CN201699195U - Electric connector - Google Patents
Electric connector Download PDFInfo
- Publication number
- CN201699195U CN201699195U CN2010202233643U CN201020223364U CN201699195U CN 201699195 U CN201699195 U CN 201699195U CN 2010202233643 U CN2010202233643 U CN 2010202233643U CN 201020223364 U CN201020223364 U CN 201020223364U CN 201699195 U CN201699195 U CN 201699195U
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- fixture
- terminals
- terminal module
- buckling piece
- insulating body
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Abstract
The utility model discloses an electric connector comprising an insulating body, a first terminal module and a second terminal module, wherein the insulating body is provided with a plug slot and a combination slot which are arranged at the opposite sides of the insulating body and communicated with each other; the first terminal module comprises a plurality of first terminals, a first fixing part and a first fastening part; the second terminal module comprises a plurality of second terminals, a second fixing part and a second fastening part; the first terminal module and the second terminal module are assembled through the first fastening part and the second fastening part and then inserted into the combination slot along one combination direction so as to be combined with the insulating body; and the combination direction is vertical to the arrangement direction. When manufacturing the terminals, more terminals can be manufactured on the same metal plate, and plenty of scrap material is reduced compared with the prior art. In addition, the raw material needed by the fixing part is less than the existing package plate, and then great amount of production cost can be reduced.
Description
Technical field
The utility model relates to a kind of electric connector, relates in particular to a kind of electric connector with modular end submodule.
Background technology
General existing fibre switch is by a plurality of electric connectors side by side, plants to cooperate a plurality of butt joint electric connectors.Shown in Fig. 1 and Figure 1A, be existing a kind of cut-away view and part exploded view that is used for the electric connector of fibre switch, this electric connector 1 comprise an insulating body 10, a plurality of terminal module 20, a distance piece 30, with a metal shell 40.These a plurality of terminal modules 20 are a plate-like structure, and these a plurality of terminal modules 20 comprise a package board 21 and four terminals 22, and this package board 21 is in order to fixing these a plurality of terminals 22.
When this electric connector 1 of assembling, can with these a plurality of terminal modules 20 can be vertically with insert this insulating body 10 abreast respectively, so that two terminals 22 of the top of each these a plurality of terminal module 20 insert in first inserting groove 11 of this insulating body 10, two terminals 22 of below insert in second inserting groove 12 of this insulating body 10.Afterwards, this distance piece 30 inserts this insulating body 10, and this metal shell 40 coats this insulating body 10 and this distance piece 30.Therefore, this existing electric connector 1 can be planted for two butt joint electric connectors 1.
By finding out among Figure 1A, in order to want to be provided with the terminal 22 of sufficient amount, therefore terminal 22 needs broad in extension planar S 1 thickness of this package board 21, and the circulus 23 of terminal 22 ends need be parallel to this extension planar S 1, those skilled in the art as can be known, terminal 22 can't form illustrated shape via bending, must therefore can produce a large amount of waste materials via directly cutting out illustrated shape on the metallic plate.For the facility in effective fixed terminal 22 and the assembling, the volume of package board 21 can't further dwindle, and causes the increase of cost of manufacture in addition.
The utility model content
In sum, the purpose of this utility model is providing a kind of electric connector, and it utilizes the fixing a plurality of terminals arranged along an orientation of a fixture, to form a terminal module, to solve the disappearance of prior art.
To achieve the above object, the utility model provide a kind of electric connector system comprise an insulating body, a first terminal module, with one second terminal module.This insulating body is provided with an inserting groove and a combination slot, and this inserting groove and combination slot are arranged at the opposite side of this insulating body and are interconnected.This first terminal module comprises a plurality of the first terminals, one first fixture and one first buckling piece.These a plurality of the first terminals are arranged along an orientation, and an end of these a plurality of the first terminals is exposed to this inserting groove.This first fixture in order to fixing these a plurality of the first terminals, and is combined in this combination slot.This first buckling piece is arranged on this first fixture.
This second terminal module system comprises a plurality of second terminals, one second fixture and one second buckling piece.These a plurality of second terminals are to arrange along this orientation, and the end system of these a plurality of second terminals is exposed to this inserting groove.This second fixture in order to fixing these a plurality of second terminals, and is combined in this combination slot.This second buckling piece system is arranged on this second fixture, and fastens mutually with this first buckling piece.
After wherein this first terminal module and this second terminal module make up mutually via this first buckling piece and this second buckling piece, insert this combination slot to make up with this insulating body along a combinations of directions, this combinations of directions is vertical with this orientation.
