CN-224204467-U - Electric connector

CN224204467UCN 224204467 UCN224204467 UCN 224204467UCN-224204467-U

Abstract

The application provides an electric connector, which 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, and comprises a body, a butt joint structure and a lap joint structure, wherein the butt joint structure and the lap joint structure are positioned at two ends of the body, the butt joint structure extends to the butt joint position of the main side terminal rubber core along a butt joint line segment, the lap joint structure extends to the lap joint position along a lap joint line segment, 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. Through the structure, the electric connectors can be simultaneously butted with the butting component and overlap with the lapping component, so that signal transmission is realized, and common ground connection of a plurality of electric connectors can be realized. In addition, the electric connector provided by the application can electrically connect a plurality of electric connectors to achieve common ground, so that the electric characteristics of the electric connector accord with expectations, and the electric connector can be widely applied to various electronic equipment.

Inventors

CHEN YINGZHONG
HUANG MURONG

Assignees

唐虞企业股份有限公司
东莞唐虞电子有限公司

Dates

Publication Date: 20260505
Application Date: 20250205
Priority Date: 20240401

Claims (14)

1. An electrical connector, the electrical connector comprising: A main side conductive terminal group including a first main side conductive terminal body, a first main side conductive terminal abutting structure and a first main side conductive terminal overlapping structure, the first main side conductive terminal abutting structure and the first main side conductive terminal overlapping structure being located at both ends of the first main side conductive terminal body, the first main side conductive terminal abutting structure extending over a first main side conductive terminal abutting segment and the first main side conductive terminal overlapping structure extending over a first main side conductive terminal overlapping segment, and The main side terminal rubber core comprises a first main side conductive terminal butt joint position and a first main side conductive terminal lap joint position, the main side terminal rubber core is connected with the first main side conductive terminal, the first main side conductive terminal butt joint structure and the first main side conductive terminal lap joint structure are respectively located at the first main side conductive terminal butt joint position and the first main side conductive terminal lap joint position, the first main side conductive terminal butt joint line section is substantially different from the first main side conductive terminal lap joint line section, and the first main side conductive terminal butt joint position is substantially different from the first main side conductive terminal lap joint position.
2. The electrical connector of claim 1, wherein the first main side conductive terminal body includes a first main side conductive terminal body oblique extension, the first main side conductive terminal body oblique extension extending obliquely such that the first main side conductive terminal mating line segment is substantially different from the first main side conductive terminal mating line segment.
3. The electrical connector of claim 1, wherein the first main side conductive terminal body includes a first main side conductive terminal body lateral extension extending laterally such that the first main side conductive terminal mating segment is substantially different from the first main side conductive terminal landing segment.
4. The electrical connector of claim 1, wherein the first main side conductive terminal body comprises a first main side conductive terminal body serpentine extension that extends in a serpentine manner such that the first main side conductive terminal mating segment is substantially different from the first main side conductive terminal mating segment.
5. The electrical connector of claim 1, further comprising a main side terminal engagement, wherein the main side conductive terminal set further comprises 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 comprising a second main side conductive terminal engagement structure and a third main side conductive terminal engagement structure, the main side terminal adhesive core further respectively engaging the second main side conductive terminal and the third main side conductive terminal such that the second main side conductive terminal engagement structure and the third main side conductive terminal engagement structure are respectively located between the second main side conductive terminal engagement structure and the third main side conductive terminal engagement structure, the first main side terminal engagement structure is located between the second main side conductive terminal engagement structure and the third main side conductive terminal engagement structure, the main side terminal engagement structure extends to avoid the first main side conductive terminal engagement structure to the second main side conductive terminal engagement structure and the third main side conductive terminal engagement structure.
6. The electrical connector of claim 5, wherein the second and third main side conductive terminals further comprise a second and third main side conductive terminal landing structure, respectively, the main side terminal glue core further comprises a second and third main side conductive terminal landing position, the second and third main side conductive terminal landing structure being located at the second and third main side conductive terminal landing position, respectively, and the main side terminal glue core further comprises a main side conductive terminal landing region and a main side conductive terminal landing region, the first, second and third main side conductive terminal landing positions being located at the main side conductive terminal landing region, wherein the main side conductive terminal landing region is greater than or less than the conductive terminal mating region.
7. The electrical connector of claim 5, further comprising a main side conductive molding compound, wherein the main side terminal molding compound is further bonded to the main side conductive molding compound, the main side terminal molding compound is further electrically isolated from the first main side conductive terminal and the main side conductive molding compound, the main side terminal molding compound comprises 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 comprise 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 the main side conductive molding compound via the second main side conductive plastic abutment channel and the third main side conductive plastic abutment channel, respectively, such that the main side conductive molding compound electrically connects the second main side conductive terminal and the third main side conductive terminal.
