Electric connector assembly and main side electric connector thereof

Abstract

The utility model provides an electric connector assembly and a main-side electric connector thereof, the main-side electric connector is formed by combining at least one main-side conductive module, and the main-side conductive module comprises a main-side conductive module butt joint structure for providing a transmission electric signal. According to the electric connector assembly, the butt joint structure of the main side conductive modules can be adjusted by changing the combined main side conductive modules, so that the technical problem that the butt joint structure of an electric connector is fixed after the design of a known electric connector assembly is completed is solved, and the use cost of the electric connector assembly can be effectively reduced.

Description

Technical Field

[0001] The present application relates to a transmission component for electrical signals, and more particularly, to an electrical connector assembly capable of adjusting a docking structure and a primary-side electrical connector thereof. Background Art

[0002] Most electronic devices are internally equipped with an electrical connector assembly, which transmits electrical signals through the mating structure of two electrical connectors. However, with technological advancements, the variety of electrical signals transmitted by the electrical connector assembly in electronic devices has increased, necessitating adjustments to the mating structure of the electrical connectors in a designed electrical connector assembly. Currently, however, the mating structure of the electrical connectors in a designed electrical connector assembly is fixed after design. This results in the need to design, manufacture, and maintain inventory for various specifications of the mating structure of the electrical connectors in the electrical connector assembly, resulting in high operating costs for the electrical connector assembly.

[0003] Therefore, the present application aims to improve the structure of the electrical connector assembly to solve the technical problem that the docking structure of the conventional electrical connector assembly is fixed after the design is completed, resulting in high cost of use of the electrical connector assembly. Summary of the Invention

[0004] In view of the various problems of the above-mentioned prior art, the main purpose of the present application is to provide an electrical connector assembly and a primary-side electrical connector thereof capable of adjusting the docking structure.

[0005] In view of the shortcomings of the above-mentioned prior art, the present application provides a main-side electrical connector, which can be matched with a primary-side electrical connector, and the main-side electrical connector includes: a first main-side conductive module, the first main-side conductive module includes a first main-side conductive module docking structure; a second main-side conductive module, the second main-side conductive module includes a second main-side conductive module docking structure; a main-side electrical connector insulating rubber core, the main-side electrical connector insulating rubber core includes a first main-side electrical connector rubber core docking space and a second main-side electrical connector rubber core docking space, the main-side electrical connector insulating rubber core respectively combines the first main-side conductive module and the second main-side conductive module, so that the first main-side conductive module docking structure enters the first main-side electrical connector rubber core docking space to provide docking with the secondary-side electrical connector, and The second main side conductive module docking structure is made to enter the second main side electrical connector core docking space to provide docking with the secondary side electrical connector; and a main side positioning member, the main side positioning member includes a first main side positioning member clamping structure and a second main side positioning member clamping structure, the first main side positioning member clamping structure and the second main side positioning member clamping structure respectively clamp the first main side conductive module and the second main side conductive module to provide positioning for the first main side conductive module and the second main side conductive module respectively, so as to avoid relative movement between the first main side conductive module and the second main side conductive module, thereby ensuring that the first main side conductive module docking structure and the second main side conductive module docking structure are respectively located in the first main side electrical connector core docking space and the second main side electrical connector core docking space.

[0006] Preferably, in the main side electrical connector of the present application, the first main side conductive module also includes a first main side conductive module circuit substrate, and the first main side conductive module docking structure is arranged on the first main side conductive module circuit substrate; the second main side conductive module also includes a second main side conductive module circuit substrate, and the second main side conductive module docking structure is arranged on the second main side conductive module circuit substrate; and the first main side positioning member clamping structure and the second main side positioning member clamping structure respectively clamp the first main side conductive module circuit substrate and the second main side conductive module circuit substrate.

[0007] Preferably, in the main side electrical connector of the present application, the main side electrical connector can be matched with a first main side conductive wire and a second main side conductive wire, and the first main side conductive module also includes a first main side conductive module overlapping structure; the second main side conductive module also includes a second main side conductive module overlapping structure, and the first main side conductive module overlapping structure and the second main side conductive module overlapping structure can respectively overlap the first main side conductive wire and the second main side conductive wire.

[0008] Preferably, in the main side electrical connector of the present application, the first main side conductive module overlapping structure and the second main side conductive module overlapping structure are respectively arranged on the first main side conductive module circuit substrate and the second main side conductive module circuit substrate.

[0009] Preferably, in the main side electrical connector of the present application, the main side positioning member also includes a positioning member snap-fitting structure, and the positioning member snap-fitting structure snaps onto the insulating rubber core of the main side electrical connector to provide snap-fitting positioning for the main side positioning member through the insulating rubber core of the main side electrical connector.