Above-mentioned electric connector wherein, also further comprises a metal shell for extending along this combinations of directions, and this metal shell is coated on this insulating body.
Above-mentioned electric connector wherein, also further comprises unit, an interval, extends along this combinations of directions, and this insulating body is provided with inserting groove one time, and this unit, interval is arranged between this inserting groove and this time inserting groove, and this metal shell coats this unit, interval.
Above-mentioned electric connector wherein, also further comprises:
One the 3rd terminal module comprises a plurality of the 3rd terminals, one the 3rd fixture, one the 3rd buckling piece, and these a plurality of the 3rd terminals are arranged along this orientation, and an end of these a plurality of the 3rd terminals is exposed to this time inserting groove; The 3rd fixture is in order to fixing these a plurality of the 3rd terminals, and is combined in this combination slot; The 3rd buckling piece is arranged on the 3rd fixture;
One the 4th terminal module; Comprise a plurality of the 4th terminals, one the 4th fixture, one the 4th buckling piece, these a plurality of the 4th terminals are arranged along this orientation, and an end of these a plurality of the 4th terminals is exposed to this time inserting groove; The 4th fixture is in order to fixing these a plurality of the 4th terminals, and is combined in this combination slot; The 4th buckling piece is arranged on the 4th fixture, and fastens mutually with the 3rd buckling piece;
Wherein the 3rd terminal module and the 4th terminal module make up mutually via the 3rd buckling piece and the 4th buckling piece, and by inserting this combination slot to make up with this insulating body.
Above-mentioned electric connector, wherein, this the first terminal module also further comprises one first fastener, this first fastener is extended by this first fixture, the 4th terminal module also further comprises one second fastener, and this second fastener is extended by the 4th fixture, and this insulating body also further is provided with a slot and a slot, wherein this first fastener is fastened on this slot, and this second fastener is fastened on this time slot.
Above-mentioned electric connector, wherein, these a plurality of the first terminals are provided with a loop configuration with the other end of these a plurality of second terminals, and each these a plurality of ring parallelism structural is in this orientation.
Above-mentioned electric connector, wherein, this first fixture and this second fixture are parallel to each other, and this first buckling piece is arranged at the downside of this first fixture, and this second buckling piece is arranged at the upside of this second fixture.
Above-mentioned electric connector, wherein, the combination slot sidewall of this insulating body is provided with a chute along this combinations of directions extension, and the side of this first fixture is arranged in this chute.
Above-mentioned electric connector, wherein, this first terminal module also further comprises one first fastener, and this first fastener is extended by this first fixture, and this insulating body also further is provided with a slot, and this first fastener is fastened on this slot.
In sum, via above-mentioned structure, the utility model can be made more terminal on same metallic plate when making above-mentioned terminal, to reduce a large amount of waste materials compared to prior art.The required raw material of fixture of the present utility model in addition is few with more existing package board, can reduce a large amount of production costs.
Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.
Description of drawings
Fig. 1 is the existing cut-away view that is used for the electric connector of fibre switch;
Figure 1A is the existing part exploded view that is used for the electric connector of fibre switch;
The stereogram of Fig. 2 electric connector of the present utility model;
Fig. 3 is the part exploded view of electric connector of the present utility model;
The exploded view of Fig. 4 to Fig. 5 insulating body of the present utility model and terminal module;
Fig. 6 is the preceding schematic diagram of watching in combinations of directions of the utility model the first terminal bending; And
Fig. 7 is the phantom of second embodiment of electric connector of the present utility model.