8. The electrical connector of claim 7, further comprising: The secondary side conductive terminal group comprises a first secondary side conductive terminal, a second secondary side conductive terminal and a third secondary side conductive terminal, and the first secondary side conductive terminal, the second secondary side conductive terminal and the third secondary side conductive terminal respectively comprise a first secondary side conductive terminal butt joint structure, a second secondary side conductive terminal butt joint structure and a third secondary side conductive terminal butt joint structure; A primary side terminal rubber core, which comprises a first primary side conductive terminal butt joint position, a second secondary side conductive terminal butt joint position and a third secondary side conductive terminal butt joint position, wherein the secondary side terminal rubber core is respectively connected with the first primary side conductive terminal, the second secondary side conductive terminal and the third secondary side conductive terminal so that the first primary side conductive terminal butt joint structure, the second secondary side conductive terminal butt joint structure and the third secondary side conductive terminal butt joint structure are respectively positioned at the first primary side conductive terminal butt joint position, the second secondary side conductive terminal butt joint position and the third secondary side conductive terminal butt joint position, the first primary side conductive terminal butt joint position is positioned between the second secondary side conductive terminal butt joint position and the third secondary side conductive terminal butt joint position, and The secondary side terminal connecting piece extends to the second secondary side conductive terminal butt joint position and the third secondary side conductive terminal butt joint position while avoiding the first secondary side conductive terminal butt joint structure and electrically connects the second secondary side conductive terminal butt joint structure and the third secondary side conductive terminal butt joint structure, so as to electrically connect the second secondary side conductive terminal and the third secondary side conductive terminal.
9. The electrical connector of claim 8, wherein, the first secondary side conductive terminal, the second secondary side conductive terminal and the third secondary side conductive terminal further comprise a first secondary side conductive terminal lap joint structure, a second secondary side conductive terminal lap joint structure and a third secondary side conductive terminal lap joint structure respectively, the secondary side terminal rubber core further comprises a first secondary side conductive terminal lap joint position, a second secondary side conductive terminal lap joint position and a third secondary side conductive terminal lap joint position, and the first secondary side conductive terminal lap joint structure, the second secondary side conductive terminal lap joint structure and the third secondary side conductive terminal lap joint structure are respectively positioned at the first secondary side conductive terminal lap joint position, the second secondary side conductive terminal lap joint position and the third secondary side conductive terminal lap joint position; and the secondary side terminal rubber core further comprises a primary side conductive terminal butt joint region and a primary side conductive terminal overlap joint region, wherein the first primary side conductive terminal butt joint position, the second secondary side conductive terminal butt joint position and the third secondary side conductive terminal butt joint position are positioned in the secondary side conductive terminal butt joint region, the first primary side conductive terminal overlap joint position, the second secondary side conductive terminal overlap joint position and the third secondary side conductive terminal overlap joint position are positioned in the secondary side conductive terminal overlap joint region, and the secondary side conductive terminal overlap joint region is larger than or smaller than the secondary side conductive terminal butt joint region.
10. The electrical connector of claim 8, wherein the primary side terminal engagement member is electrically connected to the secondary side terminal engagement member to electrically connect the second primary side conductive terminal, the third primary side conductive terminal, the second secondary side conductive terminal and the third secondary side conductive terminal.
11. The electrical connector of claim 8, wherein the primary side terminal rubber core is an integrally formed structure with the secondary side terminal rubber core.
12. The electrical connector of claim 8, further comprising a primary-side conductive molding body, wherein the secondary-side terminal core further engages the secondary-side conductive molding body, the secondary-side terminal core further electrically separating the first secondary-side conductive terminal from the secondary-side conductive molding body, the secondary-side terminal core further comprising a second secondary-side conductive plastic abutment channel and a third secondary-side conductive plastic abutment channel, the second secondary-side conductive terminal and the third secondary-side conductive terminal further comprising a second secondary-side conductive terminal abutment structure and a third secondary-side conductive terminal abutment structure, respectively, the second secondary-side conductive terminal abutment structure and the third secondary-side conductive terminal abutment structure electrically abutting the secondary-side conductive molding body via the second secondary-side conductive plastic abutment channel and the third secondary-side conductive plastic abutment channel, respectively, such that the secondary-side conductive molding body electrically connects the second secondary-side conductive terminal and the third secondary-side conductive terminal.
13. The electrical connector of claim 12, wherein the primary side conductive molding body is electrically connected to the secondary side conductive molding body, thereby electrically connecting the second primary side conductive terminal, the third primary side conductive terminal, the second secondary side conductive terminal, and the third secondary side conductive terminal.
14. The electrical connector of claim 12, wherein the primary side conductive molding body is an integrally formed structure with the secondary side conductive molding body.

