CN203932450U

CN203932450U - Modular connector detection structure

Info

Publication number: CN203932450U
Application number: CN201420255560.7U
Authority: CN
Inventors: 张仁豪
Original assignee: T Conn Precision Corp
Current assignee: T Conn Precision Corp
Priority date: 2014-05-19
Filing date: 2014-05-19
Publication date: 2014-11-05
Anticipated expiration: 2024-05-19

Abstract

The utility model relates to a modularized connector detection structure, which comprises a connector (such as a USB connector) with an insulating body and a plurality of signal terminals; the first detection module is combined with the insulating body and comprises a first fixed seat arranged on one side of the insulating body and a first detection terminal arranged on the first fixed seat; and a second detection module combined with the insulating body, which comprises a second fixed seat arranged at the other side of the insulating body and a second detection terminal arranged on the second fixed seat. Therefore, the first fixing seat and the second fixing seat of the first detection module and the second detection module can be directly combined on two sides of the insulation body during assembly, and the effects of simple structure, easy assembly, stable combination and easy production and manufacturing are achieved.

Description

Modular connector detection architecture

Technical field

The utility model is a kind of modular connector detection architecture, espespecially a kind of modular connector detection architecture of using as USB connector.

Background technology

General existing USB connector can be provided with detection terminal conventionally, so as to the USB plug connector detect inserting, carries out enabling signal transmission, power-on supply or reaches other measuring ability.

And existing Patents technology is as " electric connector " of No. M335059th, TaiWan, China patent, " electric connector " of No. M441957, " electric connector " of No. M450098, " electric connector with switching function " of No. M338462, " high-frequency socket connector of tool plug detecting function " of No. I403028, " electric connector socket " of No. M430040, " electric connector of tool detecting function " of No. M431481, " electric connector structure " of No. M443300, " connector body " of No. M450876 and disclose No. 201312880 " have the not isostructure of standard USB plug special USB plug and can with the USB socket of special USB plug interlocking ", yet, the detection terminal of aforementioned these Patent Cases is all directly in conjunction with being arranged on the insulating body of connector (in the mode of pegging graft or one is coated), yet because the volume of this detection terminal is little, and a plurality of signal terminals and relevant mechanism design on the insulating body of this connector, have been provided with, therefore when detection terminal in existing mode with insulating body is combined time, just easily cause having complex structure, the detection terminal of insulating body to be not easy to assemble and the mould of the insulating body disappearance such as difficult manufacture.

In addition, though there be " socket connector of tool detecting function " of No. M463444th, TaiWan, China patent to be different from each above-mentioned patent, and detection terminal is installed on to screening can both sides, and be not installed on insulating body, though can reach the effect that need not revise insulator structure, but because this detection terminal is arranged at respectively the both sides of screening can by two insulating mounting seats, therefore, often can produce and drop because of the collision of external force, or when assembling is expressed on screening can the assembling sheet in order to affixed insulating mounting seat accidentally, cause the distortion of assembling sheet, and the small volume due to this assembling sheet, if imposing external force is replied, can produce fracture or depart from the predetermined group of position connecing originally, and make insulating mounting seat cannot be fixed in the physical location place of screening can, cause having and cannot assemble or assemble unsteady situation generation.

In view of this, applicant spy of the present utility model concentrates on studies, and develops a kind of modular connector detection architecture, to improving the disadvantages of above-mentioned prior art.

Utility model content

The purpose of this utility model is to be to provide a kind of modular connector detection architecture, can when assembly and connection device, utilize this first and second detect module first and second holder be directly incorporated into the both sides of insulating body, and reach simple in structure, be easy to assembling, firm in conjunction with and be easy to the effect manufactured.

In order to achieve the above object, the utility model proposes a kind of modular connector detection architecture, it includes: one has the connector of insulating body and a plurality of signal terminals; The one first detection module of being combined with this insulating body, it includes first holder and that is arranged at insulating body one side and is located at the first detection terminal on the first holder; And one be combined with this insulating body second detect module, it includes second holder and that is arranged at insulating body opposite side and is located at the second detection terminal on the second holder.

In the above embodiments, this insulating body includes the first Access Division and that a hyoplastron, a base being connected with hyoplastron, be located on base and is located at the second Access Division on hyoplastron, can make one end of signal terminal be located on hyoplastron, and another end is extended base, and the first set holder of this first detection module is combined with the first Access Division, second detects the second set holder of module is combined with the second Access Division.

In the above embodiments, this first Access Division includes the extension board that a spacing zone and is located on base and is positioned at spacing zone one side.

In the above embodiments, this first holder includes a Fixed Division of being combined with spacing zone, an extension and is located at wall portion, on Fixed Division and is located at that wall portion one side is located in wall portion one end face and the draw-in groove docking with extension board, an extension and the hornblock portion and the extension that are resisted against on hyoplastron are located at wall portion one side and are resisted against the installing department on base.

