Electric connector butt joint component assembly and electric connector thereof
By introducing docking guidance and observation structures into electrical connectors and docking components, the problem of difficult docking of small-sized electrical connectors is solved, ensuring the reliability of signal transmission and supporting the development of thinner and smaller electronic devices.
Patent Information
- Application Number
- CN202520103794.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Priority Date
- 2024-03-22
- Filing Date
- 2025-01-16
- Publication Date
- 2026-02-27
- Estimated Expiration
- 2035-01-16
AI Technical Summary
Small-sized electrical connectors are difficult to mate with mating components, resulting in the loss of signal transmission function.
An electrical connector and a mating component were designed, each including a mating guide structure and an observation structure. The position is adjusted in real time by visual inspection to align with the mating space, ensuring that the mating structure of the electrical connector terminals matches the mating structure of the mating component terminals.
It enables reliable mating of small-sized electrical connectors and mating components, improves the reliability of signal transmission, and supports the development of thinner and smaller electronic devices.
Smart Images
Figure CN223956974U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The present application relates to the technical field of electronic devices, and more particularly, to an electrical connector mating member assembly and an electrical connector. BACKGROUND
[0002] An electrical connector can mate with a mating member to form an electrical connector mating member assembly to transmit signals. In recent years, the electrical connector mating member assembly has been widely used in various electronic devices.
[0003] However, with the development trend of thin, small and light electronic devices, the internal space of the electronic devices is greatly reduced, thereby forcing the size of the electrical connector and the mating member to be reduced. As a result, the electrical connector can not be easily mated with the mating member, thereby causing the electrical connector mating member assembly to lose its original signal transmission function.
[0004] Therefore, how to provide a small-sized electrical connector mating member assembly to solve the technical problem of the electrical connector not being easily mated with the mating member is an urgent issue for those skilled in the art. SUMMARY
[0005] In view of the shortcomings of the prior art, the present application provides an electrical connector which can be mated with a mating member, wherein the mating member has a mating member body mating guide structure and a mating member body mating space, the electrical connector comprises: an electrical connector conductive terminal having an electrical connector terminal mating structure; and an electrical connector body having an electrical connector body mating guide structure and an electrical connector body mating observation structure; wherein the electrical connector body can engage the electrical connector conductive terminal to expose the electrical connector terminal mating structure; and the electrical connector body mating observation structure is adjacent to the electrical connector body mating guide structure, so that during the mating process of the electrical connector and the mating member, the electrical connector body mating observation structure can observe the relative position of the electrical connector body mating guide structure and the mating member body mating guide structure, thereby the position of the electrical connector body can be adjusted in real time, and the electrical connector body mating guide structure can be aligned with the mating member body mating guide structure, thereby guiding the electrical connector body into the mating member body mating space, so that the electrical connector terminal mating structure can be mated with the mating member.
[0006] Preferably, in the electrical connector of the present application, the electrical connector body further has an electrical connector body insulating core, wherein the electrical connector body mating guide structure and the electrical connector body mating observation structure are respectively arranged on the electrical connector body insulating core.
[0007] Preferably, in the electrical connector of the present application, the electrical connector body further has an electrical connector body metal housing, wherein the electrical connector body mating guide structure and the electrical connector body mating observation structure are disposed on the electrical connector body metal housing, respectively.
[0008] Preferably, in the electrical connector of the present application, the electrical connector body mating observation structure is a hollow structure extending along the peripheral profile of the electrical connector body mating guide structure, so that the electrical connector body mating observation structure can observe the peripheral profile of the electrical connector body mating guide structure.
[0009] Preferably, in the electrical connector of the present application, the electrical connector body mating guide structure has an electrical connector body mating guide wall extending in at least one direction, so that during the mating of the electrical connector with the mating member, the electrical connector body mating observation structure can observe the position of the electrical connector body mating guide wall in at least one direction.
[0010] Preferably, in the electrical connector of the present application, the electrical connector body mating guide structure can enter the mating member body mating space, thereby guiding the electrical connector terminal mating structure to mate with the mating member.
