Connector assembly and female end connector thereof
By setting up a separate anti-fire structure in the female connector core, the problem of wrong plug-in direction of the male connector is solved, ensuring the correctness of electrical signal transmission and the normal operation of electrical equipment.
Patent Information
- Application Number
- CN202422301646.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Priority Date
- 2023-12-15
- Filing Date
- 2024-09-20
- Publication Date
- 2025-08-08
- Estimated Expiration
- 2034-09-20
AI Technical Summary
In the prior art, incorrect plug-in direction of the male connector will lead to electrical signal transmission problems of the connector assembly, affecting the normal operation of electrical equipment.
A female end connector is designed, and the rubber core is provided with a plurality of separate and arranged anti-fixion structures, including the first and second female end rubber core row anti-fixion structures and the first and second female end rubber core row anti-fixion structures, which are used to provide interference when the male end connector is plugged in incorrectly and prevent incorrect plugging.
Effectively prevent the male connector from plugging into the female connector in the wrong direction, ensuring the normal transmission of electrical signals, and avoiding abnormal operation of electrical equipment.
Smart Images
Figure CN223206580U_ABST
Abstract
Description
Technical Field
[0001] The present application relates to signal transmission technology, and more specifically, to a connector assembly and a female connector thereof that can prevent a male connector from being plugged in in the wrong direction. Background Art
[0002] Electrical devices often need to transmit electrical signals through a connector assembly consisting of a female connector and a male connector. When the connector assembly is implemented, the male connector can be plugged into the female connector to provide electrical signal transmission for the electrical device.
[0003] However, the connection between the male connector and the female connector is usually directional. If the male connector is connected in the wrong direction, the electrical signal transmission of the connector assembly may be affected by voltage mismatch and other problems, thereby causing the electrical equipment to not operate normally.
[0004] Therefore, how to provide a connector assembly and a female connector thereof to avoid the male connector from being plugged in in the wrong direction is an urgent problem to be solved by those skilled in the art. Summary of the Invention
[0005] In view of the shortcomings of the above-mentioned prior art, the present application provides a female connector, which can provide a male connector for insertion in a plugging direction, and the female connector includes: a main female conductive terminal group, the main female conductive terminal group includes a first main female terminal and a second main female terminal; a secondary female conductive terminal group, the secondary female conductive terminal group includes a first secondary female terminal and a second secondary female terminal; and a female connector core, the female connector core includes a female core internal space, a female core row compartment wall and a female core row compartment door, the female core row compartment wall extends to divide the female core internal space into a first female core internal row sub-space and a second female core internal row sub-space, the female core row compartment door passes through the female core row compartment wall, so that the female core row compartment wall cannot be continuous The first female end connector has a plurality of inner circumferences, and the outer circumferences of the male connector are respectively arranged in a row, and the first female end connector has a plurality of inner circumferences, and the second female end connector has a plurality of inner circumferences, and the second female end connector has a plurality of inner circumferences, and the first ...
[0006] Preferably, in the female connector of the present application, the female rubber core row compartment door is located between the first female rubber core row anti-mistake structure and the second female rubber core row anti-mistake structure to separate the first female rubber core row anti-mistake structure and the second female rubber core row anti-mistake structure, so that the female rubber core row compartment door can serve as a guide channel to guide the male connector to be plugged in the plugging direction.
[0007] Preferably, in the female connector of the present application, the first female rubber core row fool-proof structure and the second female rubber core row fool-proof structure have a straight cross-section.
[0008] Preferably, in the female connector of the present application, the female connector core further comprises a female core row compartment wall and a female core row compartment door, the female core row compartment wall extends to divide the internal space of the female core into a first female core internal row sub-space and a second female core internal row sub-space, the female core row compartment door passes through the female core row compartment wall, so that the female core row compartment wall cannot extend continuously, thereby forming a first female core row fool-proof structure and a second female core row fool-proof structure; wherein, The first main female terminal and the first secondary female terminal respectively enter the inner sub-row space of the first female rubber core and are arranged in a row, and the second main female terminal and the second secondary female terminal respectively enter the inner sub-row space of the second female rubber core and are arranged in a row; and the first female rubber core row anti-fouling structure and the second female rubber core row anti-fouling structure are separated and arranged in a row, and can provide interference when the male connector is plugged in in a direction other than the plugging direction, so as to prevent the male connector from being plugged in in a direction other than the plugging direction.
