TWM586469U - Housing structure of conductive connector - Google Patents

Abstract

The shell structure of a conductive connector provides a simple and stable assembly of an operating component and the like. The casing includes a main casing and a sub casing; the main casing and the sub casing are respectively provided with a first inclined wall, a second inclined wall, an upper wall and a lower wall connecting the first inclined wall and the second inclined wall, and are defined The main chamber and the auxiliary chamber have oblique openings. The oblique opening of the main chamber (or sub-chamber) provides a large operating area to facilitate personnel to assemble conductive components in the main chamber (or sub-chamber); and cooperate with the first inclined wall, the first Two oblique walls and / or upper and lower walls form a covering, standardizing and alignment (or non-deflecting) effect on the conductive component, preventing the conductive component from springing out or detaching from the shell during the assembly process.

Description

Shell structure of conductive coupler

This creation relates to the shell structure of a conductive connector; in particular, it refers to a shell provided with a slanted opening structure defined by a slanted wall to provide a larger operating and assembly area and to form a covering, standardization, and alignment function. technology.

Metal components (or conductive elements) and shrapnel conductors (or metal shrapnel) enclosed in an insulating case (usually made of plastic materials) should be used to suppress or join the wires entering the terminals to form an electrical connection or release. The terminal device or crimping terminal of the wire is a well-known technique.

This type of electrical connection terminal includes a type provided to be inserted into a circuit board (such as a PC circuit board); for example, Taiwan No. 103211296 "Electrical Connector Structure of a Wire Terminal", CN 102204015 A "Electrical Connection Terminal", DE 29915515 U1, DE 29818669 U1, EP 2325947 A1 and other patent cases provide typical embodiments.

They usually include an insulated housing; the housing has a wire entry hole to allow wires to be inserted into the housing. The shell has a plurality of side walls and end walls, which together define a cavity to be equipped with a conductive bracket (or a conductive element) and a metal spring sheet, so that the metal spring sheet and the conductive element press the wires inserted into the shell to form contact or electrical properties. connection. The electrical connection or contact between the wire and the metal dome and the conductive element can only be released unless a person uses other tools to reach into the housing to push the metal dome.

A problem about the structure and operation combination of the conventional combined structure of electrical connection terminals is that the shell structure of the conventional technique is usually to provide personnel with conductive materials such as conductive brackets (or conductive elements) and metal springs from the side of the housing. Components. However, when assembling components from the side of the casing, conductive components such as conductive brackets (or conductive elements) and metal springs are prone to spring or fall out of the casing due to their elastic force (or elastic tension), which increases assembly Difficult and troublesome (or time-consuming and labor-intensive) situations.

The old law also revealed a shell structure that can improve the above situation; for example, US 2008/0032566 A1 "TERMINAL BLOCK FOR CONNECTING ELECTRICAL CONDUCTORS", US 6786779 B2 "ELECTRICAL PLUG CONNECTOR WITH SPRING TENSION CLAMP" patent case, etc. Possible embodiment. They are a type of flat openings provided behind the housing, allowing personnel to press or fit conductive components into the housing cavity, and then assemble the rear cover or housing.

As those skilled in the art know, during the assembling process of the embodiment, although the shell structure provides a better specification and alignment effect, the conductive bracket (or conductive element) and the metal shrapnel are installed in the housing cavity according to The depth and position are not conducive to the operation and assembly and positioning of personnel. In addition, a plurality of tracks or positioning structures must be provided in the housing cavity to assist the installation of conductive components, the structure is relatively complicated; and the flat opening behind the housing provides a smaller operating area, which also relatively increases the difficulty and trouble of assembly (Or time-consuming and labor-intensive); these situations are not what we expect.

The above embodiments also show that it is necessary to solve or improve at the same time: 1. The conductive component is assembled from the side of the casing, and the case pops up or falls off; 2. The flat opening that is not conducive to personnel from the small operating area behind the casing The case of assembling conductive components is a dilemma.

Representatively, these reference materials show the techniques of structural design and assembly of conductive connectors or wire connection terminals; if the design is considered again, the structural combination between each case is different from the conventional one. , Will change its use form, and is different from the old method; in fact, it will increase its scope of application, and achieve the effect of easy assembly.