In the above embodiments, this first detection terminal includes a linkage section, that is bending and is located at the welding ends that the contact jaw and of linkage section one end is located at linkage section another end, this linkage section is located in installing department, this contact jaw extends installing department and corresponding with hornblock portion, and this welding ends extend installing department and with wall portion in the same way.

In the above embodiments, this second Access Division includes the depressed area, of being located at hyoplastron one side and is located at the projection in depressed area and is located at respectively hyoplastron two sides and the snap groove of contiguous projection.

In the above embodiments, this second holder includes a clamping part, and is located at the installing department that the wall portion and of clamping part one side is located at wall portion one side, and this clamping part is incorporated in the depressed area of the second Access Division, and clamps projection and be fastened on each snap groove.

In the above embodiments, this second detection terminal includes a linkage section, that is bending and is located at the welding ends that the contact jaw and of linkage section one end is located at linkage section another end, this linkage section is located in installing department, this contact jaw extends installing department and corresponding with clamping part, and this welding ends extend installing department and with wall portion in the same way.

In the above embodiments, this clamping part include side plate body, be located at the upper plate body of side plate body one side, be located at side plate body one side and the lower body, corresponding with upper plate body form in the docking area between upper plate body and lower body and be located at respectively upper plate body and the corresponding one side of lower body on upper hook piece and lower hook piece, this docking area can clamp projection, and upper hook piece and lower hook piece can fasten respectively each snap groove.

The utility model also proposes a kind of modular connector detection architecture, and it includes:

One first detects module, is combined with a connector, and it includes first holder and that is arranged at described connector one side and is located at the first detection terminal on described the first holder; And

One second detects module, is combined with connector described in, and it includes second holder and that is arranged at described connector opposite side and is located at the second detection terminal on described the second holder.

In sum, the modular connector detection architecture that the utility model provides, can in when assembling utilize this first and second detect module first and second holder be directly incorporated into the both sides of insulating body, and reach simple in structure, be easy to assembling, firm in conjunction with and be easy to the effect manufactured.

Accompanying drawing explanation

Fig. 1 is three-dimensional appearance schematic diagram of the present utility model.

Fig. 2 is perspective exploded view of the present utility model.

Fig. 3 is the three-dimensional appearance schematic diagram of another angle of the present utility model.

Fig. 4 is the perspective exploded view of another angle of the present utility model.

Fig. 5 is the schematic appearance of the first detection module of the present utility model.

Fig. 6 is the schematic appearance of first another angle of detection module of the present utility model.

Fig. 7 is the schematic appearance of the second detection module of the present utility model.

Fig. 8 is the schematic appearance of second another angle of detection module of the present utility model.

Main element label declaration:

Connector 1

Insulating body 11

Hyoplastron 111

Base 112

Signal terminal 12

The first Access Division 13

Spacing zone 131

Extension board 132

The second Access Division 14

Depressed area 141

Projection 142

Snap groove 143

First detects module 2

The first holder 21

Fixed Division 211

Wall portion 212

Draw-in groove 213

Hornblock portion 214

Installing department 215

The first detection terminal 22

Linkage section 221

Contact jaw 222

Welding ends 223

Second detects module 3

The second holder 31

Clamping part 311

Side plate body 3111

Upper plate body 3112

Lower body 3113

Docking area 3114

Upper hook piece 3115

Lower hook piece 3116

Wall portion 312

Installing department 313

The second detection terminal 32

Linkage section 321

Contact jaw 322

Welding ends 323

Embodiment

For technical characterictic of the present utility model, object and effect being had more clearly, understand, now contrast accompanying drawing embodiment of the present utility model is described:

Refer to shown in Fig. 1～Fig. 8, the schematic appearance, of the present utility model second that the perspective exploded view, of the present utility model first that is respectively three-dimensional appearance schematic diagram of the present utility model, perspective exploded view of the present utility model, the three-dimensional appearance schematic diagram of another angle of the present utility model, another angle of the present utility model detects the schematic appearance of module, first another angle of detection module of the present utility model detects the schematic appearance of module and the schematic appearance of second another angle of detection module of the present utility model.As shown in the figure: a kind of modular connector detection architecture of the present utility model, it at least by a connector 1, one first, detects module 2 and one second detection module 3 is formed.

Above-mentioned carried connector 1 can be the connector of a USB3.0, it includes an insulating body 11, and a plurality of signal terminals 12 of being located on insulating body 11, and this insulating body 11 includes a hyoplastron 111, one base 112 being connected with hyoplastron 111, one is located at the first Access Division 13 on base 112, and second Access Division 14 of being located on hyoplastron 111, can make one end of signal terminal 12 be located on hyoplastron 111, and another end is extended base 112, wherein this first Access Division 13 includes a spacing zone 131, and one be located on base 112 and be positioned at the extension board 132 of spacing zone 131 1 sides, another this second Access Division 14 includes the depressed area 141 of being located at hyoplastron 111 1 sides, one is located at the projection 142 in depressed area 141, and be located at respectively the snap groove 143 of hyoplastron 111 two sides and contiguous projection 142.

