. The secondary side terminal core also includes a primary side conductive terminal docking area and a primary side conductive terminal overlap area. The primary side conductive terminal docking position, the secondary side conductive terminal docking position, and the third side conductive terminal docking position are located in the secondary side conductive terminal docking area. The primary side conductive terminal overlap position, the secondary side conductive terminal overlap position, and the third side conductive terminal overlap position are located in the secondary side conductive terminal overlap area. The secondary side conductive terminal overlap area is larger or smaller than the secondary side conductive terminal docking area.

10. The electrical connector according to claim 8, characterized in that, The main-side terminal connector is electrically connected to the secondary-side terminal connector, thereby electrically connecting the second main-side conductive terminal, the third main-side conductive terminal, the second-side conductive terminal, and the third-side conductive terminal.

11. The electrical connector according to claim 8, characterized in that, The main side terminal core and the secondary side terminal core are integrally formed structures.

12. The electrical connector according to claim 8, characterized in that, It also includes a primary conductive plastic body, wherein the secondary terminal core is further bonded to the secondary conductive plastic body, and the secondary terminal core electrically separates the primary conductive terminal from the secondary conductive plastic body. The secondary terminal core further includes a secondary conductive plastic abutment channel and a tertiary conductive plastic abutment channel. The secondary conductive terminal and the tertiary conductive terminal further include a secondary conductive terminal abutment structure and a tertiary conductive terminal abutment structure, respectively. The secondary conductive terminal abutment structure and the tertiary conductive terminal abutment structure electrically abut against the secondary conductive plastic body via the secondary conductive plastic abutment channel and the tertiary conductive plastic abutment channel, respectively, so that the secondary conductive plastic body electrically connects the secondary conductive terminal and the tertiary conductive terminal.

13. The electrical connector according to claim 12, characterized in that, The primary conductive plastic body is electrically connected to the secondary conductive plastic body, thereby electrically connecting the second primary conductive terminal, the third primary conductive terminal, the second secondary conductive terminal, and the third secondary conductive terminal.

14. The electrical connector according to claim 12, characterized in that, The main conductive plastic body and the secondary conductive plastic body are integrally formed structures.

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