That is to say, the main purpose of this creation is to provide a housing structure of a conductive coupler, and to provide a simple and stable assembly of the operating components. The casing includes a main casing and a sub casing; the main casing and the sub casing are respectively provided with a first inclined wall, a second inclined wall, an upper wall and a lower wall connecting the first inclined wall and the second inclined wall, and are defined The main chamber and the auxiliary chamber have oblique openings. The oblique opening of the main chamber (or sub-chamber) provides a large operating area to facilitate personnel to assemble conductive components in the main chamber (or sub-chamber); and cooperate with the first inclined wall, the first Two oblique walls and / or upper and lower walls form a covering, standardizing and alignment (or non-deflecting) effect on the conductive component, preventing the conductive component from springing out or detaching from the shell during the assembly process.

According to the shell structure of the conductive coupler of this creation, the shell defines an X reference axis, a Y reference axis, and a Z reference axis that are perpendicular to each other. And, the main casing, the first inclined wall of the auxiliary casing, and / or the second inclined wall extend obliquely along the Y reference axis toward the Z reference axis to define the oblique opening; and make the oblique opening The entire casing is penetrated substantially from the middle region of the casing. Compared with the conventional structure, it provides a relatively large area for operation and assembly, which is convenient for personnel to fit the conductive component into the casing.

According to the housing structure of the conductive coupler of this creation, the upper wall of the main housing is provided with a fastening portion, and the lower wall is provided with a fitting portion; and the upper wall of the auxiliary housing is provided with a fastening portion, and the lower wall is provided with There is an engaging part corresponding to the engaging part and the fitting part of the combined main casing, so that the main casing and the auxiliary casing are combined and fixed into an integrated shape.

Please refer to Figures 1, 2 and 3, the shell structure of the conductive coupler of this creation includes the shell; it is generally indicated by reference number 100. The casing 100 is made of an insulating material to make a two-piece combined structure of the main casing 10 and the auxiliary casing 20, and an X reference axis, a Y reference axis, and a Z reference axis that are perpendicular to each other are defined.

The following description assumes that the upper, upper, upper, lower, lower, lower, side, etc. are referred to the directions shown in the figure as a reference direction.

In the adopted embodiment, the main casing 10 and the auxiliary casing 20 are respectively provided with first inclined walls 11, 21, and second inclined walls 12, 22 that are parallel to each other; the first inclined walls 11, 21, and the second inclined walls The walls 12, 22 connect the upper walls 13, 23 and the lower walls 14, 24, and define a main chamber 15 and a sub-chamber 25 with diagonal openings 16,26.

The figure shows a plurality of main casings 10 (and / or sub casings 20) connected to form a side-by-side or side-by-side structure. In detail, two sides of the main housing 10 (and / or the sub-housing 20) form a first inclined wall 11 (and / or 21), and a plurality is disposed between the two first inclined walls 11 (and / or 21). Or more second inclined walls 12 (and / or 22) such that the main housing 10 (and / or the sub-housing 20) has a plurality of main chambers 15 (and / or the sub-chamber 25) and Types of diagonal openings 16, 26.

In the preferred embodiment, the first inclined wall 11, 21 and / or the second inclined wall 12, 22 of the main casing 10 and the auxiliary casing 20 extend obliquely along the Y reference axis toward the Z reference axis. State, the oblique openings 16 and 26 are defined; and the oblique openings 16 and 26 are substantially penetrated from the middle region of the casing 100 through the entire casing 100. Compared with the conventional structure, the oblique openings 16, 26 of the main chamber 15 (and / or the auxiliary chamber 25) provide a larger operating area, which is convenient for personnel to assemble the conductive assembly 50 in the main chamber 15 (or the auxiliary chamber 25). Chamber 25) inside.

The figure shows that the conductive component 50 includes a conductive frame 51 and an (α-type) metal spring piece 52; and the driving member 60 mounted on the casing 100 controls the movement of the metal spring piece 52; the conductive component 50 is a known technology, so Not detailed.

In a feasible embodiment, the driving member 60 is provided with a convex portion 61, as a movement range of the driving member 60 is defined, and the limit effect is achieved.