This the first detection module 2 and insulating body 11 combinations, it includes first holder 21 that is arranged at insulating body 11 1 sides, and first detection terminal 22 of being located on the first holder 21, and set the first holder 21 and the first Access Division 13 combinations of this first detection module 2, wherein this first holder 21 include one with the Fixed Division 211 of spacing zone 131 combinations, one extends the wall portion 212 on Fixed Division 211 that is located at, one draw-in groove 213 of being located at wall portion 212 1 end faces and docking with extension board 132, one extension is located at wall portion 212 1 sides and is resisted against the hornblock portion 214 on hyoplastron 111, and one extend and to be located at wall portion 212 1 sides and to be resisted against the installing department 215 on base 112, and this first detection terminal 22 includes a linkage section 221 that is bending, one is located at the contact jaw 222 of linkage section 221 one end, an and welding ends 223 of being located at linkage section 221 another ends, this linkage section 221 is located in installing department 215, this contact jaw 222 extends installing department 215 and corresponding with hornblock portion 214, and this welding ends 223 extend installing department 215 and with wall portion 212 in the same way.

This the second detection module 3 and insulating body 11 combinations, it includes second holder 31 that is arranged at insulating body 11 opposite sides, and second detection terminal 32 of being located on the second holder 31, and second detects set the second holder 31 and the second Access Division 14 combinations of module 3, and this second holder 31 includes a clamping part 311, one is located at the wall portion 312 of clamping part 311 1 sides, an and installing department 313 of being located at wall portion 312 1 sides, this clamping part 311 is incorporated in the depressed area 141 of the second Access Division 14, and clamping projection 142 is also fastened on each snap groove 143, wherein this clamping part 311 includes side plate body 3111, one is located at the upper plate body 3112 of side plate body 3,111 one sides, one is located at side plate body 3,111 one sides and the lower body 3113 corresponding with upper plate body 3112, one forms in the docking area 3114 of 3113 of upper plate body 3112 and lower bodies, and be located at respectively upper plate body 3112 and upper hook piece 3115 and lower hook piece 3116 in the corresponding one side of lower body 3113, can make to hook piece 3115 on these docking area 3114 clamping projection 142 reliefs and fasten respectively each snap groove 143 with lower hook piece 3116, another this second detection terminal 32 includes a linkage section 321 that is bending, one is located at the contact jaw 322 of linkage section 321 one end, an and welding ends 323 of being located at linkage section 321 another ends, this linkage section 321 is located in installing department 313, this contact jaw 322 extends installing department 313 and corresponding with clamping part 311, and this welding ends 323 extend installing department 313 and with wall portion 312 in the same way.

When assembling, can directly this first detection module 2 and second be detected to the both sides that module 3 is incorporated into insulating body 11; And when this first detection module 2 is when assembling, it is the corresponding combination in spacing zone 131 with Fixed Division 211 with first Access Division 13 of its first holder 21, and the draw-in groove 213 of these wall portion 212 1 end faces is docked with extension board 132, allow hornblock portion 214 be resisted against on hyoplastron 111, installing department 215 is resisted against on base 112; Separately when this second detection module 3 is when assembling, with the clamping part 311 of its second holder 31 and the corresponding combination in depressed area 141 of the second Access Division 14, and make this clamping part 311 with its docking area 3114, be held on projection 142 outer rims of the second Access Division 14, allow side plate body 3111, upper plate body 3112 and the lower body 3113 of this clamping part 311 be resisted against respectively on three surfaces of projection 142 outer rims, and allow hook piece 3115 and lower hook piece 3116 be fastened on respectively in each snap groove 143 of the second Access Division 14 simultaneously; So, can complete the assembling that the first detection module 2 and second detects module 3, after having treated aforesaid assembling, in connector 1, the first detection module 2 and the second outside of detecting module 3, with a shield shell (not shown), be coated again, to complete required USB3.0 connector construction, and reach simple in structure, be easy to assembling, firm in conjunction with and be easy to the effect manufactured.

In sum, according to the content that above disclosed, modular connector detection architecture of the present utility model, can in when assembling utilize this first and second detect module the first holder and the second holder be directly incorporated into the both sides of insulating body, and reach simple in structure, be easy to assembling, firm in conjunction with and the effect that is easy to the manufacturing.

The foregoing is only the schematic embodiment of the utility model, not in order to limit scope of the present utility model.Any those skilled in the art, is not departing from equivalent variations and the modification of having done under the prerequisite of design of the present utility model and principle, all should belong to the scope of the utility model protection.