[0009] Preferably, in the female connector of the present application, the female rubber core row compartment door is located between the first female rubber core row anti-fool structure and the second female rubber core row anti-fool structure to separate the first female rubber core row anti-fool structure and the second female rubber core row anti-fool structure, so that the female rubber core row compartment door can serve as a guide channel to guide the male connector in the plugging direction.
[0010] Preferably, in the female connector of the present application, the first female rubber core row fool-proof structure and the second female rubber core row fool-proof structure have a straight cross-section.
[0011] Preferably, in the female connector of the present application, the first female rubber core row anti-idiot structure is connected to the first female rubber core column anti-idiot structure to form a first female rubber core anti-idiot integrated structure. The first female rubber core anti-idiot integrated structure can provide interference when the male connector is plugged in in a direction other than the plug-in direction to prevent the male connector from being plugged in in a direction other than the plug-in direction.
[0012] Preferably, in the female connector of the present application, the second female rubber core row anti-idiot structure is connected to the second female rubber core column anti-idiot structure to form a second female rubber core anti-idiot integrated structure. The second female rubber core anti-idiot integrated structure can provide interference when the male connector is plugged in in a direction other than the plug-in direction to prevent the male connector from being plugged in in a direction other than the plug-in direction.
[0013] Preferably, in the female connector of the present application, the first female rubber core fool-proof integrated structure and the second female rubber core fool-proof integrated structure have a T-shaped cross-section or a cross-shaped cross-section.
[0014] In addition, the present application also provides a connector assembly, which includes: a male end connector, the male end connector having: a male end anti-misdirection structure; and a female end connector, the female end connector can provide the male end connector for insertion in a plugging direction, the female end connector has: a main female end conductive terminal group, the main female end conductive terminal group includes a first main female end terminal and a second main female end terminal; a secondary female end conductive terminal group, the secondary female end conductive terminal group includes a first secondary female end terminal and a second secondary female end terminal; and a female end connector core, the female end connector core includes a female end core internal space, a female end core row compartment wall and a female end core row compartment door, the female end core row compartment wall extends to separate the female end core internal space into a first female end core internal row sub-space and a second female end core internal row sub-space, the female end core row compartment door passes through the female end core row compartment wall, so that the female end core row compartment wall cannot be continuously extended The second female end connector has a first female end connector and a second female end connector, and the second female end connector has a second female end connector. The second female end connector has a second female end connector and a second female end connector. The first female end connector has a second female end connector and a second female end connector. The second female end connector has a second female end connector and a second female end connector.
[0015] Preferably, in the connector assembly of the present application, the male end connector also includes: a male end guide structure, and the female end rubber core row compartment door is located between the first female end rubber core row anti-mistake structure and the second female end rubber core row anti-mistake structure to separate the first female end rubber core row anti-mistake structure and the second female end rubber core row anti-mistake structure, so that the female end rubber core row compartment door can be used as a guide channel to match the male end guide structure, thereby guiding the male end connector to be plugged in the plugging direction.
[0016] Preferably, in the connector assembly of the present application, the female connector core further includes a female core column compartment wall and a female core column compartment door, the female core column compartment wall extends to divide the internal space of the female core into a first female core internal column sub-space and a second female core internal column sub-space, the female core column compartment door passes through the female core column compartment wall, so that the female core column compartment wall cannot be continuously extended, thereby forming a first female core column fool-proof structure and a second female core column fool-proof structure; wherein, the first main female terminal and the first secondary female terminal The terminals respectively enter the inner sub-row space of the first female end rubber core and are arranged in a row, and the second main female end terminals and the second secondary female end terminals respectively enter the inner sub-row space of the second female end rubber core and are arranged in a row; and the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure are separated and arranged in a row. When the male end connector is plugged in in a direction other than the plugging direction, the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure can respectively provide interference to the male end anti-fool structure to prevent the male end connector from being plugged in in a direction other than the plugging direction.