[0011] In addition, the present application provides an electrical connector mating member assembly, which comprises: a mating member, the mating member comprising a mating member conductive terminal having a mating member terminal mating structure, and a mating member body having a mating member body mating guide structure and a mating member body mating space, the mating member body being capable of engaging the mating member conductive terminal to expose the mating member terminal mating structure; and an electrical connector, the electrical connector comprising an electrical connector conductive terminal having an electrical connector terminal mating structure, and an electrical connector body having an electrical connector body mating guide structure and an electrical connector body mating observation structure, the electrical connector body being capable of engaging the electrical connector conductive terminal to expose the electrical connector terminal mating structure; wherein the mating member body mating space is adjacent to the mating member body mating guide structure, and the electrical connector body mating observation structure is adjacent to the electrical connector body mating guide structure, so that during the mating of the electrical connector with the mating member, the electrical connector body mating observation structure can observe the relative position of the electrical connector body and the mating member body mating space, so that the position of the electrical connector body can be adjusted in real time to enable the electrical connector body to be aligned with the mating member body mating space, and the electrical connector body mating observation structure can also observe the relative position of the electrical connector body mating guide structure and the mating member body mating guide structure, so that the electrical connector body mating guide structure can be aligned with the mating member body mating guide structure, thereby guiding the electrical connector body into the mating member body mating space to enable the electrical connector terminal mating structure to mate with the mating member terminal mating structure.
[0012] Preferably, in the electrical connector mating member assembly of the present application, the mating member body further has a mating member body insulating core, wherein the mating member body mating guide structure and the mating member body mating space are respectively arranged in the mating member body insulating core.
[0013] Preferably, in the electrical connector mating member assembly of the present application, the mating member body further has a mating member body metal shell, wherein the mating member body mating guide structure and the mating member body mating space are respectively arranged in the mating member body metal shell.
[0014] Preferably, in the electrical connector mating member assembly of this application, the mating member body mating space has a mating member body mating guide structure sub-space, and the electrical connector body mating guide structure can enter the mating member body mating guide structure sub-space to contact the mating member body mating guide structure to guide the electrical connector terminal mating structure to mate with the mating member terminal mating structure.
[0015] Preferably, in the electrical connector mating member assembly of this application, the mating member body mating guide structure is a frame-like structure extending around the mating member body mating guide structure sub-space to provide a guide for the electrical connector body mating guide structure to enter the mating member body mating guide structure sub-space.
[0016] Preferably, in the electrical connector mating member assembly of this application, the mating member body mating guide structure has a mating member body mating guide wall extending in at least one direction, so that the electrical connector body mating observation structure can observe the position of the mating member body mating guide wall in at least one direction during the mating of the electrical connector with the mating member.
[0017] Compared with the prior art, the present application provides an electrical connector mating member assembly and an electrical connector thereof, wherein the electrical connector can mate with a mating member, and the electrical connector has a mating observation structure that can visually observe the mating member during the mating of the electrical connector with the mating member, so that the position of the electrical connector can be adjusted in real time, and thus the electrical connector can be aligned with the mating member to enable the electrical connector to mate with the mating member. Therefore, the present application can effectively solve the technical problem that small-sized electrical connector mating member assemblies and electrical connectors thereof are not easy to mate with mating members, and thus the electrical connector mating member assembly and the electrical connector thereof of the present application can be reduced in size, so that electronic devices using the electrical connector mating member assembly and the electrical connector thereof of the present application can continue to develop in the direction of being light, thin, and small. BRIEF DESCRIPTION OF DRAWINGS
[0018] Figure 1 A perspective view showing a first view of an embodiment of the electrical connector mating member assembly of the present application.
[0019] Figure 2 A perspective view showing a second view of an embodiment of the electrical connector mating member assembly of the present application.
[0020] Figure 3 A perspective view showing a first view of an embodiment of the electrical connector mating member assembly of the present application.
[0021] Figure 4 PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a second angle of view in one embodiment.
[0022] Figure 5 PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0023] Figure 6 PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a second angle of view in one embodiment.
[0024] Figure 7 PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0025] Figure 8 PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a second angle of view in one embodiment.
[0026] Figure 9 OVERHEAD PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0027] Figure 10 BOTTOM PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0028] Figure 11 OVERHEAD PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0029] Figure 12 BOTTOM PERSPECTIVE VIEW of the electrical connector mating member assembly of the present application shown from a first angle of view in one embodiment.