Claims

1. A modularized connector detection structure, characterized in that, the modularized connector detection structure comprises:

A connector, including an insulating body, and a plurality of signal terminals arranged on the insulating body;

A first detection module, combined with the insulating body, which includes a first fixing seat arranged on one side of the insulating body, and a first detection terminal arranged on the first fixing seat; and

A second detection module, combined with the insulating body, includes a second fixing seat arranged on the other side of the insulating body, and a second detection terminal arranged on the second fixing seat.

2. The modularized connector detection structure according to claim 1, wherein the insulating body comprises a tongue plate, a base connected to the tongue plate, and a first A clamping part and a second clamping part arranged on the tongue plate, one end of the signal terminal is arranged on the tongue plate, and the other end extends out of the base, and the first detection The first fixing seat provided by the module is combined with the first clamping part, and the second fixing seat provided by the second detection module is combined with the second clamping part.

3. The modularized connector detection structure according to claim 2, wherein the first clamping part includes a limiting area, and a Extension board on one side.

4. The modularized connector detection structure according to claim 3, characterized in that, the first fixing seat includes a fixing part combined with the limiting area, a fixing part extending from the fixing part. a vertical wall part on the vertical wall part, a card slot provided on one end surface of the vertical wall part and abutted with the extension plate, a corner part extending from one side of the vertical wall part and abutting against the tongue plate, and an installation part extending on one side of the vertical wall part and abutting against the base.

5. The modularized connector detection structure according to claim 4, wherein the first detection terminal comprises a bent connection section, a contact end provided at one end of the connection section, and a welding end arranged at the other end of the connection section, the connection section is arranged in the installation part, the contact end extends out of the installation part and corresponds to the corner block part, and the welding The end extends out of the installation part and is in the same direction as the vertical wall part.

6. The modularized connector detection structure according to claim 2, wherein the second clamping part includes a recessed area provided on one side of the tongue plate, a recessed area provided on the recessed area The protrusions in the middle, and the fastening grooves respectively provided on both sides of the tongue plate and adjacent to the protrusions.

7. The modularized connector detection structure according to claim 6, wherein the second fixing seat comprises a clamping portion, a vertical wall portion disposed on one side of the clamping portion, and a The mounting part is provided on one side of the vertical wall part, and the clamping part is combined in the recessed area of the second clamping part, and clamps the protrusion and is fastened to each of the fastening grooves .

8. The modularized connector detection structure according to claim 7, wherein the second detection terminal comprises a bent connection section, a contact end provided at one end of the connection section, and a welding end arranged at the other end of the connection section, the connection section is arranged in the installation part, the contact end extends out of the installation part and corresponds to the clamping part, and the welding end extending out of the mounting portion and in the same direction as the standing wall portion.

9. The modularized connector detection structure according to claim 7, wherein the clamping portion includes a side plate body, an upper plate body arranged on one side of the side plate body, a set A lower plate body on one side of the side plate body and corresponding to the upper plate body, a docking area formed between the upper plate body and the lower plate body, and respectively provided on the upper plate body and the lower plate body The upper hook block and the lower hook block on the corresponding side of the lower plate body, the butt joint area can clamp the protrusion, and the upper hook block and the lower hook block can respectively fasten each fastening groove.

10. A modularized connector detection structure, characterized in that, the modularized connector detection structure includes:

A first detection module combined with a connector, which includes a first fixing seat arranged on one side of the connector, and a first detection terminal arranged on the first fixing seat; and

A second detection module is combined with the connector, which includes a second fixing seat arranged on the other side of the connector, and a second detection terminal arranged on the second fixing seat.

11. The modularized connector detection structure according to claim 10, wherein the first fixing base comprises a fixed portion, a vertical wall portion extending on the fixed portion, a set A card slot on one end surface of the vertical wall, a corner block extending on one side of the vertical wall, and an installation portion extending on one side of the vertical wall.

12. The modularized connector detection structure according to claim 11, wherein the first detection terminal comprises a bent connection section, a contact end provided at one end of the connection section, and a welding end arranged at the other end of the connection section, the connection section is arranged in the installation part, the contact end extends out of the installation part and corresponds to the corner block part, and the welding The end extends out of the installation part and is in the same direction as the vertical wall part.

13. The modularized connector detection structure according to claim 10, wherein the second fixing seat comprises a clamping portion, a vertical wall portion disposed on one side of the clamping portion, and a The installation part is provided on one side of the vertical wall part.

14. The modularized connector detection structure according to claim 13, wherein the second detection terminal comprises a bent connection section, a contact end provided at one end of the connection section, and a welding end arranged at the other end of the connection section, the connection section is arranged in the installation part, the contact end extends out of the installation part and corresponds to the clamping part, and the welding The end extends out of the installation part and is in the same direction as the vertical wall part.