[0017] Preferably, in the connector assembly of the present application, the male end connector also includes: a male end guide structure, and the female end rubber core column compartment door is located between the first female end rubber core column anti-fool structure and the second female end rubber core column anti-fool structure to separate the first female end rubber core column anti-fool structure and the second female end rubber core column anti-fool structure, so that the female end rubber core column compartment door can be used as a guide channel to match the male end guide structure, thereby guiding the male end connector to be plugged in the plugging direction.
[0018] Compared with the prior art, the present application provides a connector assembly and a female connector thereof, wherein the connector assembly includes a male connector and a female connector, and the rubber core of the female connector has a plurality of separate and fool-proof structures arranged in a row, and the fool-proof structure can provide interference when the male connector is plugged in in the wrong direction to prevent the male connector from being plugged in in the wrong direction to the female connector, so that the male connector can be inserted into the female connector to provide power or signal transmission. BRIEF DESCRIPTION OF THE DRAWINGS
[0019] Figure 1 Shown is a perspective schematic diagram of a female connector of the present application at a first viewing angle in one embodiment.
[0020] Figure 2 Shown is a top view of a female connector according to an embodiment of the present application.
[0021] Figure 3 Shown is a perspective schematic diagram of a connector assembly of the present application at a first viewing angle in one embodiment.
[0022] Figure 4 Shown is a top view of a female connector according to an embodiment of the present application.
[0023] Figure 5 Shown is a perspective schematic diagram of a female connector of the present application at a first viewing angle in one embodiment.
[0024] Figure 6 Shown is a top view of a female connector according to an embodiment of the present application.
[0025] Figure 7 Shown is a perspective schematic diagram of a female connector of the present application at a first viewing angle in one embodiment.
[0026] Figure 8 Shown is a top view of a female connector according to an embodiment of the present application.
[0027] Component number description
[0028] 1 Connector assembly
[0029] 10 male connector
[0030] 101 Male terminal anti-fouling structure
[0031] 102 male guide structure
[0032] 11 female connector
[0033] 111 Main female conductive terminal set
[0034] 1111 First main female terminal
[0035] 1112 Second main female terminal
[0036] 112 Secondary female conductive terminal set
[0037] 1121 First secondary female terminal
[0038] 1122 Secondary female terminal
[0039] 113 female connector insert
[0040] 1131 Female end rubber core internal space
[0041] 11311 The internal space of the first female end rubber core
[0042] 11312 Second female end rubber core internal row space
[0043] 11313 The internal column space of the first female end rubber core
[0044] 11314 Second female end rubber core internal column space
[0045] 1132 Female end rubber core partition wall
[0046] 1133 Female end rubber insert compartment door
[0047] 11341 First female end rubber core row anti-fouling structure
[0048] 11342 Second female end rubber core row foolproof structure
[0049] 1135 Female end rubber core column partition wall
[0050] 1136 Female end rubber core column compartment door
[0051] 11371 First female end rubber core row foolproof structure
[0052] 11372 Second female end rubber core row foolproof structure
[0053] 11381 First female end rubber core foolproof integrated structure
[0054] 11382 Second female end rubber core foolproof integrated structure
[0055] D Plug direction
[0056] r1 first row
[0057] r2 second row
[0058] r3 third line
[0059] c1 first column
[0060] c2 second column
[0061] c3 third column DETAILED DESCRIPTION
[0062] The following content will be accompanied by drawings and illustrate the technical content of this application through specific embodiments. Those familiar with this technology can easily understand the other advantages and functions of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments. The details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportional relationships and relative positions of the various elements in the drawings are for illustrative purposes only and do not represent the actual situation of the implementation of this application.
[0063] For the description of the embodiments disclosed in this application, please refer to Figures 1 to 8 .