[0030] Element Number Description
[0031] 1 ELECTRICAL CONNECTOR MATING MEMBER ASSEMBLY
[0032] 12 MATING MEMBER
[0033] 121 MATING MEMBER CONDUCTIVE TERMINAL
[0034] 1211 MATING MEMBER TERMINAL MATE STRUCTURE
[0035] 122 MATING MEMBER BODY
[0036] 1221 MATING MEMBER BODY MATE GUIDE STRUCTURE
[0037] 12211 MATING MEMBER BODY MATE GUIDE WALL
[0038] 1222 MATING MEMBER BODY MATE SPACE
[0039] 12221 MATING MEMBER BODY MATE GUIDE STRUCTURE SUB-SPACE
[0040] 1223 Insulating core of the docking member body
[0041] 1224 Metal shell of the docking member body
[0042] 11 Electrical connector
[0043] 111 Conductive terminal of the electrical connector
[0044] 1111 Terminal docking structure of the electrical connector
[0045] 112 Body of the electrical connector
[0046] 1121 Docking guide structure of the body of the electrical connector
[0047] 11211 Docking guide wall of the body of the electrical connector
[0048] 1122 Docking observation structure of the body of the electrical connector
[0049] 1123 Insulating core of the body of the electrical connector
[0050] 1124 Metal shell of the body of the electrical connector DETAILED DESCRIPTION
[0051] The technical contents of the present application will be described below by specific embodiments in conjunction with the drawings, and those skilled in the art can easily understand other advantages and effects of the present application from the contents disclosed in the present specification. The present application can also be implemented or applied by other different embodiments. Each detail in the present specification can also be modified and changed based on different viewpoints and applications without departing from the spirit of the present 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 the present application.
[0052] The present application provides an electrical connector docking member assembly and an electrical connector thereof, wherein the electrical connector can be docked with a docking member, and the electrical connector has a docking observation structure, which can observe the docking member, so that the electrical connector can be aligned with the docking member, so that the electrical connector can be docked with the docking member. Therefore, the present application can be used for small size electrical connector docking member assemblies to solve the technical problem that small size electrical connectors are not easy to dock with small size docking members.
[0053] For the technical idea of the connector assembly of the present application and the wire end connector and the board end connector thereof, please refer to the embodiment description of Figures 1 to 12 .
[0054] In Figures 1 to 12In the illustrated embodiment, an electrical connector mating member assembly 1 is provided, which includes an electrical connector 11 and a mating member 12. The electrical connector 11 can mate with the mating member 12 to transfer electrical signals. The mating member 12 can be in the form of a conductive terminal or an electrical connector.
[0055] The mating member 12 includes a mating member conductive terminal 121 and a mating member body 122. The mating member conductive terminal 121 has a mating member terminal mating structure 1211. The mating member body 122 includes a mating member body mating guide structure 1221 and a mating member body mating space 1222. In addition, the mating member body 122 can engage the mating member conductive terminal 121 to expose the mating member terminal mating structure 1211. In the illustrated embodiment, the mating member body mating space 1222 has a mating member body mating guide structure sub-space 12221, as shown. Figure 7 and Figure 11 The mating member body mating space 1222 has a mating member body mating guide structure sub-space 12221, as shown.
[0056] The electrical connector 11 can be selected as an LVDS electrical connector, which includes an electrical connector conductive terminal 111 and an electrical connector body 112. The electrical connector conductive terminal 111 has an electrical connector terminal mating structure 1111. Correspondingly, the electrical connector body 112 has an electrical connector body mating guide structure 1121 and an electrical connector body mating viewing structure 1122. In addition, the electrical connector body 112 can engage the electrical connector conductive terminal 111 to expose the electrical connector terminal mating structure 1111.