Please refer to FIGS. 2, 3 and 4. According to the structure of the oblique opening 16 of the main casing 10 and the main chamber 15, a person can simply install components such as the conductive frame 51 and the metal spring 52 into the main chamber 15; In addition, in cooperation with the first inclined walls 11, 21, the second inclined walls 12, 22, and / or the upper walls 13, 23, and the lower walls 14, 24, the conductive component 50 is formed to cover, regulate, and align (or not deflect) the conductive component 50. , To prevent the conductive component 50 from popping off or detaching from the casing 100 during the assembly process.

In a feasible embodiment, the second inclined wall 12 of the main housing 10 includes a first region 12a connected to the upper wall 13 and extending parallel (or inclined downward) in the Z reference axis, and connected to the first region 12a. A second region 12b extending downward in the Y reference axial direction, connected to the second region 12b and along the Y reference axis, a third region 12c extending obliquely downward in the Z reference axial direction and a third region 12c connected to the Y reference A fourth region 12d extending downward in the axial direction.

And, at least one side of the second inclined wall 12 of the main casing is provided with a restricting portion 17 having a “ㄑ” -shaped structure. The restricting portion 17 is a structure protruding from the second inclined wall 12 in the direction of the X reference axis, and includes a first section 17a extending obliquely along the Y reference axis and the Z reference axial direction downward, and connecting the first section 17a and A second segment 17b extending obliquely downward in the Y reference axis and Z reference axial directions in the figure. Moreover, an included angle is formed between the first section 17a and the second section 17b; the included angle forms an obtuse angle.

The figure also shows that the upper wall 13 of the main casing 10 is provided with a fastening portion 18; the fastening portion 18 includes a (elastic) arm 18a forming a "ㄇ" -type structure, the arm 18a defines a recess 18b, and is located at the arm 18a The lower limit region 18c is in a bump structure. And, the lower wall 14 of the main casing 10 is provided with a fitting portion 14a having a hole structure.

In the adopted embodiment, at least one side of the first inclined wall 11 and / or at least one side of the second inclined wall 12 of the main casing is provided with a post 19 protruding in the X reference axis direction.

See FIGS. 2, 3 and 5, corresponding to the structure of the main housing 10 (and / or the restriction portion 17), and a second inclined wall 22 includes a sub-housing 20 along a first reference axis Y extending in parallel downward in FIG. A region 22a, a second region 22b connected to the first region 22a and extending obliquely along the Y reference axis and Z reference axial directions, and a second region 22b connected to the second region 22b and obliquely extending along the Y reference axis and Z reference axial directions And a third region 22c connected to the third region 22c and extending in parallel along the Z reference axis.

In the adopted embodiment, an included angle is formed between the second region 22b and the third region 22c; the included angle forms an obtuse pattern.

And, at least one side of the second inclined wall 22 of the auxiliary case is provided with a limiting portion 27 corresponding to the second inclined wall 12 of the main case 10. The limiting portion 27 is a structure that protrudes from the second inclined wall 22 in the X reference axis direction, and includes a first segment 27a extending parallel to the Z reference axis, a first segment 27a connected to the lower part of the figure along the Y reference axis. The extended second segment 27b, the third segment 27c that extends obliquely along the Y reference axis and the Z reference axial direction downwards in connection with the second segment 27b, the positioning region 27d adjacent to the third segment 27c; the positioning region 27d and the sub-housing A gap 27e is defined between the second inclined walls 22.

The figure also shows that the upper wall 23 of the sub-housing 20 is provided with a buckling portion 28 corresponding to the buckling portion 18 of the combined main shell 10; the buckling portion 28 includes a "，"-shaped structure, which is connected to the limiting portion first. The frame body 28a of the segment 27a and the fastening block 28b located on the frame body 28a. Frame region 28a corresponding to a combination of the stopper 10 of the main housing 18c, so that the engaging piece 28 b fitting cavity 18b. And, the lower wall 24 of the sub-housing 20 is provided with an engaging portion 24 a in a bump structure, and the fitting portion 14 a of the main housing 10 is engaged.