[0064] The present application provides a connector assembly that can be installed in an electrical device. The connector assembly includes a male connector and a female connector. The male connector can be inserted into the female connector to provide power or signal transmission to the electrical device. In the present application, the female connector's rubber core has multiple separate and aligned anti-mock structures that provide interference when the male connector is inserted in the wrong direction, thereby preventing the male connector from being inserted into the female connector in the wrong direction.
[0065] In this application Figures 1 to 8 In the illustrated embodiment, at least one connector assembly 1 is disclosed. The connector assembly 1 includes a male connector 10 and a female connector 11 .
[0066] like Figure 3 As shown, the female connector 11 can provide the male connector 10 for plugging in a plugging direction D. The male connector 10 includes a male end foolproofing structure 101 and a male end guiding structure 102 .
[0067] like Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the female connector 11 includes: a primary female conductive terminal set 111, a secondary female conductive terminal set 112, and a female connector core 113. The primary female conductive terminal set 111 includes a first primary female terminal 1111 and a second primary female terminal 1112 for transmitting power or signals. The secondary female conductive terminal set 112 includes a first secondary female terminal 1121 and a second secondary female terminal 1122 for transmitting power or signals.
[0068] The receptacle connector core 113 includes a receptacle core interior space 1131, a receptacle core row partition wall 1132, and a receptacle core row partition door 1133. It should be noted that the receptacle connector core 113 engages and positions the primary receptacle conductive terminal set 111 and the secondary receptacle conductive terminal set 112, so that the first primary receptacle terminal 1111, the second primary receptacle terminal 1112, the first secondary receptacle terminal 1121, and the second secondary receptacle terminal 1122 are separated.
[0069] In this application Figure 2 、 Figure 4 、 Figure 6 and Figure 8In the embodiment shown, the internal space 1131 of the female end rubber core provides space for arranging the primary female end conductive terminal group 111 and the secondary female end conductive terminal group 112, so that the male end connector 10 can dock with the primary female end conductive terminal group 111 and the secondary female end conductive terminal group 112. The female end rubber core row partition wall 1132 extends to divide the internal space 1131 of the female end rubber core into a first female end rubber core internal row sub-space 11311 and a second female end rubber core internal row sub-space 11312. Accordingly, the first primary female end terminal 1111 and the second primary female end terminal 1112 respectively enter the first female end rubber core internal row sub-space 11311 and are arranged in a row, as shown in FIG. Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the first main female terminal 1111 and the second main female terminal 1112 are arranged in a first row r1; and the first secondary female terminal 1121 and the second secondary female terminal 1122 respectively enter the second female end rubber core internal row subspace 11312 and are arranged in a row, as shown in FIG. Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the first secondary female terminals 1121 and the second secondary female terminals 1122 are arranged in a second row r2.
[0070] The female end rubber core row compartment door 1133 passes through the female end rubber core row compartment wall 1132, so that the female end rubber core row compartment wall 1132 cannot extend continuously, so that the female end rubber core row compartment wall 1135 will be broken into multiple sections, thereby forming a first female end rubber core row anti-mistake structure 11341 and a second female end rubber core row anti-mistake structure 11342. Therefore, the female end rubber core row compartment door 1133 is located between the first female end rubber core row anti-mistake structure 11341 and the second female end rubber core row anti-mistake structure 11342 to separate the first female end rubber core row anti-mistake structure 11341 and the second female end rubber core row anti-mistake structure 11342, so that the female end rubber core row compartment door 1133 can be used as a guide channel to match the male end guide structure 102, and then guide the male end connector 10 to be plugged in the plugging direction D (that is, the correct plugging direction), so that the male end connector 10 can dock with the main female end conductive terminal group 111 and the secondary female end conductive terminal group 112 to provide power or signal transmission for the electrical equipment.
[0071] It should be noted that the first female end rubber core row foolproof structure 11341 and the second female end rubber core row foolproof structure 11342 are separated and arranged in a row. Figure 2 、 Figure 4 、 Figure 6and Figure 8 As shown, the first female end rubber core row foolproofing structures 11341 and the second female end rubber core row foolproofing structures 11342 are arranged in a third row r3. Therefore, when the male end connector 10 is plugged in in a direction other than the plugging direction D (i.e., an incorrect plugging direction), the first female end rubber core row foolproofing structures 11341 and the second female end rubber core row foolproofing structures 11342 can respectively interfere with the male end foolproofing structures 101 of the male end connector 10 in the third row r3 to prevent the male end connector 10 from being plugged in in a direction other than the plugging direction D (i.e., an incorrect plugging direction).