[0010] In addition, the present application also provides an electrical connector assembly, the electrical connector assembly includes: a main-side electrical connector, the main-side electrical connector includes: a first main-side conductive module, the first main-side conductive module includes a first main-side conductive module docking structure; a second main-side conductive module, the second main-side conductive module includes a second main-side conductive module docking structure; a main-side electrical connector insulating rubber core, the main-side electrical connector insulating rubber core includes a first main-side electrical connector rubber core docking space and a second main-side electrical connector rubber core docking space, the main-side electrical connector insulating rubber core respectively combines the first main-side conductive module and the second main-side conductive module, so that the first main-side conductive module docking structure enters the first main-side electrical connector. The second main side conductive module is connected to the second main side conductive module by the first main side conductive module and the second main side conductive module is connected to the second main side conductive module by the second main side conductive module. A main side electrical connector core docking space and a second main side electrical connector core docking space; and a primary side electrical connector, the secondary side electrical connector can dock with the main side electrical connector, the secondary side electrical connector includes: a first side conductive module, the first side conductive module includes a first side conductive module docking structure and a first side conductive module clamping structure; a second side conductive module, the second side conductive module includes a second side conductive module docking structure and a second side conductive module clamping structure; and a primary side electrical connector insulating core, the secondary side electrical connector insulating core respectively combines the first side conductive module and the second side conductive module; wherein, the first side conductive module clamping structure The structure and the second side conductive module clamping structure respectively clamp the secondary side electrical connector insulating rubber core, so as to respectively position the first side conductive module and the second side conductive module through the secondary side electrical connector insulating rubber core to prevent the first side conductive module and the second side conductive module from moving relative to the secondary side electrical connector insulating rubber core; and the secondary side electrical connector is docked with the main side electrical connector, the first side conductive module docking structure enters the first main side electrical connector rubber core docking space and docks with the first main side conductive module docking structure, and the second side conductive module docking structure enters the second main side electrical connector rubber core docking space and docks with the second main side conductive module docking structure.

[0011] Preferably, in the electrical connector assembly of the present application, the secondary side electrical connector also includes a primary side positioning member, and the secondary side positioning member includes a first side positioning member clamping structure and a second side positioning member clamping structure, and the first side positioning member clamping structure and the second side positioning member clamping structure respectively clamp the first side conductive module and the second side conductive module to provide positioning for the first side conductive module and the second side conductive module respectively to avoid relative movement between the first side conductive module and the second side conductive module.

[0012] Preferably, in the electrical connector assembly of the present application, the first side conductive module also includes a first side conductive module insulating rubber core and a first side conductive module conductive terminal, the first side conductive module insulating rubber core is engaged with the first side conductive module conductive terminal, the first side conductive module docking structure is arranged on the first side conductive module conductive terminal, and the first side conductive module clamping structure is arranged on the first side conductive module insulating rubber core; the second side conductive module also includes a second side conductive module insulating rubber core and a second side conductive module conductive terminal, the second side conductive module insulating rubber core is engaged with the second side conductive module conductive terminal, the second side conductive module docking structure is arranged on the second side conductive module conductive terminal, and the second side conductive module clamping structure is arranged on the second side conductive module insulating rubber core; and the first side positioning member clamping structure and the second side positioning member clamping structure respectively clamp the first side conductive module insulating rubber core and the second side conductive module insulating rubber core.

[0013] Preferably, in the electrical connector assembly of the present application, the secondary side electrical connector can be matched with a circuit board, the primary side conductive module also includes a primary side conductive module overlapping structure; the secondary side conductive module also includes a secondary side conductive module overlapping structure, and the primary side conductive module overlapping structure and the secondary side conductive module overlapping structure can respectively overlap the circuit board.

[0014] Preferably, in the electrical connector assembly of the present application, the first side conductive module overlapping structure and the second side conductive module overlapping structure are respectively arranged on the first side conductive module conductive terminal and the second side conductive module conductive terminal.

[0015] Preferably, in the electrical connector assembly of the present application, the secondary side electrical connector insulating rubber core includes a first side electrical connector rubber core combination structure, a second side electrical connector rubber core combination structure and a primary side electrical connector rubber core side wall structure, and the secondary side electrical connector rubber core side wall structure can provide lateral positioning for the first side conductive module and the second side conductive module, so that the first side conductive module and the second side conductive module can be respectively aligned with the first side electrical connector rubber core combination structure and the second side electrical connector rubber core combination structure, and the first side electrical connector rubber core combination structure and the second side electrical connector rubber core combination structure can respectively combine the first side conductive module and the second side conductive module.

[0016] Preferably, in the electrical connector assembly of the present application, the first-side electrical connector core assembly structure and the second-side electrical connector core assembly structure are dovetail groove structures.

[0017] Compared to the prior art, the present application provides an electrical connector assembly and a main-side electrical connector thereof, wherein the main-side electrical connector is composed of at least one main-side conductive module, wherein the main-side conductive module includes a main-side conductive module docking structure for transmitting electrical signals. Therefore, the main-side conductive module docking structure can be adjusted by changing the combined main-side conductive modules, thereby solving the technical problem that the docking structure of the conventional electrical connector assembly is fixed after the design is completed, thereby effectively reducing the use cost of the electrical connector assembly. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] The drawings of this application will be combined with the description of the following embodiments to make the features and other advantages of this application more clearly understood.

