CN204376005U - Plug connector assembly - Google Patents
Plug connector assembly Download PDFInfo
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- CN204376005U CN204376005U CN201420723592.5U CN201420723592U CN204376005U CN 204376005 U CN204376005 U CN 204376005U CN 201420723592 U CN201420723592 U CN 201420723592U CN 204376005 U CN204376005 U CN 204376005U
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Abstract
A kind of plug connector assembly, comprising: an insulating body, it has top board and base plate, is formed with a grafting space between this top board, this base plate and two side in this insulating body front end; One first end subgroup and one second terminal group, on the top board inner surface being separately positioned on this insulating body and plate inner surface, wherein, this first welding section of this first conducting terminals all and the second welding section of this second conducting terminals all are all welded on the same surface of this circuit board; One circuit board, is connected with first end subgroup and the second terminal group.All welding sections are welded on the same face of circuit board, therefore can single welding step is disposable completes weld job, promote the packaging efficiency of plug connector assembly.
Description
Technical field
The utility model belongs to a kind of electric connector, espespecially a kind of plug connector assembly, and the welding section of all conducting terminals is welded on the same face of circuit board by it, to reduce welding step and to promote the packaging efficiency of plug connector assembly.
Background technology
Electric connector is electronic components common on electronic installation, mutually can plug into the electric connector that mates on other electronic installations, and then for carrying out the transmission of signal and electric power between two electronic installations.Existing universal serial bus (Universal Serial Bus) Type C electric connector, it has insulating body, two groups of conducting terminals, a circuit board and metal shells.Two groups of conducting terminals are arranged on insulating body, and can carry out signal transmission, each conducting terminal has welding section.This circuit board is arranged on insulating body rear end, is respectively equipped with a bond pads portion, to be welded to each other with the welding section of two groups of conducting terminals at the upper surface of circuit board and following table place.Metal shell covers insulating body and conducting terminal.
But, two bond pads sections of upper two groups of conducting terminals are the upper surface and the lower surface that are welded on circuit board respectively, but not be welded on the same surface of circuit board, therefore must be divided into two welding step of carrying out respectively on welding procedure, cause that the welding procedure of electric connector is time-consuming and efficiency is low.
Utility model content
The utility model, because two groups of conducting terminals of typical electrical connector are welded on circuit board two sides respectively and cause the problem of assembly program complexity, is improved its not enough and disappearance, and then is created a kind of plug connector assembly.
The utility model main purpose is to provide a kind of plug connector assembly, and the welding section of all conducting terminals is welded on the same face of circuit board by it, and this reduces welding step and promotes the packaging efficiency of plug connector assembly.
For reaching above-mentioned purpose, described plug connector assembly is made to comprise:
One insulating body, it has a top board, a base plate and two relatively and the sidewall be located between this top board and this base plate, is formed with a grafting space between this top board, this base plate and two side in this insulating body front end;
One first end subgroup and one second terminal group, with the central point in this grafting space for symmetrical centre and each other point symmetry, on the top board inner surface being separately positioned on this insulating body and plate inner surface, this first end subgroup has plural first conducting terminal, this plural first conducting terminal is arranged among insulating body top board, respectively this first conducting terminal has one first canned paragraph respectively, one first in electrical contact section and first welding section extended backwards from this first canned paragraph extended forward from this first canned paragraph, this second terminal group has plural second conducting terminal, this plural second conducting terminal is arranged among this insulating body base plate, respectively this second conducting terminal has one second canned paragraph, one second in electrical contact section and second welding section extended backwards from this second canned paragraph extended forward from this second canned paragraph,
One circuit board, be connected with this first end subgroup and this second terminal group, be provided with plural first weld part on the board to weld mutually with the first welding section plural with this respectively, be provided with plural second weld part on the board to weld mutually with the second welding section plural with this respectively, wherein, this first welding section of this first conducting terminals all and the second welding section of this second conducting terminals all are all welded on the same surface of this circuit board; And
One screening can, on it, formation one accommodation space is to hold this insulating body, this first end subgroup and this second terminal group.
By above-mentioned technological means, through all first welding sections 23 of plug connector assembly and all second welding sections 43 are all welded on the end face of circuit board 50, can pass through that single welding step is disposable completes welding, avoid the time-consuming problem successively performing multiple welding step, therefore, the packaging efficiency of plug connector assembly can be promoted.