[0072] In addition, if Figures 1 to 8 As shown, the first female end rubber core row foolproof structure 11341 and the second female end rubber core row foolproof structure 11342 have a straight cross section, thereby providing interference to the male end foolproof structure 101 of the male end connector 10 in the third row r3.
[0073] In this application Figures 3 to 5 and Figures 7 and 8 In the illustrated embodiment, the female connector core 113 further includes a female core column compartment wall 1135 and a female core column compartment door 1136. The female core column compartment wall 1135 extends to separate the female core internal space 1131 into a first female core internal column subspace 11313 and a second female core internal column subspace 11314. Accordingly, the first main female terminal 1111 and the first secondary female terminal 1121 respectively enter the first female core internal column subspace 11313 and are arranged in a column, as shown in FIG. Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the first main female terminal 1111 and the first secondary female terminal 1121 are arranged in a first column c1; and the second main female terminal 1112 and the second secondary female terminal 1122 respectively enter the second female core internal column subspace 11314 and are arranged in a column, as shown Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the second main female terminal 1112 and the second secondary female terminal 1122 are arranged in a second column c2.
[0074] The female end rubber core row compartment door 1136 passes through the female end rubber core row compartment wall 1135, so that the female end rubber core row compartment wall 1135 cannot extend continuously, so that the female end rubber core row compartment wall 1135 will be broken into multiple sections, forming a first female end rubber core row anti-mistake structure 11371 and a second female end rubber core row anti-mistake structure 11372. Therefore, the female end rubber core row compartment door 1136 is located between the first female end rubber core row anti-fool structure 11371 and the second female end rubber core row anti-fool structure 11372 to separate the first female end rubber core row anti-fool structure 11371 and the second female end rubber core row anti-fool structure 11372, so that the female end rubber core row compartment door 1136 can be used as a guide channel to match the male end guide structure 102, thereby guiding the male end connector 10 to be plugged in the plugging direction D (that is, the correct plugging direction), so that the male end connector 10 can dock with the main female end conductive terminal group 111 and the secondary female end conductive terminal group 112 to provide power or signal transmission for the electrical equipment.
[0075] It should be noted that the first female end rubber core row foolproof structure 11371 and the second female end rubber core row foolproof structure 11372 are separated and arranged in a column. Figure 2 、 Figure 4 、 Figure 6 and Figure 8 As shown, the first female end rubber core row foolproofing structures 11371 and the second female end rubber core row foolproofing structures 11372 are arranged in a third row c3. Therefore, when the male end connector 10 is plugged in in a direction other than the plugging direction D (i.e., an incorrect plugging direction), the first female end rubber core row foolproofing structures 11371 and the second female end rubber core row foolproofing structures 11372 can respectively interfere with the male end foolproofing structure 101 of the male end connector 10 in the third row c3 to prevent the male end connector 10 from being plugged in in a direction other than the plugging direction D (i.e., an incorrect plugging direction).
[0076] In addition, if Figures 1 to 8 As shown, the first female end rubber core row foolproof structure 11371 and the second female end rubber core row foolproof structure 11372 have a straight cross-section, thereby providing interference to the male end foolproof structure 101 of the male end connector 10 in the third row c3 respectively.
[0077] In this application Figures 1 to 8In the embodiment shown, the first female end rubber core row anti-idiot structure 11341 is connected to the first female end rubber core column anti-idiot structure 11371 to form a first female end rubber core anti-idiot integrated structure 11381. The first female end rubber core anti-idiot integrated structure 11381 can provide interference when the male end connector 10 is plugged in in a direction other than the plug-in direction D (i.e., the wrong plug-in direction) to prevent the male end connector 10 from being plugged in in a direction other than the plug-in direction D.