[0019] Figure 1 Shown is a perspective schematic diagram of an electrical connector assembly of the present application in a first viewing angle in one embodiment.

[0020] Figure 2 A schematic perspective view of an electrical connector assembly according to an embodiment of the present application from a second viewing angle is shown.

[0021] Figure 3 Shown is a top view schematic diagram of an electrical connector assembly of the present application in one embodiment.

[0022] Figure 4 Shown is a front view schematic diagram of an embodiment of the electrical connector assembly of the present application.

[0023] Figure 5 Display as Figure 4 The schematic cross-sectional view of some components of the electrical connector assembly is shown along line segment AA.

[0024] Figure 6Shown is a perspective schematic diagram of an electrical connector assembly of the present application in a first viewing angle in one embodiment.

[0025] Figure 7 A schematic perspective view of an electrical connector assembly according to an embodiment of the present application from a second viewing angle is shown.

[0026] Figure 8 Shown is a three-dimensional schematic diagram of a main-side electrical connector of the present application in a first viewing angle in one embodiment.

[0027] Figure 9 Shown is a perspective schematic diagram of a main-side electrical connector of the present application from a second perspective in one embodiment.

[0028] Figure 10 Shown is a front view schematic diagram of a main-side electrical connector of the present application according to an embodiment.

[0029] Figure 11 Display as Figure 10 The diagram shows a cross-sectional view of some components of the primary-side electrical connector taken along line segment BB.

[0030] Figure 12 Display as Figure 10 The diagram shows a cross-sectional view of some components of the main-side electrical connector cut along line CC.

[0031] Figure 13 Shown is a side view schematic diagram of a main-side electrical connector of the present application according to an embodiment.

[0032] Figure 14 Display as Figure 13 The diagram shows a cross-sectional view of some components of the primary-side electrical connector cut along line segment DD.

[0033] Figure 15 Shown is a perspective schematic diagram of a second main-side conductive module of the present application in a first viewing angle in one embodiment.

[0034] Figure 16 Shown is a three-dimensional schematic diagram of a first main-side conductive module of an embodiment of the present application from a first viewing angle.

[0035] Figure 17 Shown is a perspective schematic diagram of the second main-side conductive module of the present application in a second viewing angle in one embodiment.

[0036] Figure 18 Shown is a perspective schematic diagram of the first main-side conductive module of the present application from a second viewing angle in one embodiment.

[0037] Figure 19 Shown is a perspective schematic diagram of a main-side electrical connector of the present application from a second perspective in one embodiment.

[0038] Figure 20Shown is a front view schematic diagram of a main-side electrical connector of the present application according to an embodiment.

[0039] Figure 21 Shown is a perspective schematic diagram of a secondary-side electrical connector of the present application in a first viewing angle in one embodiment.

[0040] Figure 22 Shown is a perspective schematic diagram of a secondary-side electrical connector of the present application from a second viewing angle in one embodiment.

[0041] Figure 23 Shown is a three-dimensional schematic diagram of a conductive terminal of a first-side conductive module in an embodiment of the present application.

[0042] Figure 24 Shown is a three-dimensional schematic diagram of the conductive terminals of the secondary conductive module of the present application in one embodiment.

[0043] Figure 25 Shown is a three-dimensional schematic diagram of a first side conductive module of the present application in one embodiment.

[0044] Figure 26 Shown is a three-dimensional schematic diagram of a secondary side conductive module of the present application in one embodiment.

[0045] Figure 27 Shown is a front view schematic diagram of an embodiment of the secondary electrical connector of the present application.

[0046] Figure 28 Display as Figure 27 The diagram is a cross-sectional view of some components of the secondary electrical connector taken along line segment FF.

[0047] Figure 29 Shown is a perspective schematic diagram of a secondary-side electrical connector of the present application in a first viewing angle in one embodiment.

[0048] Figure 30 Shown is a perspective schematic diagram of a secondary-side electrical connector of the present application from a second viewing angle in one embodiment.