In the adopted embodiment, the positioning area 27d may be disposed on at least one side of the first inclined wall 21 and / or at least one side of the second inclined wall 22 of the sub-housing; the positioning area 27d defines a recess 29 for The piles 19 of the main casing 10 are combined, so that the main casing 10 and the auxiliary casing 20 are combined and fixed into an integrated form.

It can be understood that the buckling portion 18 and the fitting portion 14a of the main casing 10 are combined with the buckling portion 28 and the engaging portion 24a of the sub casing 20 to make the main casing 10 and the sub casing 20 form a fixed shape. , There will be no sliding or moving. In addition, the second inclined wall first region 22a of the auxiliary casing 20 can abut the upper wall 13 position of the main casing 10, so that the second region 22b abuts the first section 17a of the main casing restricting portion 17, and the third The zone 22c abuts the second section 17b of the restricting portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main casing 10; for example, the situation depicted in FIG.

And, the first section 27a of the stopper portion of the auxiliary case 20 abuts against the first region 12a of the second inclined wall 12 of the main case, and the second section 27b of the stopper portion abuts the second portion of the second inclined wall 12 of the main case. Zone 12b, the third section 27c of the stopper portion abuts against the third zone 12c of the second inclined wall 12 of the main casing, and the fourth zone 12d of the second inclined wall 12 of the main casing enters the gap 27e of the auxiliary casing 20, And the positioned areas 27d are pressed together, so that they generate mutually suppressing and reactive forces in various directions (including horizontal, vertical, and oblique directions), and achieve a more stable (not easy to separate) combining effect.

Representatively, compared with the old method, the shell structure of this conductive coupler has the following advantages:

1. The housing 100 or related component structure has been redesigned. For example, the oblique openings 16 and 26 penetrate the middle region of the casing 100 to form an oblique combination of the two-piece structure of the main casing 10 and the auxiliary casing 20 so that the conductive component 50 is fastened in the casing. The area between the portion 18, the fastening portion 28 and the fitting portion 14a, the engaging portion 24a (or the pile 19, the recessed portion 29); the main casing 10 and the sub casing 20 respectively have first inclined walls 11, 21, and The two inclined walls 12, 22, the restricting portion 17, the restricting portion 27, and the like are obviously different from the user, and the combined operation of the conventional conductive connector or terminal device has also been changed, making its use and operation types different from The old law.

2. In particular, the housing 100 should be structurally shaped with the main housing 10 (or sub-housing 20) having an oblique opening 16 (or 26) to provide personnel with a simple and convenient function of clamping and assembling the combined conductive component 50; and , Cooperate with the first inclined wall 11, 21, the second inclined wall 12, 22 and / or the upper wall 13, 23, the lower wall 14, 24 to form a covering, standardization and alignment (or non-deflection) mechanism for the conductive component 50, The dilemma of installing the conductive component from the side of the case like the old method, the case popping off or falling off, and the unfavorable problem of assembling the conductive component from a flat opening with a small operating area behind the case, are also improved.

Therefore, this work provides an effective conductive connector housing structure. Its space type is different from those of the known, and has advantages that are unmatched in the old method. It has shown considerable progress, and it is sufficient. Meet the requirements of the new patent.

However, the above are only feasible embodiments of this creation, and are not used to limit the scope of implementation of this creation. That is, all equal changes and modifications made in accordance with the scope of the patent application for this creation are covered by the scope of this creation patent. .

10‧‧‧Main housing

11, 21‧‧‧ the first inclined wall

12, 22‧‧‧ Second inclined wall

12a, 22a ‧‧‧ District 1

12b, 22b‧‧‧Second District

12c, 22c ‧‧‧ District 3

12d, 22d ‧‧‧ District 4

13, 23‧‧‧ Upper wall

14, 24‧‧‧ lower wall

14a‧‧‧Mating part

15‧‧‧ main chamber

16, 26‧‧‧ opening diagonally

17‧‧‧ Restricted Department

17a, 27a ‧‧‧ first paragraph

17b, 27b ‧‧‧ second paragraph

18‧‧‧ Buckle

18a‧‧‧arm

18b‧‧‧Dent

18c‧‧‧Limited area

19‧‧‧ pile

20‧‧‧Sub shell

24a‧‧‧Embedded

25‧‧‧ Vice chamber

27‧‧‧Limiting Department

27c‧‧‧paragraph 3

27d‧‧‧ positioning area

27e‧‧‧Gap

28‧‧‧Deduction department

28a‧‧‧frame

28b‧‧‧Snap Block

29‧‧‧ recess

50‧‧‧ conductive components

51‧‧‧Conductive frame

52‧‧‧metal shrapnel

60‧‧‧Driver

61‧‧‧ convex

100‧‧‧shell

Figure 1 is a schematic diagram of the shell structure of this creation.