Wherein, Reference numeral
Prior art
First inserting groove 11
Second inserting groove 12
Extend planar S 1
The utility model
Electric connector 2
Inserting groove 110
Chute 131
Inferior chute 132
Substrate chute 133
End and support part 140
Inferior slot 160
The first terminal module 200
The first terminal 210
Contact jaw 211
Connecting portion 215
The first main fixture 221
Guide vane end stop 224
First buckling piece 230
The first main buckling piece 231
Buckling piece 232 for the first time
Contact jaw 311
Horizontal section 312
Perpendicular segment 313
Stiff end 314
The second main fixture 321
Second fastener 322
Fixture 323 for the second time
Guide vane end stop 324
Second buckling piece 330
The second main buckling piece 331
Buckling piece 332 for the second time
The 3rd terminal module 400
The 3rd terminal 410
The 3rd fixture 420
Guide vane end stop 424
The 3rd buckling piece 430,430a
The 4th terminal module 500
The 4th terminal 510
The 4th fixture 520
Guide vane end stop 524
The 4th buckling piece 530,530a
Unit 600, interval
Metal shell 700
Link slot 710
Inferior link slot 720
Combinations of directions D1
Orientation D2
Bearing of trend D3
Embodiment
Below in conjunction with accompanying drawing structural principle of the present utility model and operation principle are done concrete description:
See also Fig. 2, the stereogram of electric connector of the present utility model.This electric connector 2 can be a hub or fibre switch.In the utility model this electric connector 2 can comprise an insulating body 100, at interval unit 600, with a metal shell 700.This metal shell 700 is coated on this insulating body 100 and this unit, interval 600.Form a link slot 710 and a link slot 720 between this unit 600, interval and this metal shell 700, plant for two butt joint electric connectors 2 (figure does not show).Electric connector 2 of the present utility model also can not need unit 600 at interval, only plants for a butt joint electric connector 2.In addition, when practical application, can be positioned in the housing by a plurality of side by side electric connectors of the present utility model 2, with a plurality of butt joint electric connectors 2 of correspondence.
See also Fig. 3 and Fig. 4, be the part exploded view of electric connector of the present utility model.This electric connector 2 comprises an insulating body 100, a plurality of terminal module, a unit 600 and a metal shell 700 at interval.These a plurality of terminal modules are respectively a first terminal module 200, one second terminal module 300, one the 3rd terminal module 400 and one the 4th terminal module 500.
This insulating body 100 is to be placed in this metal shell 700, the front side of this insulating body 100 is provided with an inserting groove 110 and an inserting groove 120, the rear side of this insulating body 100 is provided with a combination slot 130, this inserting groove 110 and this time inserting groove 120 are to be interconnected with this combination slot 130 respectively, the two opposite side walls of this combination slot 130 is to be respectively equipped with a chute 131, a chute 132 and a substrate chute 133, and this chute 131, this time chute 132 are to extend along a combinations of directions D1 with this substrate chute 133.When the side of this first fixture 220 with this second fixture 320 is arranged in this chute 131.The left side of this insulating body 100 and right side are respectively equipped with one and end to part 140.As shown in Figure 3, after these a plurality of terminal modules made up mutually, these a plurality of terminal modules can be along this combinations of directions D1 via inserting this combination slot 130 to be combined in this insulating body 100.
This extends along this combinations of directions D1 unit 600 at interval, and is inserted between this inserting groove 110 and this time inserting groove 120 of this insulating body 100.This unit, interval 600 is placed in this metal shell 700.
This metal shell 700 can be a hollow column that extends along this combinations of directions D1.This metal shell 700 is to be coated on this unit, interval 600 and this insulating body 100.The part 140 that end to support of this insulating body 100 is the sidewalls that are fastened on this metal shell 700.The sidewall of this unit, interval 600 is the madial walls against this metal shell 700, forms this link slot 710 and this time link slot 720 (being drawn on Fig. 2) with the inside of separating metal shell 700.
See also Fig. 4 to Fig. 5, the exploded view of insulating body of the present utility model and terminal module.This first terminal module 200 comprises a plurality of the first terminals 210, one first fixture 220 and one first buckling piece 230.
It is one L shaped that these a plurality of the first terminals 210 can be, and arrange along an orientation D2.Each these a plurality of the first terminal 210 is provided with a contact jaw 211, a horizontal section 212, a perpendicular segment 213 and a stiff end 214 in regular turn.This contact jaw 211 is exposed to this inserting groove 110, and this horizontal section 212 is to extend along this combinations of directions D1, and this perpendicular segment 213 is to extend along a bearing of trend D3, and this horizontal section 212 is can be perpendicular to this perpendicular segment 213.
This first fixture 220 is in order to fixing these a plurality of the first terminals 210, and is combined in this combination slot 130, and this first buckling piece 230 is arranged at the downside of this first fixture 220.This first fixture 220 can comprise one first main fixture 221 and a fixture 223 for the first time in present embodiment, and this first buckling piece 230 can comprise at least one first main buckling piece 231 and at least one first time of buckling piece 232.This first main fixture 221 is to extend along this combinations of directions D1, and the horizontal section 212 that coats and fix these a plurality of the first terminals 210, and this first main buckling piece 231 can be arranged at the lower surface of this first main fixture 221.This, fixture 223 was to extend along this bearing of trend D3 first time, and the perpendicular segment 213 that coats and fix these a plurality of the first terminals 210, and this, buckling piece 232 can be arranged at this of fixture leading flank of 223 first time first time.Wherein the both sides of this first main fixture 221 can be respectively equipped with one first slide block 222, and this, fixture two bottom sides of 223 can be respectively equipped with a guide vane end stop 224 first time.