[0049] Component number description

[0050] 1Electrical connector assembly

[0051] 11 Main side electrical connector

[0052] 111 first main side conductive module

[0053] 1110 first main side conductive module circuit substrate

[0054] 1111 First main side conductive module docking structure

[0055] 1113 First main side conductive module overlap structure

[0056] 112 second main side conductive module

[0057] 1120 Second main side conductive module circuit substrate

[0058] 1121 Second main side conductive module docking structure

[0059] 1123 Second main side conductive module overlap structure

[0060] 113 Main side electrical connector insulation rubber core

[0061] 1131 First main side electrical connector core docking space

[0062] 1132 Second main side electrical connector core docking space

[0063] 114 main side positioning piece

[0064] 1141 First main side positioning member clamping structure

[0065] 1142 Second main side positioning member clamping structure

[0066] 1143 positioning piece buckle structure

[0067] 12 secondary side electrical connector

[0068] 121 first side conductive module

[0069] 1210 first side conductive module conductive terminal

[0070] 1211 first side conductive module docking structure

[0071] 1212 First side conductive module clamping structure

[0072] 1213 First side conductive module overlap structure

[0073] 1214 first side conductive module insulation rubber core

[0074] 122 Second side conductive module

[0075] 1220 Second side conductive module conductive terminal

[0076] 1221 Second side conductive module docking structure

[0077] 1222 Second side conductive module clamping structure

[0078] 1223 Second side conductive module overlap structure

[0079] 1224 Secondary side conductive module insulation rubber core

[0080] 123 secondary side electrical connector insulation rubber core

[0081] 1231 first side electrical connector rubber core combination structure

[0082] 1232 Second Side Electrical Connector Rubber Core Combination Structure

[0083] 1233 secondary side electrical connector rubber core side wall structure

[0084] 124 side positioning parts

[0085] 1241 First side positioning piece clamping structure

[0086] 1242 Second side positioning piece clamping structure

[0087] 21 first main side conductive wire

[0088] 22 Second main side conductive wire

[0089] 3 Circuit board DETAILED DESCRIPTION

[0090] The technical content of this application is described below through specific embodiments. Those skilled in the art will readily understand the other advantages and benefits of this application from the content disclosed in this specification. This application can be implemented or applied through various other specific embodiments. The details in this specification can be modified and altered in various ways based on different viewpoints and applications without departing from the spirit of this application.

[0091] In addition, it should be noted that, in order to make the disclosure more concise and easy to understand, the components with the same or similar functions in the following embodiments will be described using the same symbols, and the description of the same or equivalent features will be omitted.

[0092] The present application provides at least one electrical connector assembly and a main-side electrical connector thereof, wherein the main-side electrical connector is composed of a plurality of components, wherein the main-side electrical connector is combined with a main-side conductive module, and the main-side conductive module includes a main-side conductive module docking structure. Therefore, the main-side conductive module docking structure can be adjusted by changing the combined main-side conductive modules, thereby solving the technical problem that the docking structure of the conventional electrical connector assembly is fixed after the design is completed, so that the use cost of the electrical connector assembly can be effectively reduced.

[0093] Regarding the technical concept of the connector of this application, please refer to the drawings of this application. Figures 1 to 30 The following examples illustrate:

[0094] In this application, Figures 1 to 3 and Figures 5 to 7The illustrated embodiment discloses at least one electrical connector assembly 1 capable of transmitting electrical signals within an electronic device. The electrical connector assembly 1 includes a primary electrical connector 11 and a primary electrical connector 12. The primary electrical connector 11 can mate with the secondary electrical connector 12, or vice versa.

[0095] In the above embodiment, the main side electrical connector 11 can be matched with a first main side conductive wire 21 and a second main side conductive wire 22, and the main side electrical connector 11 includes: a first main side conductive module 111, a second main side conductive module 112, a main side electrical connector insulating rubber core 113 and a main side positioning member 114.

[0096] The first main side conductive module 111 includes a first main side conductive module circuit substrate 1110, a first main side conductive module docking structure 1111 and a first main side conductive module overlapping structure 1113, wherein the first main side conductive module docking structure 1111 is arranged on the first main side conductive module circuit substrate 1110, and provides docking with the secondary side electrical connector 12 for transmission of electrical signals, and the first main side conductive module overlapping structure 1113 can overlap the first main side conductive wire 21 for transmission of electrical signals.

[0097] The second main side conductive module 112 includes a second main side conductive module circuit substrate 1120, a second main side conductive module docking structure 1121 and a second main side conductive module overlapping structure 1123, wherein the second main side conductive module docking structure 1121 is arranged on the second main side conductive module circuit substrate 1120, and provides docking with the secondary side electrical connector 12 for transmission of electrical signals, and the second main side conductive module overlapping structure 1123 can overlap the second main side conductive wire 22 for transmission of electrical signals.

[0098] At Figures 15 and 16 In the illustrated embodiment, the first main-side conductive module overlapping structure 1113 and the second main-side conductive module overlapping structure 1123 are respectively disposed on the first main-side conductive module circuit substrate 1110 and the second main-side conductive module circuit substrate 1120 .

[0099] Furthermore, in the above embodiment, the primary-side electrical connector insulating rubber core 113 includes a first primary-side electrical connector rubber core mating space 1131 and a second primary-side electrical connector rubber core mating space 1132. It should be noted that the primary-side electrical connector insulating rubber core 113 combines the first primary-side conductive module 111 and the second primary-side conductive module 112, respectively, such that the first primary-side conductive module mating structure 1111 enters the first primary-side electrical connector rubber core mating space 1131, and the second primary-side conductive module mating structure 1121 enters the second primary-side electrical connector rubber core mating space 1132.