[0057] It should be noted that in the above embodiment, the electric connector body mating observation structure 1122 is adjacent to the electric connector body mating guide structure 1121, so that the electric connector body mating observation structure 1122 and the electric connector body mating guide structure 1121 can be observed by visual observation, and the mating member body mating space 1222 is adjacent to the mating member body mating guide structure 1221, so that the mating member body mating space 1222 and the mating member body mating guide structure 1221 can be observed by visual observation. Therefore, during the process of mating the electric connector 11 with the mating member 12, the electric connector body mating observation structure 1122 can observe the relative position of the electric connector body 112 and the mating member body mating space 1222 by visual observation, so that the position of the electric connector body 112 can be adjusted in real time, so that the electric connector body 112 can be aligned with the mating member body mating space 1222. The electric connector body mating observation structure 1122 can also observe the relative position of the electric connector body mating guide structure 1121 and the mating member body mating guide structure 1221 by visual observation, so that the electric connector body mating guide structure 1121 can be aligned with the mating member body mating guide structure 1221, thereby guiding the electric connector body 112 into the mating member body mating space 1222, so that the electric connector terminal mating structure 1111 mates with the mating member terminal mating structure 1211 to provide signal transmission. In this way, the resistance generated by the mating of the electrically conductive terminal 1 with the electrically conductive member 2 is reduced, so as to avoid improper mating or deformation of the electric connector terminal mating structure 1111 and the mating member terminal mating structure 1211, thereby improving the reliability of the electric connector mating member assembly 1 and the electric connector 11 thereof.
[0058] In addition, the mating member body mating guide structure 1221 is a frame-shaped structure extending around the mating member body mating guide structure sub-space 12221, so as to guide the electric connector body mating guide structure 1121 into the mating member body mating guide structure sub-space 12221 or the mating member body mating space 1222 to contact the mating member body mating guide structure 1221, thereby guiding the electric connector terminal mating structure 1111 to mate with the mating member terminal mating structure 1211.
[0059] As Figures 5 to 8 and Figure 11As shown, the electrical connector body mating observation structure 1122 is a hollow structure extending along the peripheral contour of the electrical connector body mating guide structure 1121, so that the electrical connector body mating observation structure 1122 can observe the peripheral contour of the electrical connector body mating guide structure 1121 by visual observation, and thus can observe the relative position of the electrical connector body mating guide structure 1121 and the mating member body mating guide structure 1221 by visual observation.
[0060] In addition, the mating member body mating guide structure 1221 has a mating member body mating guide wall 12211 extending in at least one direction, so that the electrical connector body mating observation structure 1122 can observe the position of the mating member body mating guide wall 12211 in at least one direction by visual observation during the process of mating the electrical connector 11 with the mating member 12, and thus can observe the relative position of the electrical connector body mating guide structure 1121 and the mating member body mating guide structure 1221 by visual observation.
[0061] In the embodiment shown in Figure 5 , Figures 7 to 8 and Figure 11 , the electrical connector body mating guide structure 1121 has an electrical connector body mating guide wall 11211 extending in at least one direction, so that the electrical connector body mating observation structure 1122 can observe the position of the electrical connector body mating guide wall 11211 in at least one direction by visual observation during the process of mating the electrical connector 11 with the mating member 12, and thus can observe the relative position of the electrical connector body mating guide structure 1121 and the mating member body mating guide structure 1221 by visual observation.
[0062] In the embodiment shown in Figures 5 to 8 and Figures 11 to 12 , the electrical connector body 112 further has an electrical connector body insulating core 1123, and the mating member body 122 further has a mating member body insulating core 1223. Accordingly, in the above-mentioned embodiments, the electrical connector body mating guide structure 1121 and the electrical connector body mating observation structure 1122 are respectively arranged in the electrical connector body insulating core 1123, and the mating member body mating guide structure 1221 and the mating member body mating space 1222 are respectively arranged in the mating member body insulating core 1223.
[0063] In the embodiment shown in Figures 1 to 4 and Figures 9 to 10In the illustrated embodiment, the electrical connector body 112 further has an electrical connector body metal housing 1124, and the mating member body 122 further has a mating member body metal housing 1224. Accordingly, in the above embodiment, the electrical connector body mating guide structure 1121 and the electrical connector body mating viewing structure 1122 are disposed on the electrical connector body metal housing 1124, and the mating member body mating guide structure 1221 and the mating member body mating space 1222 are disposed on the mating member body metal housing 1224.
[0064] It should be noted that the electrical connector mating member assembly and the electrical connector thereof of the present application can omit some components, and are not limited to the above embodiments.