This second terminal module 300 comprises a plurality of second terminals 310, one second fixture 320 and one second buckling piece 330.
It is one L shaped that these a plurality of second terminals 310 can be, and arrange along an orientation D2.Each these a plurality of second terminal 310 is provided with a contact jaw 311, a horizontal section 312, a perpendicular segment 313 and a stiff end 314 in regular turn.This contact jaw 311 is to be exposed to this inserting groove 110, and this horizontal section 312 is to extend along this combinations of directions D1, and this perpendicular segment 313 is to extend along this bearing of trend D3, and this horizontal section 312 can be perpendicular to this perpendicular segment 313.
The stiff end of above-mentioned these a plurality of the first terminal 210 to the 4th terminals 510 can be a loop configuration, and each these a plurality of ring parallelism structural is in this orientation D2.Therefore, those skilled in the art, terminal of the present utility model as can be known (the first terminal 210, second terminal 310, the 3rd terminal 410 and the 4th terminal 510) forms after can cutting back and bending by a metallic plate, with the first terminal 210 is example, the first terminal 210 is a strip structure before bending as seen from Figure 6, two adjacent arrangements can be made more terminal on the metallic plate of same area each other, so can save a large amount of waste materials.Especially the connecting portion 215 of these stiff end 214 tops can be connected with each other, and therefore after the first terminal 210 bendings, again connecting portion 215 is cut separation, the regularity that can keep the first terminal 210 to arrange.After this connecting portion 215 cuts in addition,, can make stiff end 214 be divided at least two rows, in order to being welded on the circuit board with adjacent stiff end 214 bending forwards, backwards respectively.
This second fixture 320 is in order to fixing these a plurality of second terminals 310, and this first fixture 220 is parallel to each other with this second fixture 320, and is combined in this combination slot 130 equally.This second buckling piece 330 is arranged at this second fixture, 320 upsides, and in order to fasten mutually with this first buckling piece 230, after wherein this first terminal module 200 and this second terminal module 300 make up mutually via this first buckling piece 230 and this second buckling piece 330, via inserting this combination slot 130 to make up with this insulating body 100.
This second fixture 320 can comprise one second main fixture 321 and a fixture 323 for the second time in present embodiment, this second main fixture 321 with this second time fixture 323 be respectively with this first main fixture 221 with this first time fixture 223 be parallel to each other, this second buckling piece 330 can comprise at least one second main buckling piece 331 and at least one second time buckling piece 332.This second main fixture 321 extends along this combinations of directions D1, and the horizontal section 312 that coats and fix these a plurality of second terminals 310, and this second main buckling piece 331 can be arranged at the upper surface of this second main fixture 321.This, fixture 323 was to extend along this bearing of trend D3 second time, and the perpendicular segment 313 that coats and fix these a plurality of second terminals 310, and this, buckling piece 332 can be arranged at this of fixture trailing flank of 323 second time second time.
Few by the volume that can find out the fixture that the utility model is required among the figure far beyond existing package board, so can save a large amount of production costs.
Wherein the both sides of this second main fixture 321 can be respectively equipped with one second fastener 322, and this second fastener 322 is in order to fastening this first slide block 222, and this, fixture two bottom sides of 323 can be respectively equipped with a guide vane end stop 324 second time.When this first main fixture 221 be fastened on via the first main buckling piece 231 the second main fixture 321 the second main buckling piece 331, this first time fixture 223 via after buckling piece 232 was fastened on the buckling piece 332 second time of fixture 323 for the second time, was fastened on this first slide block 222 with this second fastener 322 first time, this the first terminal module 200 is combined into one with this second terminal module 300, and this guide vane end stop 224 is arranged (seeing also Fig. 3) with this guide vane end stop 324 along this combinations of directions D1.Afterwards, this the first terminal module 200 can be inserted in this combination slot 130 along this combinations of directions D1 with this second terminal module 300, this moment, this first slide block 222 can and be fixed in this chute 131 along these chute 131 slips, this guide vane end stop 224 can move along this substrate chute 133 with this guide vane end stop 324, and is fixed in this substrate chute 133.Can make these a plurality of the first terminals 210 and the contact jaw 211,311 of these a plurality of second terminals 310 can be exposed to this inserting groove 110 at last.