Described all first welding sections are the welding foot of surface mount technology (Surface Mount Technology, SMT) type; All second welding sections are the welding foot of dip (Dual in-line Package, DIP) type; All first weld parts of circuit board are the weld pad of SMT type, and all second weld parts are the perforation of DIP type, and this plurality of through holes is arranged as a straight line.
Described all first welding sections are the welding foot of SMT type; All second welding sections are the welding foot of DIP type; All first weld parts of circuit board are the weld pad of SMT type, and all second weld parts are the perforation of DIP type, and this plurality of through holes is staggered.
Described all first welding sections are the welding foot of SMT type; All second welding sections are the welding foot of SMT type; All first weld parts of circuit board are the weld pad of SMT type, and all second weld parts are the weld pad of SMT type.
Described all first welding sections are the welding foot of DIP type; All second welding sections are DIP type welding foot; All first weld parts of circuit board are the perforation of DIP type, and all second weld parts are the perforation of DIP type, and the perforation of the first weld part is staggered, and the perforation of the second weld part is also staggered; Wherein the second conducting terminal quantity equals the first conducting terminal quantity, and the second weld part quantity equals the first weld part quantity.
Described all first welding sections are the welding foot of DIP type; All second welding sections are DIP type welding foot; All first weld parts of circuit board are the perforation of DIP type, and all second weld parts are the perforation of DIP type, and the perforation of the first weld part is staggered, and the perforation of the second weld part is also staggered.
Described plug electricity connects device assembly and comprises two elastic fastening arms further, and two elastic fastening arms are separately fixed at insulating body and stretch among grafting space.
Be connected with a ground strip between described two elastic fastening arms, this ground strip is arranged on insulating body rear end and between first end subgroup and the second terminal group.
Described each elastic fastening arm rear end is extended with a ground connection welding foot respectively backwards; This board top surface is formed with 2 the 3rd weld parts to weld mutually with ground connection welding foot respectively.
Described plural first in electrical contact section equidistantly to arrange; The quantity of the second conducting terminal compares few 2 of the quantity of the first conducting terminal, in electrical contact section of this plural number second be divided into two groups and second in electrical contact section of each group equidistantly to arrange, in addition, the spacing that the space between two group second in electrical contact section is greater than in each group adjacent second in electrical contact section.
The top board of described insulating body is formed plural number be communicated with grafting space on run through groove, base plate is formed under plural number is communicated with grafting space and runs through groove, top board outer surface is provided with shell fragment seat on, plate outer surface is provided with shell fragment seat, upper shell fragment seat is formed with plural number to be each passed through and to run through groove and the upper shell fragment stretching into grafting space, lower shell fragment seat is formed with plural number and is each passed through down and runs through groove and the lower shell fragment stretching into grafting space.
Described insulating body both sides are formed with respectively a location notch be connected with grafting space; Two elastic fastening arms are separately positioned in two location notchs.
Described ground strip runs through and is formed with plural fixing hole; After on one, obturating plug is arranged on insulating body rear end and is arranged on above ground strip, upper rear obturating plug is formed with the upper fixed leg of plural number, the downward projection of fixed leg on this plural number and be separately positioned in the partial fixing hole of ground strip; Once, obturating plug is arranged on insulating body rear end and is arranged on below ground strip, lower rear obturating plug is formed with the lower fixed leg of plural number, the upwards projection and being separately positioned in another part fixing hole of ground strip of the lower fixed leg of this plural number.
Accompanying drawing explanation
Fig. 1 is the utility model the 1st embodiment stereo appearance figure.
Fig. 2 is the stereo appearance figure that the utility model 1 embodiment omits circuit board.
Fig. 3 is the three-dimensional exploded view of the utility model 1 embodiment.
Fig. 4 is another three-dimensional exploded view of the utility model 1 embodiment.
Fig. 5 is the vertical view of the utility model 1 embodiment circuit board.
Fig. 6 is the three-dimensional exploded view of the utility model 2 embodiment terminal and circuit board.
Fig. 7 is the vertical view of the utility model 2 embodiment circuit board.
Fig. 8 is the three-dimensional exploded view of the utility model 3 embodiment terminal and circuit board.
Fig. 9 is the vertical view of the utility model 3 embodiment circuit board.
Figure 10 is the three-dimensional exploded view of the utility model 4 embodiment terminal and circuit board.
Figure 11 is the vertical view of the utility model 4 embodiment circuit board.