[0100] Furthermore, the primary-side positioning member 114 includes a first primary-side positioning member engaging structure 1141, a second primary-side positioning member engaging structure 1142, and a positioning member snapping structure 1143. The positioning member snapping structure 1143 snaps onto the primary-side electrical connector insulating rubber core 113, thereby providing snapping and positioning for the primary-side positioning member 114 via the primary-side electrical connector insulating rubber core 113.

[0101] In the above embodiment, the first main side positioning member clamping structure 1141 and the second main side positioning member clamping structure 1142 respectively clamp the first main side conductive module 111 and the second main side conductive module 112 to provide positioning for the first main side conductive module 111 and the second main side conductive module 112 respectively, so as to avoid relative movement of the first main side conductive module 111 and the second main side conductive module 112, thereby ensuring that the first main side conductive module docking structure 1111 and the second main side conductive module docking structure 1121 are respectively located in the first main side electrical connector rubber core docking space 1131 and the second main side electrical connector rubber core docking space 1132.

[0102] At Figures 19 to 20 In the illustrated embodiment, the first main-side positioning member clamping structure 1141 and the second main-side positioning member clamping structure 1142 clamp the first main-side conductive module circuit substrate 1110 and the second main-side conductive module circuit substrate 1120 respectively.

[0103] It should be noted that the insulating rubber core 113 of the main side electrical connector can be combined with the first main side conductive module 111 and the second main side conductive module 112 respectively. In this way, the first main side conductive module docking structure 1111 and the second main side conductive module docking structure 1121 can be adjusted by changing the combined first main side conductive module 111 and the second main side conductive module 112, thereby solving the technical problem that the docking structure of the conventional electrical connector assembly will be fixed after the design is completed, so that the use cost of the electrical connector assembly can be effectively reduced.

[0104] Accordingly, in the above embodiment, the secondary electrical connector 12 can be used with a circuit board 3 , and the secondary electrical connector 12 includes a primary conductive module 121 , a secondary conductive module 122 and a primary electrical connector insulating rubber core 123 .

[0105] The primary conductive module 121 includes a primary conductive module conductive terminal 1210, a primary conductive module docking structure 1211, a primary conductive module clamping structure 1212, a primary conductive module bridging structure 1213, and a primary conductive module insulating rubber core 1214. The primary conductive module docking structure 1211 is disposed on the primary conductive module conductive terminal 1210; the secondary conductive module clamping structure 1212 is disposed on the primary conductive module insulating rubber core 1214; the primary conductive module bridging structure 1213 is disposed on the primary conductive module conductive terminal 1210 and is capable of bridging the circuit board 3 to transmit electrical signals; and the primary conductive module insulating rubber core 1214 is connected to the primary conductive module conductive terminal 1210.

[0106] The secondary conductive module 122 includes a secondary conductive module conductive terminal 1220, a secondary conductive module docking structure 1221, a secondary conductive module clamping structure 1222, a secondary conductive module bridging structure 1223, and a secondary conductive module insulating rubber core 1224. The secondary conductive module docking structure 1221 is disposed on the secondary conductive module conductive terminal 1220; the secondary conductive module clamping structure 1222 is disposed on the secondary conductive module insulating rubber core 1224; the secondary conductive module bridging structure 1223 is disposed on the secondary conductive module conductive terminal 1220 and is capable of bridging the circuit board 3 to transmit electrical signals; and the secondary conductive module insulating rubber core 1224 is connected to the secondary conductive module conductive terminal 1220.

[0107] The secondary electrical connector insulating rubber core 123 respectively combines the first-side conductive module 121 and the second-side conductive module 122. Furthermore, the secondary electrical connector insulating rubber core 123 includes a first-side electrical connector rubber core assembly structure 1231, a second-side electrical connector rubber core assembly structure 1232, and a primary electrical connector rubber core sidewall structure 1233. The secondary electrical connector rubber core sidewall structure 1233 provides lateral positioning for the first-side conductive module 121 and the second-side conductive module 122, allowing the first-side conductive module 121 and the second-side conductive module 122 to align with the first-side electrical connector rubber core assembly structure 1231 and the second-side electrical connector rubber core assembly structure 1232, respectively. This allows the first-side electrical connector rubber core assembly structure 1231 and the second-side electrical connector rubber core assembly structure 1232 to respectively combine the first primary-side conductive module 111 and the second primary-side conductive module 112.

[0108] In the above embodiment, the first side electrical connector core assembly structure 1231 and the second side electrical connector core assembly structure 1232 are dovetail groove structures.

[0109] Furthermore, the first side conductive module clamping structure 1212 and the second side conductive module clamping structure 1222 are respectively clamped to the secondary side electrical connector insulating rubber core 123, so as to respectively position the first side conductive module 121 and the second side conductive module 122 through the secondary side electrical connector insulating rubber core 123, so as to prevent the first side conductive module 121 and the second side conductive module 122 from moving relative to the secondary side electrical connector insulating rubber core 123.