The 3rd terminal module 400 comprises a plurality of the 3rd terminals 410, one the 3rd fixture 420 and one the 3rd buckling piece 430.These a plurality of the 3rd terminals 410 are arranged along this orientation D2, and an end of these a plurality of the 3rd terminals 410 is exposed to this time inserting groove 120.The 3rd fixture 420 is in order to fixing these a plurality of the 3rd terminals 410, and is combined in this combination slot 130.The 3rd buckling piece 430 is arranged on the 3rd fixture 420.The 4th terminal module 500 comprises a plurality of the 4th terminals 510, one the 4th fixture 520 and one the 4th buckling piece 530.These a plurality of the 4th terminals 510 are arranged along this orientation D2, and an end of these a plurality of the 4th terminals 510 is exposed to this time inserting groove 120.The 4th fixture 520 is in order to fixing these a plurality of the 4th terminals 510, and is combined in this combination slot 130.The 4th buckling piece 530 is arranged on the 4th fixture 520, and fastens mutually with the 3rd buckling piece 430.
After wherein the 3rd terminal module 400 and the 4th terminal module 500 make up mutually via the 3rd buckling piece 430 and the 4th buckling piece 530, via inserting this combination slot 130 to make up with this insulating body 100.Because the structure of the 3rd terminal module 400 and the 4th terminal module 500 is very similar in the structure of the first terminal module 200 and second terminal module 300.Therefore the thin bilge construction of the 3rd terminal module 400 and the 4th terminal module 500 please refer to the first terminal module 200 and second terminal module 300, and consults Fig. 4 and Fig. 5.
After the 3rd fixture 420 is fastened on the 4th buckling piece 530 of the 4th fixture 520 via the 3rd buckling piece 430, the 3rd terminal module 400 is combined into one with the 4th terminal module 500, and this guide vane end stop 424 is to arrange (seeing also Fig. 3) along this combinations of directions D1 with this guide vane end stop 524.Afterwards, the 3rd terminal module 400 can be inserted in this combination slot 130 along this combinations of directions D1 with the 4th terminal module 500, this moment, the 3rd terminal module 400 can and be fixed in this time chute 132 along 132 slips of this time chute, this guide vane end stop 424 can move along this substrate chute 133 with this guide vane end stop 524, and is fixed in this substrate chute 133.Can make these a plurality of the 3rd terminals 410 and the contact jaw 411,511 of these a plurality of the 4th terminals 510 can be exposed to this time inserting groove 120 at last.
See also Fig. 7, be the phantom of second embodiment of electric connector of the present utility model.Be that with the first embodiment difference this first terminal module 200 also further comprises one first fastener 240, this first fastener 240 can be extended by the first main fixture 221 of this first fixture 220.The 4th terminal module 500 also further comprises one second fastener 540, and this second fastener 540 can be extended by the 4th fixture 520.This insulating body 100 also further is provided with a slot 150 and a slot 160.
As shown in Figure 7, insert this combination slot 130 and be combined in this insulating body 100 along this combinations of directions D1 when these the first terminal module 200 to the 4th terminal modules 500.This first fastener 240 can be fastened on the engaging wall 151 of this slot 150, and this second fastener 540 can be fastened on the engaging wall 161 of this time slot 160, emerges in this insulating body 100 to prevent these the first terminal module 200 to the 4th terminal modules 500.
In addition, in this embodiment, the 3rd buckling piece 430a is a groove, and the 4th buckling piece 530a is a projection, and is opposite with the groove of the projection of the 3rd buckling piece 430 of first embodiment and the 4th buckling piece 530.
In sum, via above-mentioned structure, the utility model can be made more terminal on same metallic plate when making above-mentioned terminal, to reduce a large amount of waste materials compared to prior art.The required raw material of fixture of the present utility model in addition is few with more existing package board, can reduce a large amount of production costs.
Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the utility model.