[0065] For example, the electrical connector of the present application can optionally include only an electrical connector conductive terminal and an electrical connector body. The electrical connector conductive terminal has an electrical connector terminal mating structure. The electrical connector body has an electrical connector body mating guide structure and an electrical connector body mating viewing structure; wherein the electrical connector body can engage the electrical connector conductive terminal to expose the electrical connector terminal mating structure; and the electrical connector body mating viewing structure is adjacent to the electrical connector body mating guide structure, so that during mating of the electrical connector with the mating member, the electrical connector body mating viewing structure can observe the relative positions of the electrical connector body mating guide structure and the mating member body mating guide structure, so that the position of the electrical connector body can be adjusted in real time, and thus the electrical connector body mating guide structure can be aligned with the mating member body mating guide structure, so as to guide the electrical connector body into the mating member body mating space, so that the electrical connector terminal mating structure mates with the mating member.
[0066] In addition, the electrical connector mating member assembly of the present application can optionally include only the mating member and the electrical connector. The mating member includes mating member conductive terminals and a mating member body. The mating member conductive terminals have mating member terminal mating structures. The mating member body includes mating member body mating guide structures and mating member body mating spaces. The mating member body can engage the mating member conductive terminals to expose the mating member terminal mating structures. The electrical connector includes electrical connector conductive terminals and an electrical connector body. The electrical connector conductive terminals have electrical connector terminal mating structures. The electrical connector body has electrical connector body mating guide structures and electrical connector body mating observation structures. The electrical connector body can engage the electrical connector conductive terminals to expose the electrical connector terminal mating structures. The mating member body mating spaces are adjacent to the mating member body mating guide structures. The electrical connector body mating observation structures are adjacent to the electrical connector body mating guide structures. During mating of the electrical connector with the mating member, the electrical connector body mating observation structures can observe the relative positions of the electrical connector body and the mating member body mating spaces, so that the position of the electrical connector body can be adjusted in real time, and the electrical connector body can be aligned with the mating member body mating spaces. The electrical connector body mating observation structures can also observe the relative positions of the electrical connector body mating guide structures and the mating member body mating guide structures, so that the electrical connector body mating guide structures can be aligned with the mating member body mating guide structures, and the electrical connector body can be guided into the mating member body mating spaces, so that the electrical connector terminal mating structures can mate with the mating member terminal mating structures.
[0067] In summary, the present application provides an electrical connector mating member assembly and an electrical connector thereof. The electrical connector can mate with a mating member. The electrical connector has a mating observation structure. During mating of the electrical connector with the mating member, the mating observation structure can visually observe the mating member, so that the position of the electrical connector can be adjusted in real time, and the electrical connector can be aligned with the mating member, so that the electrical connector can mate with the mating member. Therefore, the present application can effectively solve the technical problem that small-sized electrical connector mating member assemblies and electrical connectors thereof are not easy to mate with mating members. The electrical connector mating member assembly and the electrical connector thereof of the present application can be reduced in size, so that electronic devices using the electrical connector mating member assembly and the electrical connector thereof of the present application can continue to develop in the direction of being light, thin, short, and small.
[0068] The above embodiments only exemplarily illustrate the principles and effects of the present application, and are not intended to limit the present application. Any person skilled in the art can modify and change the above embodiments without departing from the spirit and scope of the present application. Therefore, the scope of protection of the present application should be subject to the claims of the present application.
Claims
1. An electrical connector mateable with a mating member, the electrical connector comprising: The docking member has a docking member body docking guide structure and a docking member body docking space, the electrical connector includes: An electrical connector conductive terminal, the electrical connector conductive terminal has an electrical connector terminal docking structure; and An electrical connector body, the electrical connector body has an electrical connector body docking guide structure and an electrical connector body docking observation structure; wherein, The electrical connector body can engage the electrical connector conductive terminal to expose the electrical connector terminal docking structure; and The electrical connector body docking observation structure is adjacent to the electrical connector body docking guide structure, so that the electrical connector body docking observation structure can observe the relative position of the electrical connector body docking guide structure and the docking member body docking guide structure during the docking of the electrical connector and the docking member, so that the position of the electrical connector body can be adjusted in real time, and then the electrical connector body docking guide structure can be aligned with the docking member body docking guide structure, so that the electrical connector body enters the docking member body docking space, and the electrical connector terminal docking structure docks with the docking member.
2. The electrical connector of claim 1, wherein, The electrical connector body also has an electrical connector body insulating core, wherein the electrical connector body docking guide structure and the electrical connector body docking observation structure are respectively arranged in the electrical connector body insulating core.
3. The electrical connector of claim 1, wherein, The electrical connector body also has an electrical connector body metal shell, wherein the electrical connector body docking guide structure and the electrical connector body docking observation structure are respectively arranged in the electrical connector body metal shell.