Figure 2 is a schematic diagram of the breakdown structure of this creation.

Figure 3 is a schematic structural diagram of the secondary housing at another angle.

Figure 4 is a schematic sectional view of the shell assembly structure of this creation.

Figure 5 is a schematic cross-sectional view of one of the main casing and sub casing combinations of this creation.

Claims (25)

A shell structure of a conductive connector includes:
Case 100, which is a two-piece combination structure of main case 10 and sub case 20; case 100 defines an X reference axis, a Y reference axis, and a Z reference axis that are perpendicular to each other;
The main casing 10 and the auxiliary casing 20 are respectively provided with first inclined walls 11 and 21 and second inclined walls 12 and 22 that are parallel to each other. The first inclined walls 11 and 21 and the second inclined walls 12 and 22 are connected to the upper wall 13. , 23, and lower walls 14, 24, and define a main chamber 15, an auxiliary chamber 25 having diagonal openings 16, 26; and at least one of the first inclined walls 11, 21 and the second inclined walls 12, 22 One is a pattern that extends obliquely along the Y reference axis toward the Z reference axis, and defines the oblique openings 16, 26; and the oblique opening 26 of the sub-housing 20 corresponds to the oblique opening of the combined main housing 10 16. The main casing 10 and the auxiliary casing 20 are formed into an integrated shape. The housing structure of the conductive coupler according to item 1 of the scope of patent application, wherein the plurality of main housings 10 and the auxiliary housings 20 are connected to form a side-by-side structure; including:
A first inclined wall 11 is formed on both sides of the main casing 10, and at least one second inclined wall 12 is arranged between the two first inclined walls 11, so that the main casing 10 has a plurality of main chambers 15 and diagonal openings 16. Type
A first inclined wall 21 is formed on both sides of the auxiliary casing 20, and at least one second inclined wall 22 is arranged between the two first inclined walls 21, so that the auxiliary casing 20 has a plurality of auxiliary chambers 25 and oblique openings 26. Type. The housing structure of the conductive coupler according to item 1 or 2 of the scope of patent application, wherein the oblique openings 16, 26 penetrate the entire housing 100 from the middle area of the housing 100;
At least one of the main chamber 15 and the sub-chamber 25 accommodates the conductive component 50; the conductive component 50 includes a conductive frame 51 and a metal spring piece 52; and the metal spring piece 52 is controlled in cooperation with a driving member 60 mounted on the casing 100 exercise. The housing structure of the conductive coupler according to item 1 or 2 of the scope of patent application, wherein the second inclined wall 12 of the main housing 10 includes a first region 12a connected to the upper wall 13 and extending parallel to the Z reference axis. A second region 12b connected to the first region 12a and extending downward along the Y reference axis, a third region 12c connected to the second region 12b and extending obliquely downward along the Y reference axis and the Z reference axis, and a third region 12c connected to the third region 12c A fourth region 12d extending downward along the Y reference axis; and at least one side of the second inclined wall 12 of the main casing is provided with a restriction portion 17 having a "ㄑ" -shaped structure; the restriction portion 17 is directed from the second inclined wall 12 toward X The structural form protruding in the reference axis direction includes a first segment 17a extending obliquely downward along the Y reference axis and the Z reference axis, and a second segment 17a extending obliquely downward along the Y reference axis and the Z reference axis. Segment 17b; and, an angle is formed between the first segment 17a and the second segment 17b; the angle forms an obtuse pattern;
The second inclined wall 22 of the sub-housing 20 includes a first region 22a extending parallel downward along the Y reference axis, a second region 22b connecting the first region 22a and extending obliquely downward along the Y reference axis and Z reference axis, and a connection The second region 22b and a third region 22c extending obliquely downward along the Y reference axis and the Z reference axis and a fourth region 22d connecting the third region 22c and extending parallel to the Z reference axis; the second region 22b and the third region 22c An angle is formed between them; the angle forms an obtuse angle; and at least one side of the second inclined wall 22 of the auxiliary casing is provided with a limiting portion 27; the limiting portion 27 is convex from the second inclined wall 22 toward the X reference axis direction The structure type includes a first segment 27a extending in parallel along the Z reference axis, a second segment 27b connecting the first segment 27a and extending downward along the Y reference axis, a