[0110] It should be noted that when the secondary side electrical connector 12 is docked with the primary side electrical connector 11, the primary side conductive module docking structure 1211 can enter the first primary side electrical connector rubber core docking space 1131 and dock with the first primary side conductive module docking structure 1111 to transmit electrical signals, and the secondary side conductive module docking structure 1221 can enter the second primary side electrical connector rubber core docking space 1132 and dock with the second primary side conductive module docking structure 1121 to transmit electrical signals.

[0111] At Figures 29 to 30In the embodiment shown, the secondary side electrical connector 12 also includes a primary side positioning member 124, and the secondary side positioning member 124 includes a first side positioning member clamping structure 1241 and a second side positioning member clamping structure 1242. The first side positioning member clamping structure 1241 and the second side positioning member clamping structure 1242 respectively clamp the first side conductive module 121 and the second side conductive module 122 to provide positioning for the first side conductive module 121 and the second side conductive module 122, respectively, to avoid relative movement between the first side conductive module 121 and the second side conductive module 122.

[0112] At Figures 29 to 30 In the illustrated embodiment, the first side positioning member clamping structure 1241 and the second side positioning member clamping structure 1242 clamp the first side conductive module insulating rubber core 1214 and the second side conductive module insulating rubber core 1224 respectively.

[0113] It should be noted that the secondary side electrical connector insulating rubber core 123 can respectively combine the first side conductive module 121 and the second side conductive module 122. In this way, the first side conductive module docking structure 1211 and the second side conductive module docking structure 1221 can be adjusted by changing the combined first side conductive module 121 and the second side conductive module 122, thereby solving the technical problem that the docking structure of the conventional electrical connector assembly will be fixed after the design is completed, so that the use cost of the electrical connector assembly can be effectively reduced.

[0114] It should be noted that in the above-mentioned embodiments, some of the aforementioned components can also be omitted. For example, in the present application, the main-side electrical connector can be selected to include only: a first main-side conductive module, a second main-side conductive module, a main-side electrical connector insulating rubber core, and a main-side positioning member. The first main-side conductive module includes a first main-side conductive module docking structure. The second main-side conductive module includes a second main-side conductive module docking structure. The main-side electrical connector insulating rubber core includes a first main-side electrical connector rubber core docking space and a second main-side electrical connector rubber core docking space. The main-side electrical connector insulating rubber core respectively combines the first main-side conductive module and the second main-side conductive module, so that the first main-side conductive module docking structure enters the first main-side electrical connector rubber core docking space to provide docking with the secondary-side electrical connector, and the second main-side conductive module docking structure enters the second main-side electrical connector rubber core docking space to provide docking with the secondary-side electrical connector. The main side positioning member includes a first main side positioning member clamping structure and a second main side positioning member clamping structure. The first main side positioning member clamping structure and the second main side positioning member clamping structure respectively clamp the first main side conductive module and the second main side conductive module to provide positioning for the first main side conductive module and the second main side conductive module respectively to avoid relative movement of the first main side conductive module and the second main side conductive module, thereby ensuring that the first main side conductive module docking structure and the second main side conductive module docking structure are respectively located in the first main side electrical connector rubber core docking space and the second main side electrical connector rubber core docking space.

[0115] In addition, in the present application, the electrical connector assembly can choose to include only: a main side electrical connector and a secondary side electrical connector. The main side electrical connector includes: a first main side conductive module, a second main side conductive module, a main side electrical connector insulating rubber core and a main side positioning member. The first main side conductive module includes a first main side conductive module docking structure. The second main side conductive module includes a second main side conductive module docking structure. The main side electrical connector insulating rubber core includes a first main side electrical connector rubber core docking space and a second main side electrical connector rubber core docking space. The main side electrical connector insulating rubber core respectively combines the first main side conductive module and the second main side conductive module, so that the first main side conductive module docking structure enters the first main side electrical connector rubber core docking space, and the second main side conductive module docking structure enters the second main side electrical connector rubber core docking space. The primary-side positioning member includes a first primary-side positioning member clamping structure and a second primary-side positioning member clamping structure. The first primary-side positioning member clamping structure and the second primary-side positioning member clamping structure respectively clamp the first primary-side conductive module and the second primary-side conductive module to provide positioning for the first primary-side conductive module and the second primary-side conductive module, respectively, to prevent relative movement between the first primary-side conductive module and the second primary-side conductive module, thereby ensuring that the first primary-side conductive module docking structure and the second primary-side conductive module docking structure are respectively located in the first primary-side electrical connector core docking space and the second primary-side electrical connector core docking space. The secondary-side electrical connector is capable of docking with the primary-side electrical connector. The secondary-side electrical connector includes: a first primary-side conductive module, a second secondary-side conductive module, and a secondary-side electrical connector insulating core. The first primary-side conductive module includes a first primary-side conductive module docking structure and a first primary-side conductive module clamping structure. The second secondary-side conductive module includes a second secondary-side conductive module docking structure and a second secondary-side conductive module clamping structure. The secondary electrical connector's insulating rubber core is assembled with the primary and secondary conductive modules, respectively. The primary and secondary conductive module's engaging structures engage the secondary electrical connector's insulating rubber core, respectively securing the primary and secondary conductive modules via the secondary electrical connector's insulating rubber core to prevent them from moving relative to the secondary electrical connector's insulating rubber core. When the secondary electrical connector docks with the primary electrical connector, the primary conductive module's engaging structure enters the first primary electrical connector's rubber core's engaging space and engages with the first primary conductive module's engaging structure, while the secondary conductive module's engaging structure enters the second primary electrical connector's rubber core's engaging space and engages with the second primary conductive module's engaging structure.