Figure 12 is the definition of pin position table of the first conducting terminal of first end subgroup and the second conducting terminal of the second terminal group.
Symbol description
10 insulating body 100 grafting spaces
101 top board 102 base plates
103 sidewalls 105 run through groove
Run through groove 11 location notch for 106 times
Shell fragment on shell fragment seat 151 on 15
16 times shell fragment seats, 161 times shell fragments
20,20a, 20b, 20c first conducting terminal 21,21a, 21b, 21c, 21c first canned paragraph
22,22a, 22b, 22c first in electrical contact section 23,23a, 23b, 23c first welding section
30 elastic fastening arm 35 ground strips
351 fixing hole 33 ground connection welding foots
40,40a, 40b, 40c second conducting terminal 41,41a, 41b, 41c second canned paragraph
42,42a, 42b, 42c second in electrical contact section 43,43a, 43b, 43c second welding section
50 circuit board 51 first weld parts
52 second weld parts
Fixed leg on obturating plug 611 after on 60
Obturating plug 711 times fixed legs after 70 times
80 screening can 800 accommodation spaces.
Embodiment
Please refer to Fig. 1 to Fig. 2,1st embodiment of the utility model plug connector assembly can be a kind of universal serial bus (Universal Serial Bus) Type C connector, and it meets connector consortium specification Universal Serial Bus Type-C Cable and Connector Specification 0.98C version.
Please refer to further Fig. 3 and Fig. 4, the utility model plug connector assembly comprises: obturating plug 60, once rear obturating plug 70 and a screening can 80 after in insulating body 10, first end subgroup, one second terminal group, two elastic fastening arm 30, circuit boards 50.
This insulating body 10 has top board 101, base plate 102, two relatively and the sidewall 103 be located between top board 101 and base plate 102.A grafting space 100 between top board 101, base plate 102 and two side 103 is formed in insulating body 10 front end.In addition, these insulating body 10 both sides are formed with a location notch 11 be connected with grafting space 100 respectively.Top board 101 is formed plural number be communicated with grafting space 100 on run through groove 105, base plate 102 is formed plural number be communicated with grafting space run through groove 106 100 times.Top board 101 outer surface is provided with shell fragment seat 15 on, base plate 102 outer surface is provided with shell fragment seat 16, upper shell fragment seat 15 is formed with plural number to be each passed through and to run through groove 105 and the upper shell fragment 151 stretching into grafting space 100, lower shell fragment seat 16 is formed with plural number and is each passed through down and runs through groove 106 and the lower shell fragment 161 stretching into grafting space 100.
This first end subgroup and the second terminal group are with the central point in grafting space 100 for symmetrical centre and each other point symmetry.So-called point symmetry, refers to that, after two ends subgroup being rotated 180 degree according to this symmetrical centre as pivot, postrotational two ends subgroup can overlap completely with the two ends subgroup before rotation.Through point-symmetric terminal group configuration mode, high speed plug connector can insert corresponding electric connector for socket smoothly and normally perform high-speed signal transmission operation when revolving turnback.On top board 101 inner surface that this first end subgroup and the second terminal group are separately positioned on insulating body 10 and base plate 102 inner surface.
This first end subgroup has plural first conducting terminal 20, this plural first conducting terminal 20 is arranged among insulating body 10 top board 101, and each first conducting terminal 20 has first in electrical contact section 22 and first welding section 23 extended from the first canned paragraph 21 that one first canned paragraph 21, extends from the first canned paragraph 21 forward backwards.Second terminal group has plural second conducting terminal 40 respectively, this plural second conducting terminal 40 is arranged among insulating body 10 base plate 102, each second conducting terminal 40 has second in electrical contact section 42 and second welding section 43 extended from the second canned paragraph 41 that one second canned paragraph 41, extends from the second canned paragraph 41 forward backwards, wherein, the quantity of the second conducting terminal 40 is less than the quantity of the first conducting terminal 20, and in the second terminal group, the spacing of adjacent second welding section 43 is greater than the spacing of adjacent first welding section 23 in first end subgroup.In addition, this plural number first in electrical contact section 22 is equidistantly to arrange; The quantity of the second conducting terminal 40 compares few 2 of the quantity of the first conducting terminal 20, this plural number second in electrical contact section 42 be divided into two groups and second in electrical contact section 42 of each group equidistantly to arrange, moreover, the spacing that the space between two group second in electrical contact section 42 is greater than in each group adjacent second in electrical contact section 42.