[0078] Optionally, the second female end rubber core row anti-idiot structure 11342 is connected to the second female end rubber core column anti-idiot structure 11372 to form a second female end rubber core anti-idiot integrated structure 11382. The second female end rubber core anti-idiot integrated structure 11382 can provide interference when the male end connector 10 is plugged in in a direction other than the plug-in direction D to prevent the male end connector 10 from being plugged in in a direction other than the plug-in direction D (i.e., the wrong plug-in direction).
[0079] like Figures 1 to 8 As shown, the first female end rubber core anti-mistake integrated structure 11381 and the second female end rubber core anti-mistake integrated structure 11382 have a T-shaped cross-section or a cross-shaped cross-section, thereby providing interference to the male end anti-mistake structure 101 of the male end connector 10 in the third row r3 and the third column c3 respectively.
[0080] It should be noted that the aforementioned embodiments of the connector assembly and its female connector of the present application may also omit some components. For example, the connector assembly may optionally include only: a male connector and a female connector. The male connector has: a male end anti-mute structure; the female connector can provide the male connector with a plug-in direction. The female connector has: a main female conductive terminal group, a secondary female conductive terminal group, and a female connector rubber core. The main female conductive terminal group includes a first main female terminal and a second main female terminal. The secondary female conductive terminal group includes a first secondary female terminal and a second secondary female terminal. The female end connector core includes an internal space of the female end core, a female end core partition wall and a female end core partition door; the female end core partition wall extends to divide the internal space of the female end core into a first female end core internal row sub-space and a second female end core internal row sub-space, and the female end core partition door passes through the female end core partition wall, so that the female end core partition wall cannot be continuously extended, thereby forming a first female end core row anti-foolproof structure and a second female end core row anti-foolproof structure; wherein, the female end connector core engages and positions the main female end conductive terminal group and the secondary female end conductive terminal group, so that the first main female end terminal, the second main female end terminal, the first female end terminal The secondary female terminal is separated from the second secondary female terminal; the first main female terminal and the second main female terminal respectively enter the internal sub-row space of the first female rubber core and are arranged in a row, and the first secondary female terminal and the second secondary female terminal respectively enter the internal sub-row space of the second female rubber core and are arranged in a row; and the first female rubber core anti-fool structure and the second female rubber core anti-fool structure are separated and arranged in a row. When the male connector is plugged in the non-plugging direction, the first female rubber core anti-fool structure and the second female rubber core anti-fool structure can respectively provide interference to the male anti-fool structure to prevent the male connector from being plugged in the non-plugging direction.
[0081] In addition, the female connector may optionally include only: a main female conductive terminal group, a secondary female conductive terminal group, and a female connector core. The main female conductive terminal group includes a first main female terminal and a second main female terminal. The secondary female conductive terminal group includes a first secondary female terminal and a second secondary female terminal. The female connector core includes a female core internal space, a female core row partition wall, and a female core row partition door; the female core row partition wall extends to divide the female core internal space into a first female core internal row sub-space and a second female core internal row sub-space, and the female core row partition door passes through the female core row partition wall, preventing the female core row partition wall from extending continuously, thereby forming a first female core row anti-foolproofing structure and a second female core row anti-foolproofing structure. Among them, the female connector core engages and positions the main female conductive terminal group and the secondary female conductive terminal group, so that the first main female terminal, the second main female terminal, the first secondary female terminal and the second secondary female terminal are separated; the first main female terminal and the second main female terminal respectively enter the internal row space of the first female core and are arranged in a row, and the first secondary female terminal and the second secondary female terminal respectively enter the internal row space of the second female core and are arranged in a row; and the first female core anti-mismatching structure and the second female core anti-mismatching structure are separated and arranged in a row, which can provide interference when the male connector is plugged in the non-plugging direction to prevent the male connector from being plugged in the non-plugging direction.
[0082] In summary, the present application provides a connector assembly and a female connector thereof, wherein the connector assembly includes a male connector and a female connector, and the rubber core of the female connector has a plurality of separate and fool-proof structures arranged in a row, and the fool-proof structure can provide interference when the plugging direction of the male connector is incorrect to prevent the male connector from being plugged into the female connector in the wrong direction, so that the male connector can be inserted into the female connector to provide power or signal transmission.