second segment 27b connecting along the Y reference axis, Z Reference is made to the third section 27c which extends obliquely downward in the axial direction. The housing structure of the conductive coupler according to item 3 of the scope of patent application, wherein the second inclined wall 12 of the main housing 10 includes a first region 12a connected to the upper wall 13 and extending parallel to the Z reference axis. A first region 12a and a second region 12b extending downward along the Y reference axis, a third region 12c connected to the second region 12b and extending obliquely downward along the Y reference axis and the Z reference axis, and a third region 12c connected to the third region 12c and extending along the Y A fourth region 12d extending downward with reference to the reference axis; and at least one side of the second inclined wall 12 of the main casing is provided with a restricting portion 17 having a “ㄑ” -shaped structure; the restricting portion 17 is from the second inclined wall 12 toward the X reference axis The structural form protruding in the direction includes a first segment 17a extending obliquely downward along the Y reference axis and the Z reference axis, and a second segment 17b connected to the first segment 17a and extending obliquely downward along the Y reference axis and the Z reference axis. ; And an angle is formed between the first section 17a and the second section 17b; the included angle forms an obtuse angle;
The second inclined wall 22 of the sub-housing 20 includes a first region 22a extending parallel downward along the Y reference axis, a second region 22b connecting the first region 22a and extending obliquely downward along the Y reference axis and Z reference axis, and a connection The second region 22b and a third region 22c extending obliquely downward along the Y reference axis and the Z reference axis and a fourth region 22d connecting the third region 22c and extending parallel to the Z reference axis; the second region 22b and the third region 22c An angle is formed between them; the angle forms an obtuse angle; and at least one side of the second inclined wall 22 of the auxiliary casing is provided with a limiting portion 27; the limiting portion 27 is convex from the second inclined wall 22 toward the X reference axis direction The structure type includes a first segment 27a extending in parallel along the Z reference axis, a second segment 27b connecting the first segment 27a and extending downward along the Y reference axis, a second segment 27b connecting along the Y reference axis, Z Reference is made to the third section 27c which extends obliquely downward in the axial direction. The housing structure of the conductive coupler according to item 1 or 2 of the scope of patent application, wherein the upper wall 13 of the main housing 10 is provided with a buckling portion 18; the buckling portion 18 includes an arm forming a "ㄇ" type structure 18a, the arm 18a defines a recess 18b, a limiting area 18c located below the arm 18a, and the limiting area 18c forms a bump structure; the lower wall 14 of the main casing 10 is provided with a fitting portion 14a forming a hole structure; and The upper wall 23 of the auxiliary casing 20 is provided with a fastening portion 28 corresponding to the fastening portion 18 of the combined main casing 10; the fastening portion 28 includes a frame 28a forming a "ㄇ" -type structure and a frame body 28a located on the frame 28a. fastening block 28b; 28a corresponding to a combination of the stopper frame 10 of the main housing region 18c, so that the engaging piece 28 b fitting cavity 18b; lower wall 24 of the sub-housing 20 into the engagement portion is provided with a bump structure 24a. The fitting portion 14a of the main casing 10 is engaged. According to the shell structure of the conductive coupler described in item 3 of the scope of patent application, the upper wall 13 of the main shell 10 is provided with a buckling portion 18; the buckling portion 18 includes an arm 18a forming a "ㄇ" -shaped structure, The arm 18a defines a recess 18b, a limiting area 18c located below the arm 18a, and the limiting area 18c forms a bump structure; the lower wall 14 of the main casing 10 is provided with a fitting portion 14a forming a hole structure; and a sub-shell The upper wall 23 of the body 20 is provided with a buckling portion 28 corresponding to the buckling portion 18 of the combined main housing 10; the buckling portion 28 includes a frame 28a forming a "ㄇ" -type structure and a buckle positioned on the frame 28a block 28b; 28a corresponding to a combination of the stopper frame region 18c of the main housing 10, so that the block 28 b engaging the fitting cavity 18b; lower wall 24 of the sub-housing 20 into the fitting portion 24a is provided with a bump structure, The fitting portion 14 a of the main casing 10 is fitted. The housing structure of the conductive coupler as described in item 4 of the scope of patent application, wherein the upper wall 13 of the main housing 10 is provided with a buckling portion 18; the