Claims (9)
1. an electric connector is characterized in that, comprises:
One insulating body is provided with an inserting groove and a combination slot, and this inserting groove and this combination slot are arranged at the opposite side of this insulating body and are interconnected;
One the first terminal module comprises a plurality of the first terminals, one first fixture and one first buckling piece, and these a plurality of the first terminals are arranged along an orientation, and an end of these a plurality of the first terminals is exposed to this inserting groove; This first fixture is in order to fixing these a plurality of the first terminals, and is combined in this combination slot; This first buckling piece is arranged on this first fixture;
One second terminal module comprises a plurality of second terminals, one second fixture and one second buckling piece, and these a plurality of second terminals are arranged along this orientation, and an end of these a plurality of second terminals is exposed to this inserting groove; This second fixture is in order to fixing these a plurality of second terminals, and is combined in this combination slot; This second buckling piece is arranged on this second fixture, and fastens mutually with this first buckling piece;
Wherein this first terminal module and this second terminal module make up mutually via this first buckling piece and this second buckling piece, and insert this combination slot to make up with this insulating body along a combinations of directions, and this combinations of directions is vertical mutually with this orientation.
2. electric connector according to claim 1 is characterized in that, also further comprises a metal shell for extending along this combinations of directions, and this metal shell is coated on this insulating body.
3. electric connector according to claim 2 is characterized in that, also further comprises unit, an interval, extend along this combinations of directions, this insulating body is provided with inserting groove one time, and this unit, interval is arranged between this inserting groove and this time inserting groove, and this metal shell coats this unit, interval.
4. electric connector according to claim 3 is characterized in that, also further comprises:
One the 3rd terminal module comprises a plurality of the 3rd terminals, one the 3rd fixture, one the 3rd buckling piece, and these a plurality of the 3rd terminals are arranged along this orientation, and an end of these a plurality of the 3rd terminals is exposed to this time inserting groove; The 3rd fixture is in order to fixing these a plurality of the 3rd terminals, and is combined in this combination slot; The 3rd buckling piece is arranged on the 3rd fixture;
One the 4th terminal module; Comprise a plurality of the 4th terminals, one the 4th fixture, one the 4th buckling piece, these a plurality of the 4th terminals are arranged along this orientation, and an end of these a plurality of the 4th terminals is exposed to this time inserting groove; The 4th fixture is in order to fixing these a plurality of the 4th terminals, and is combined in this combination slot; The 4th buckling piece is arranged on the 4th fixture, and fastens mutually with the 3rd buckling piece;
Wherein the 3rd terminal module and the 4th terminal module make up mutually via the 3rd buckling piece and the 4th buckling piece, and by inserting this combination slot to make up with this insulating body.
5. electric connector according to claim 4, it is characterized in that, this the first terminal module also further comprises one first fastener, this first fastener is extended by this first fixture, the 4th terminal module also further comprises one second fastener, and this second fastener is extended by the 4th fixture, and this insulating body also further is provided with a slot and a slot, wherein this first fastener is fastened on this slot, and this second fastener is fastened on this time slot.
6. electric connector according to claim 1 is characterized in that, these a plurality of the first terminals are provided with a loop configuration with the other end of these a plurality of second terminals, and each these a plurality of ring parallelism structural is in this orientation.
7. electric connector according to claim 1 is characterized in that, this first fixture and this second fixture are parallel to each other, and this first buckling piece is arranged at the downside of this first fixture, and this second buckling piece is arranged at the upside of this second fixture.
8. electric connector according to claim 7 is characterized in that, the combination slot sidewall of this insulating body is provided with a chute along this combinations of directions extension, and the side of this first fixture is arranged in this chute.
9. electric connector according to claim 1, it is characterized in that this first terminal module also further comprises one first fastener, this first fastener is extended by this first fixture, this insulating body also further is provided with a slot, and this first fastener is fastened on this slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202233643U CN201699195U (en) | 2010-06-08 | 2010-06-08 | Electric connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202233643U CN201699195U (en) | 2010-06-08 | 2010-06-08 | Electric connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201699195U true CN201699195U (en) | 2011-01-05 |
Family
ID=43400441
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202233643U Expired - Lifetime CN201699195U (en) | 2010-06-08 | 2010-06-08 | Electric connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201699195U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113471763A (en) * | 2020-03-31 | 2021-10-01 | 泰科电子(上海)有限公司 | Connector assembly |
-
2010
- 2010-06-08 CN CN2010202233643U patent/CN201699195U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113471763A (en) * | 2020-03-31 | 2021-10-01 | 泰科电子(上海)有限公司 | Connector assembly |
| CN113471763B (en) * | 2020-03-31 | 2024-02-13 | 泰科电子(上海)有限公司 | Connector assembly |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Kunshan Dragonstate Electronic Technology Co., Ltd. Assignor: Concraft Holding Co., Ltd. Contract record no.: 2012990000396 Denomination of utility model: Fastening of electric connector Granted publication date: 20110105 License type: Exclusive License Record date: 20120606 |
|
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20110105 |