[0083] 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 may modify or 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 female connector, characterized in that: The female connector can provide a male connector for insertion in a plugging direction, and the female connector includes: a main female conductive terminal set, the main female conductive terminal set comprising a first main female terminal and a second main female terminal; a secondary female conductive terminal set, the secondary female conductive terminal set comprising a first secondary female terminal and a second secondary female terminal; and A female end connector core, the female end connector core comprising a female end core internal space, a female end core row partition wall and a female end core row partition door, the female end core row partition wall extending to divide the female end core internal space into a first female end core internal row sub-space and a second female end core internal row sub-space, the female end core row partition door passing through the female end core row partition wall, so that the female end core row partition wall cannot be continuously extended, thereby forming a first female end core row anti-foolproofing structure and a second female end core row anti-foolproofing structure; wherein, The female connector core engages and positions the primary female conductive terminal group and the secondary female conductive terminal group, so that the first primary female terminal, the second primary female terminal, the first secondary female terminal and the second secondary female terminal are separated; The first main female terminal and the second main female terminal respectively enter the inner sub-row space of the first female end plastic core and are arranged in a row, and the first secondary female terminal and the second secondary female terminal respectively enter the inner sub-row space of the second female end plastic core and are arranged in a row; and The first female end rubber core row anti-mock structure and the second female end rubber core row anti-mock structure are separated and arranged in a row, and can provide interference when the male end connector is plugged in in a direction other than the plugging direction to prevent the male end connector from being plugged in in a direction other than the plugging direction.
2. The female connector according to claim 1, wherein: The female end rubber core row compartment door is located between the first female end rubber core row anti-mistake structure and the second female end rubber core row anti-mistake structure to separate the first female end rubber core row anti-mistake structure and the second female end rubber core row anti-mistake structure, so that the female end rubber core row compartment door can serve as a guide channel to guide the male end connector in the plugging direction.
3. The female connector according to claim 1, wherein: The first female end rubber core row fool-proof structure and the second female end rubber core row fool-proof structure have a straight-line cross-section.
4. The female connector according to claim 1, wherein: The female end connector core also includes a female end core column compartment wall and a female end core column compartment door. The female end core column compartment wall extends to divide the internal space of the female end core into a first female end core internal column sub-space and a second female end core internal column sub-space. The female end core column compartment door passes through the female end core column compartment wall, so that the female end core column compartment wall cannot be continuously extended, thereby forming a first female end core column anti-foolproof structure and a second female end core column anti-foolproof structure; wherein, The first main female terminal and the first secondary female terminal respectively enter the inner sub-space of the first female end plastic core and are arranged in a row, and the second main female terminal and the second secondary female terminal respectively enter the inner sub-space of the second female end plastic core and are arranged in a row; and The first female end rubber core row anti-mismatching structure and the second female end rubber core row anti-mismatching structure are separated and arranged in a row, and can provide interference when the male end connector is plugged in in a direction other than the plugging direction to prevent the male end connector from being plugged in in a direction other than the plugging direction.
5. The female connector according to claim 4, characterized in that: The female end rubber core row compartment door is located between the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure to separate the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure, so that the female end rubber core row compartment door can serve as a guide channel to guide the male end connector in the plugging direction.
6. The female connector according to claim 4, characterized in that: The first female end rubber core row fool-proof structure and the second female end rubber core row fool-proof structure have a straight cross-section.
7. The female connector according to claim 4, characterized in that: The first female end rubber core row anti-mismatching structure is connected to the first female end rubber core column anti-mismatching structure to form a first female end rubber core anti-mismatching integrated structure. The first female end rubber core anti-mismatching integrated structure can provide interference when the male end connector is plugged in a direction other than the plugging direction to prevent the male end connector from being plugged in a direction other than the plugging direction.
8. The female connector according to claim 7, characterized in that: The second female end rubber core row anti-mismatching structure is connected to the second female end rubber core column anti-mismatching structure to form a second female end rubber core anti-mismatching integrated structure. The second female end rubber core anti-mismatching integrated structure can provide interference when the male end connector is plugged in a direction other than the plugging direction to prevent the male end connector from being plugged in a direction other than the plugging direction.