Description

Electric connector Technical Field The present application relates to the field of electronic devices, and in particular, to an electrical connector capable of simultaneously docking a docking member and a landing member. Background According to the above, the conductive terminals of the electrical connector can be abutted to a butt joint member and an overlap joint member so as to transmit signals between the butt joint member and the overlap joint member, therefore, the electrical connector is widely applied to various electronic devices, however, along with the development of technology, the electronic devices are thinner and smaller to become a non-negligible trend, so that the internal space of the electronic devices is more and more limited, and therefore, the positions of the butt joint member and the overlap joint member in the electronic devices are often staggered, and the conductive terminals of the electrical connector cannot be abutted to the butt joint member and the overlap joint member smoothly and simultaneously. Therefore, how to make the conductive terminals of the electrical connector smoothly and simultaneously dock the docking member and dock the docking member so as to achieve signal transmission and meet the signal transmission requirement of the electronic device is a problem to be solved by those skilled in the art. Disclosure of utility model In view of the shortcomings of the prior art described above, the present application provides an electrical connector comprising a main side conductive terminal set comprising a first main side conductive terminal body, a first main side conductive terminal landing structure and a first main side conductive terminal landing structure, the first main side conductive terminal landing structure and the first main side conductive terminal landing structure being located at respective ends of the first main side conductive terminal body, the first main side conductive terminal landing structure extending over a first main side conductive terminal landing segment and the first main side conductive terminal landing structure extending over a first main side conductive terminal landing segment, and a main side terminal adhesive core comprising a first main side conductive terminal landing position and a first main side conductive terminal landing position, the main side terminal adhesive core engaging the first main side conductive terminal such that the first main side conductive terminal landing structure and the first main side conductive terminal landing structure are located at respective first main side conductive terminal landing positions and first conductive terminal landing positions, wherein the first main side conductive terminal landing position and the first conductive terminal landing position are substantially different from the first conductive terminal landing position. Preferably, in the electrical connector of the present application, the first main side conductive terminal body includes a first main side conductive terminal body inclined extension section, and the first main side conductive terminal body inclined extension section is inclined and extended, so that the first main side conductive terminal butt joint line section is substantially different from the first main side conductive terminal overlap joint line section. Preferably, in the electrical connector of the present application, the first main side conductive terminal body includes a first main side conductive terminal body lateral extension, and the first main side conductive terminal body lateral extension extends laterally, so that the first main side conductive terminal mating line segment is substantially different from the first main side conductive terminal lapping line segment. Preferably, in the electrical connector of the present application, the first main side conductive terminal body includes a first main side conductive terminal body serpentine extension, and the first main side conductive terminal body serpentine extension extends in a serpentine manner, so that the first main side conductive terminal mating line segment is substantially different from the first main side conductive terminal lapping line segment. Preferably, in the electrical connector of the present application, further comprising a main side terminal engagement member, wherein the main side conductive terminal group further comprises 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 comprise a second main side conductive terminal engagement structure and a third main side conductive terminal engagement structure, the main side terminal engagement member further comprises a second main side conductive terminal engagement position and a third main side conductive terminal engagement position, the main side terminal engagement member further respectively eng