[0116] In summary, the present application provides an electrical connector assembly and a main-side electrical connector thereof, wherein the main-side electrical connector is composed of at least one main-side conductive module, wherein the main-side conductive module includes a main-side conductive module docking structure for transmitting electrical signals. Therefore, the main-side conductive module docking structure can be adjusted by changing the combined main-side conductive modules, thereby solving the technical problem that the docking structure of the conventional electrical connector assembly is fixed after the design is completed, thereby effectively reducing the use cost of the electrical connector assembly.

[0117] The above embodiments are merely illustrative of the principles and effects of this application and are not intended to limit this application. Anyone skilled in the art will be able to modify and alter the above embodiments without departing from the spirit and scope of this application. Therefore, the scope of protection of this application shall be as set forth in the claims of this application.

Claims

1. A main-side electrical connector, characterized in that: The primary-side electrical connector can be used with the primary-side electrical connector, and the primary-side electrical connector includes: a first main-side conductive module, wherein the first main-side conductive module comprises a first main-side conductive module docking structure; a second main-side conductive module, the second main-side conductive module comprising a second main-side conductive module docking structure; a primary-side electrical connector insulating rubber core, the primary-side electrical connector insulating rubber core comprising a first primary-side electrical connector rubber core mating space and a second primary-side electrical connector rubber core mating space, the primary-side electrical connector insulating rubber core respectively combining the first primary-side conductive module and the second primary-side conductive module, such that the first primary-side conductive module mating structure enters the first primary-side electrical connector rubber core mating space to provide for mating with the secondary-side electrical connector, and the second primary-side conductive module mating structure enters the second primary-side electrical connector rubber core mating space to provide for mating with the secondary-side electrical connector; and A main side positioning member, the main side positioning member includes a first main side positioning member clamping structure and a second main side positioning member clamping structure, the first main side positioning member clamping structure and the second main side positioning member clamping structure respectively clamp the first main side conductive module and the second main side conductive module to provide positioning for the first main side conductive module and the second main side conductive module respectively, so as to avoid relative movement of the first main side conductive module and the second main side conductive module, thereby ensuring that the first main side conductive module docking structure and the second main side conductive module docking structure are respectively located in the first main side electrical connector rubber core docking space and the second main side electrical connector rubber core docking space.

2. The main-side electrical connector according to claim 1, wherein: The first main-side conductive module further includes a first main-side conductive module circuit substrate, and the first main-side conductive module docking structure is provided on the first main-side conductive module circuit substrate; The second main-side conductive module further includes a second main-side conductive module circuit substrate, and the second main-side conductive module docking structure is provided on the second main-side conductive module circuit substrate; and The first main-side positioning member clamping structure and the second main-side positioning member clamping structure respectively clamp the first main-side conductive module circuit substrate and the second main-side conductive module circuit substrate.

3. The main-side electrical connector according to claim 2, wherein: The main-side electrical connector can be used with a first main-side conductive wire and a second main-side conductive wire. The first main-side conductive module also includes a first main-side conductive module overlapping structure; the second main-side conductive module also includes a second main-side conductive module overlapping structure. The first main-side conductive module overlapping structure and the second main-side conductive module overlapping structure can respectively overlap the first main-side conductive wire and the second main-side conductive wire.

4. The main-side electrical connector according to claim 3, characterized in that: The first main-side conductive module overlapping structure and the second main-side conductive module overlapping structure are respectively arranged on the first main-side conductive module circuit substrate and the second main-side conductive module circuit substrate.

5. The main-side electrical connector according to claim 1, wherein: The main side positioning member also includes a positioning member buckling structure, which buckles the main side electrical connector insulation rubber core to provide buckling positioning for the main side positioning member through the main side electrical connector insulation rubber core.