9. The female connector according to claim 8, characterized in that: The first female end rubber core fool-proof integrated structure and the second female end rubber core fool-proof integrated structure have a T-shaped cross section or a cross-shaped cross section.
10. A connector assembly, characterized in that: The connector assembly comprises: A male end connector, the male end connector having: a male end fool-proof structure; and A female connector, wherein the female connector can provide the male connector for insertion in a plugging direction, and the female connector has: a main female conductive terminal set, the main female conductive terminal set comprising a first main female terminal and a second main female terminal; a secondary female conductive terminal set, the secondary female conductive terminal set comprising a first secondary female terminal and a second secondary female terminal; and A female end connector core, the female end connector core comprising a female end core internal space, a female end core row partition wall and a female end core row partition door, the female end core row partition wall extending to divide the female end core internal space into a first female end core internal row sub-space and a second female end core internal row sub-space, the female end core row partition door passing through the female end core row partition wall, so that the female end core row partition wall cannot be continuously extended, thereby forming a first female end core row anti-foolproofing structure and a second female end core row anti-foolproofing structure; wherein, The female connector core engages and positions the primary female conductive terminal group and the secondary female conductive terminal group, so that the first primary female terminal, the second primary female terminal, the first secondary female terminal and the second secondary female terminal are separated; The first main female terminal and the second main female terminal respectively enter the inner sub-row space of the first female end plastic core and are arranged in a row, and the first secondary female terminal and the second secondary female terminal respectively enter the inner sub-row space of the second female end plastic core and are arranged in a row; and The first female end rubber core row anti-mismatching structure and the second female end rubber core row anti-mismatching structure are separated and arranged in a row. When the male end connector is plugged in in a direction other than the plug-in direction, the first female end rubber core row anti-mismatching structure and the second female end rubber core row anti-mismatching structure can respectively provide interference to the male end anti-mismatching structure to prevent the male end connector from being plugged in in a direction other than the plug-in direction.
11. The connector assembly according to claim 10, wherein: The male end connector also includes: a male end guide structure, and the female end rubber core row compartment door is located between the first female end rubber core row anti-mismatch structure and the second female end rubber core row anti-mismatch structure to separate the first female end rubber core row anti-mismatch structure and the second female end rubber core row anti-mismatch structure, so that the female end rubber core row compartment door can be used as a guide channel to match the male end guide structure, thereby guiding the insertion of the male end connector in the insertion direction.
12. The connector assembly according to claim 10, wherein: The female end connector core also includes a female end core column compartment wall and a female end core column compartment door. The female end core column compartment wall extends to divide the internal space of the female end core into a first female end core internal column sub-space and a second female end core internal column sub-space. The female end core column compartment door passes through the female end core column compartment wall, so that the female end core column compartment wall cannot be continuously extended, thereby forming a first female end core column anti-foolproof structure and a second female end core column anti-foolproof structure; wherein, The first main female terminal and the first secondary female terminal respectively enter the inner sub-space of the first female end plastic core and are arranged in a row, and the second main female terminal and the second secondary female terminal respectively enter the inner sub-space of the second female end plastic core and are arranged in a row; and The first female end rubber core row fool-proofing structure and the second female end rubber core row fool-proofing structure are separated and arranged in a row. When the male end connector is plugged in in a direction other than the plug-in direction, the first female end rubber core row fool-proofing structure and the second female end rubber core row fool-proofing structure can respectively provide interference to the male end fool-proofing structure to prevent the male end connector from being plugged in in a direction other than the plug-in direction.
13. The connector assembly according to claim 12, wherein: The male end connector also includes: a male end guide structure, and the female end rubber core row compartment door is located between the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure to separate the first female end rubber core row anti-fool structure and the second female end rubber core row anti-fool structure, so that the female end rubber core row compartment door can be used as a guide channel to cooperate with the male end guide structure, thereby guiding the insertion of the male end connector in the insertion direction.