buckling portion 18 includes an arm 18a forming a "ㄇ" -shaped structure, The arm 18a defines a recess 18b, a limiting area 18c located below the arm 18a, and the limiting area 18c forms a bump structure; the lower wall 14 of the main casing 10 is provided with a fitting portion 14a forming a hole structure; and a sub-shell The upper wall 23 of the body 20 is provided with a buckling portion 28 corresponding to the buckling portion 18 of the combined main housing 10; the buckling portion 28 includes a frame 28a forming a "ㄇ" -type structure and connecting the first section 27a of the limiting portion and bit in the frame body 28a of the engaging piece 28b; 28a corresponding to a combination stopper region 10 of the main housing frame body 18c, so that the engaging piece 28 b fitting cavity 18b; lower wall 24 of the sub-housing 20 is provided to The engaging portion 24 a of the bump structure is engaged with the engaging portion 14 a of the main casing 10. The housing structure of the conductive coupler as described in item 5 of the scope of patent application, wherein the upper wall 13 of the main housing 10 is provided with a buckling portion 18; the buckling portion 18 includes arms 18a forming a "ㄇ" -shaped structure, The arm 18a defines a recess 18b, a limiting area 18c located below the arm 18a, and the limiting area 18c forms a bump structure; the lower wall 14 of the main casing 10 is provided with a fitting portion 14a forming a hole structure; and a sub-shell The upper wall 23 of the body 20 is provided with a buckling portion 28 corresponding to the buckling portion 18 of the combined main housing 10; the buckling portion 28 includes a frame 28a forming a "ㄇ" -type structure and connecting the first section 27a of the limiting portion and bit in the frame body 28a of the engaging piece 28b; 28a corresponding to a combination stopper region 10 of the main housing frame body 18c, so that the engaging piece 28 b fitting cavity 18b; lower wall 24 of the sub-housing 20 is provided to The engaging portion 24 a of the bump structure is engaged with the engaging portion 14 a of the main casing 10. The housing structure of the conductive coupler according to item 1 or 2 of the patent application scope, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with an X-reference axis. Projecting pile 19;
At least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing is provided with a positioning area 27 d at the position of at least one of them; the positioning area 27 d defines a recess 29 for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 3 of the scope of patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a protrusion in the X reference axis direction. Outgoing pile 19;
At least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing is provided with a positioning area 27 d at the position of at least one of them; the positioning area 27 d defines a recess 29 for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 4 of the scope of patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
A positioning area 27d is provided on at least one side of at least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing; the positioning region 27d is adjacent to the third section 27c of the auxiliary casing limiting portion 27;
A gap 27 e is defined between the positioning region 27 d and the second inclined wall 22 of the auxiliary casing; a recess 29 is defined in the positioning region 27 d for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 5 of the scope of the patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
A positioning area 27d is provided on at least one side of at least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing; the positioning region 27d is adjacent to the third section 27c of the auxiliary casing limiting portion 27;
A gap 27 e is defined between the positioning region 27 d and the second inclined wall 22 of the auxiliary casing; a recess 29 is defined in the positioning region 27 d for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler as described in item 6 of the scope of patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
At least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing is provided with a positioning area 27 d at the position of at least one of them; the positioning area 27 d defines a recess 29 for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 7 of the scope of the patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
At least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing is provided with a positioning area 27 d at the position of at least one of them; the positioning area 27 d defines a recess 29 for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 8 of the scope of the patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
A positioning area 27d is provided on at least one side of at least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing; the positioning region 27d is adjacent to the third section 27c of the auxiliary casing limiting portion 27;