6. An electrical connector assembly, characterized in that: The electrical connector assembly comprises: A primary-side electrical connector, comprising: a first main-side conductive module, wherein the first main-side conductive module comprises a first main-side conductive module docking structure; a second main-side conductive module, the second main-side conductive module comprising a second main-side conductive module docking structure; a main-side electrical connector insulating rubber core, the main-side electrical connector insulating rubber core comprising a first main-side electrical connector rubber core mating space and a second main-side electrical connector rubber core mating space, the main-side electrical connector insulating rubber core respectively combining the first main-side conductive module and the second main-side conductive module, so that the first main-side conductive module mating structure enters the first main-side electrical connector rubber core mating space, and the second main-side conductive module mating structure enters the second main-side electrical connector rubber core mating space; and a main-side positioning member, the main-side positioning member comprising a first main-side positioning member clamping structure and a second main-side positioning member clamping structure, the first main-side positioning member clamping structure and the second main-side positioning member clamping structure respectively clamping the first main-side conductive module and the second main-side conductive module to respectively provide positioning for the first main-side conductive module and the second main-side conductive module to prevent relative movement between the first main-side conductive module and the second main-side conductive module, thereby ensuring that the first main-side conductive module docking structure and the second main-side conductive module docking structure are respectively located in the first main-side electrical connector core docking space and the second main-side electrical connector core docking space; and A primary-side electrical connector, the secondary-side electrical connector being capable of docking with the primary-side electrical connector, the secondary-side electrical connector comprising: a first-side conductive module, the first-side conductive module comprising a first-side conductive module docking structure and a first-side conductive module clamping structure; a second-side conductive module, the second-side conductive module comprising a second-side conductive module docking structure and a second-side conductive module clamping structure; and The primary side electrical connector insulating rubber core, the secondary side electrical connector insulating rubber core respectively combines the first side conductive module and the second side conductive module; wherein, The first-side conductive module clamping structure and the second-side conductive module clamping structure are respectively clamped to the secondary-side electrical connector insulating rubber core, so as to respectively position the first-side conductive module and the second-side conductive module through the secondary-side electrical connector insulating rubber core to prevent the first-side conductive module and the second-side conductive module from moving relative to the secondary-side electrical connector insulating rubber core; and When the secondary side electrical connector is docked with the primary side electrical connector, the primary side conductive module docking structure enters the first primary side electrical connector rubber core docking space and docks with the first primary side conductive module docking structure, and the secondary side conductive module docking structure enters the second primary side electrical connector rubber core docking space and docks with the second primary side conductive module docking structure.

7. The electrical connector assembly according to claim 6, wherein: The secondary side electrical connector also includes a primary side positioning member, and the secondary side positioning member includes a first side positioning member clamping structure and a second side positioning member clamping structure. The first side positioning member clamping structure and the second side positioning member clamping structure respectively clamp the first side conductive module and the second side conductive module to provide positioning for the first side conductive module and the second side conductive module respectively to prevent relative movement between the first side conductive module and the second side conductive module.

8. The electrical connector assembly according to claim 7, wherein: The first-side conductive module further includes a first-side conductive module insulating rubber core and a first-side conductive module conductive terminal, the first-side conductive module insulating rubber core is engaged with the first-side conductive module conductive terminal, the first-side conductive module docking structure is provided on the first-side conductive module conductive terminal, and the first-side conductive module clamping structure is provided on the first-side conductive module insulating rubber core; The secondary side conductive module further includes a secondary side conductive module insulating rubber core and a secondary side conductive module conductive terminal, the secondary side conductive module insulating rubber core is engaged with the secondary side conductive module conductive terminal, the secondary side conductive module docking structure is provided on the secondary side conductive module conductive terminal, and the secondary side conductive module clamping structure is provided on the secondary side conductive module insulating rubber core; and The first side positioning member clamping structure and the second side positioning member clamping structure clamp the first side conductive module insulating rubber core and the second side conductive module insulating rubber core respectively.

9. The electrical connector assembly according to claim 8, wherein: The secondary side electrical connector can be used with a circuit board, and the primary side conductive module also includes a primary side conductive module overlapping structure; the secondary side conductive module also includes a secondary side conductive module overlapping structure, and the primary side conductive module overlapping structure and the secondary side conductive module overlapping structure can respectively overlap the circuit board.

10. The electrical connector assembly according to claim 9, wherein: The first-side conductive module overlapping structure and the second-side conductive module overlapping structure are respectively arranged at the first-side conductive module conductive terminal and the second-side conductive module conductive terminal.

11. The electrical connector assembly according to claim 6, wherein: The secondary side electrical connector insulating rubber core includes a first side electrical connector rubber core assembly structure, a second side electrical connector rubber core assembly structure and a primary side electrical connector rubber core side wall structure. The secondary side electrical connector rubber core side wall structure can provide lateral positioning for the first side conductive module and the second side conductive module, so that the first side conductive module and the second side conductive module can be aligned with the first side electrical connector rubber core assembly structure and the second side electrical connector rubber core assembly structure respectively, and the first side electrical connector rubber core assembly structure and the second side electrical connector rubber core assembly structure can respectively combine the first side conductive module and the second side conductive module.

12. The electrical connector assembly according to claim 11, wherein: The first side electrical connector rubber core combination structure and the second side electrical connector rubber core combination structure are dovetail groove structures.

Images