4. The electrical connector of claim 1, wherein, The electrical connector body docking observation structure is a hollow structure extending along the peripheral contour of the electrical connector body docking guide structure, so that the electrical connector body docking observation structure can observe the peripheral contour of the electrical connector body docking guide structure.
5. The electrical connector of claim 1, wherein, The electrical connector body docking guide structure has an electrical connector body docking guide wall, which extends in at least one direction, so that the electrical connector body docking observation structure can observe the position of the electrical connector body docking guide wall in at least one direction during the docking of the electrical connector and the docking member.
6. The electrical connector of claim 1, wherein, The electrical connector body docking guide structure can enter the docking member body docking space, thereby guiding the electrical connector terminal docking structure to dock with the docking member.
7. An electrical connector mating member assembly, characterized by, The electrical connector docking member assembly includes: A docking member, the docking member includes: A docking member conductive terminal, the docking member conductive terminal has a docking member terminal docking structure; and A docking member body, the docking member body includes a docking member body docking guide structure and a docking member body docking space, the docking member body can engage the docking member conductive terminal to expose the docking member terminal docking structure; and An electrical connector, the electrical connector includes: An electrical connector conductive terminal, the electrical connector conductive terminal has an electrical connector terminal docking structure; and An electrical connector body, the electrical connector body includes an electrical connector body docking guide structure and an electrical connector body docking observation structure; wherein, The electrical connector body can engage the electrical connector conductive terminal to expose the electrical connector terminal docking structure; and The electrical connector body docking observation structure is adjacent to the electrical connector body docking guide structure, so that the electrical connector body docking observation structure can observe the relative position of the electrical connector body docking guide structure and the docking member body docking guide structure during the docking of the electrical connector and the docking member, so that the position of the electrical connector body can be adjusted in real time, and then the electrical connector body docking guide structure can be aligned with the docking member body docking guide structure, so that the electrical connector body enters the docking member body docking space, and the electrical connector terminal docking structure docks with the docking member. An electrical connector body having an electrical connector body mating guide structure and an electrical connector body mating observation structure, the electrical connector body being capable of engaging the electrical connector conductive terminals to expose the electrical connector terminal mating structure; wherein, The mating member body mating space is adjacent to the mating member body mating guide structure, and the electrical connector body mating observation structure is adjacent to the electrical connector body mating guide structure, so that during mating of the electrical connector with the mating member, the electrical connector body mating observation structure can observe the relative position of the electrical connector body and the mating member body mating space, so that the position of the electrical connector body can be adjusted in real time to enable the electrical connector body to align with the mating member body mating space, and the electrical connector body mating observation structure can also observe the relative position of the electrical connector body mating guide structure and the mating member body mating guide structure, so that the electrical connector body mating guide structure can align with the mating member body mating guide structure, thereby guiding the electrical connector body into the mating member body mating space to enable the electrical connector terminal mating structure to mate with the mating member terminal mating structure.
8. The electrical connector mating member assembly of claim 7, wherein, The mating member body also has a mating member body insulating core, wherein the mating member body mating guide structure and the mating member body mating space are respectively arranged in the mating member body insulating core.
9. The electrical connector mating member assembly of claim 7, wherein, The mating member body also has a mating member body metal shell, wherein the mating member body mating guide structure and the mating member body mating space are respectively arranged in the mating member body metal shell.
10. The electrical connector mating member assembly of claim 7, wherein, The mating member body mating space has a mating member body mating guide structure sub-space, and the electrical connector body mating guide structure can enter the mating member body mating guide structure sub-space to contact the mating member body mating guide structure, thereby guiding the electrical connector terminal mating structure to mate with the mating member terminal mating structure.
11. The electrical connector mating member assembly of claim 10, wherein, The mating member body mating guide structure is a frame-shaped structure extending around the mating member body mating guide structure sub-space to provide guidance for the electrical connector body mating guide structure to enter the mating member body mating guide structure sub-space.
12. The electrical connector mating member assembly of claim 7, wherein, The mating member body mating guide structure has a mating member body mating guide wall extending in at least one direction, so that during mating of the electrical connector with the mating member, the electrical connector body mating observation structure can observe the position of the mating member body mating guide wall in at least one direction.