A gap 27 e is defined between the positioning region 27 d and the second inclined wall 22 of the auxiliary casing; a recess 29 is defined in the positioning region 27 d for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler according to item 9 of the scope of the patent application, wherein at least one side of at least one of the first inclined wall 11 and the second inclined wall 12 of the main housing is provided with a convex toward the X reference axis direction. Outgoing pile 19;
A positioning area 27d is provided on at least one side of at least one of the first inclined wall 21 and the second inclined wall 22 of the auxiliary casing; the positioning region 27d is adjacent to the third section 27c of the auxiliary casing limiting portion 27;
A gap 27 e is defined between the positioning region 27 d and the second inclined wall 22 of the auxiliary casing; a recess 29 is defined in the positioning region 27 d for combining the piles 19 of the main casing 10. The housing structure of the conductive coupler as described in item 4 of the scope of patent application, wherein the second slant wall first region 22 a of the auxiliary housing 20 can abut the position of the upper wall 13 of the main housing 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third area 12c of the second inclined wall 12 of the main casing. The housing structure of the conductive coupler according to item 5 of the scope of the patent application, wherein the second inclined wall first region 22 a of the auxiliary housing 20 can abut against the position of the upper wall 13 of the main housing 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third area 12c of the second inclined wall 12 of the main casing. The housing structure of the conductive coupler according to item 8 of the scope of the patent application, wherein the second inclined wall first region 22a of the auxiliary housing 20 can abut the position of the upper wall 13 of the main housing 10, so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third area 12c of the second inclined wall 12 of the main casing. The housing structure of the conductive coupler according to item 9 of the scope of the patent application, wherein the second inclined wall first region 22 a of the auxiliary housing 20 can abut the position of the upper wall 13 of the main housing 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third area 12c of the second inclined wall 12 of the main casing. According to the shell structure of the conductive coupler according to item 12 of the scope of the patent application, the second inclined wall first region 22 a of the auxiliary shell 20 can abut the position of the upper wall 13 of the main shell 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third region 12c of the second inclined wall 12 of the main casing, and the fourth region 12d of the second inclined wall 12 of the main casing enters the gap 27e of the auxiliary casing 20, and the positioned region 27d pressed together. According to the shell structure of the conductive coupler according to item 13 of the scope of patent application, the second inclined wall first region 22 a of the auxiliary shell 20 can abut against the position of the upper wall 13 of the main shell 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third region 12c of the second inclined wall 12 of the main casing, and the fourth region 12d of the second inclined wall 12 of the main casing enters the gap 27e of the auxiliary casing 20, and the positioned region 27d pressed together. According to the shell structure of the conductive coupler according to item 16 of the scope of the patent application, the second inclined wall first region 22 a of the auxiliary shell 20 can abut against the upper wall 13 of the main shell 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third region 12c of the second inclined wall 12 of the main casing, and the fourth region 12d of the second inclined wall 12 of the main casing enters the gap 27e of the auxiliary casing 20, and the positioned region 27d pressed together. The housing structure of the conductive coupler according to item 17 of the scope of the patent application, wherein the second inclined wall first region 22 a of the auxiliary housing 20 can abut the position of the upper wall 13 of the main housing 10 so that the second Zone 22b abuts the first section 17a of the main housing restriction portion 17, the third zone 22c abuts the second section 17b of the restriction portion 17, and the fourth zone 22d abuts the position of the lower wall 14 of the main housing 10; The first section 27a of the stopper portion of the body 20 abuts against the first region 12a of the second inclined wall 12 of the main casing, and the second section 27b of the stopper portion abuts against the second region 12b of the second inclined wall 12 of the main casing. The third section 27c of the position part abuts against the third region 12c of the second inclined wall 12 of the main casing, and the fourth region 12d of the second inclined wall 12 of the main casing enters the gap 27e of the auxiliary casing 20, and the positioned region 27d pressed together.