The definition of pin position table of the first conducting terminal 20 of above-mentioned first end subgroup and the second conducting terminal 40 of the second terminal group is as Figure 12.
From above-mentioned definition of pin position table, the pin position of first end subgroup and the second terminal group is that point symmetry configures centered by the 6th, of centre the No. 7 conducting terminal, second conducting terminal 40 can be compared the first conducting terminal 20 and be omitted the 6th, No. 7 conducting terminal etc. two, but still plug connector assembly can be made normally to perform all functions.
Two elastic fastening arm 30, two elastic fastening arms 30 are separately fixed at insulating body 10, are positioned at location notch, and and stretch among grafting space.Each elastic fastening arm 30 rear end is extended with a ground connection welding foot 33 respectively backwards.In addition, be connected with a ground strip 35 between two elastic fastening arms 30, this ground strip 35 is arranged on insulating body 10 rear end and between first end subgroup and the second terminal group.Ground strip 35 runs through and is formed with plural fixing hole 351.
This circuit board 50 is connected with first end subgroup and the second terminal group, circuit board 50 is provided with plural first weld part 52 weld mutually with the first welding section 23 plural with this respectively, this second welding section 43 that circuit board 50 is provided with this first welding section 23 and all second conducting terminals 40 that plural second weld part 54 welds all first conducting terminals 20 mutually with the second welding section 43 plural with this respectively is all welded on the same face of this circuit board 50, such as, be welded on equally on the end face of circuit board 50.All be welded on the end face of circuit board 50 through by all first welding sections 23 and all second welding sections 43, can pass through that single welding step is disposable completes welding, avoid the time-consuming problem successively performing multiple welding step.
In addition, the quantity of the second weld part 54 is less than the quantity of the first weld part 52, and the spacing of adjacent second weld part 54 is greater than the spacing of adjacent first weld part 52.In addition, this circuit board 50 end face is formed with 2 the 3rd weld parts 53 to weld mutually with ground connection welding foot 33 respectively.
On this, rear obturating plug 60 is arranged on insulating body 10 rear end and is arranged on above ground strip 35, upper rear obturating plug 60 is formed with the upper fixed leg 611 of plural number, the downward projection of fixed leg 611 on this plural number and being separately positioned in the partial fixing hole 351 of ground strip 35.
This lower rear obturating plug 70 is arranged on insulating body 10 rear end and is arranged on below ground strip 35, lower rear obturating plug 70 is formed with the lower fixed leg 711 of plural number, fixed leg 711 upwards projection and being separately positioned in another part fixing hole 351 of ground strip 35 under this plural number.
This screening can 80 is formed an accommodation space 800 to hold this insulating body 10, first end subgroup and the second terminal group.
Among the 1st embodiment of the utility model plug connector assembly, all first welding sections 23 are the welding foot of surface mount technology (Surface Mount Technology, SMT) type; All second welding sections 43 are the welding foot of dip (Dual in-line Package, DIP) type; All first weld parts 52 of circuit board 50 are the weld pad of SMT type, and all second weld parts 54 are the perforation of DIP type, and this plurality of through holes is arranged as a straight line.
Please with further reference to Fig. 6 and Fig. 7, among the 2nd embodiment of the utility model plug connector assembly, all first welding section 23a are the welding foot of SMT type; All second welding section 43a are the welding foot of DIP type; The all first weld part 52a of circuit board 50a are the weld pad of SMT type, and all second weld part 54a are the perforation of DIP type, and this plurality of through holes is staggered.
Please with further reference to Fig. 8 and Fig. 9, among the 3rd embodiment of the utility model plug connector assembly, all first welding section 23b are the welding foot of SMT type; All second welding section 43b are the welding foot of SMT type; The all first weld part 52b of circuit board 50b are the weld pad of SMT type, and all second weld part 54b are the weld pad of SMT type.
Please with further reference to Figure 10 and Figure 11, among the 4th embodiment of the utility model plug connector assembly, all first welding section 23c are the welding foot of DIP type; All second welding section 43c are DIP type welding foot; All first weld parts 52 of circuit board 50 are the perforation of DIP type, and all second weld part 54c are the perforation of DIP type, and the perforation of the first weld part 52c is staggered, and the perforation of the second weld part 54c is also staggered.In addition, although the second conducting terminal 40c quantity of city of Figure 10 and Figure 11 institute the 4th embodiment is less than the first conducting terminal 20c quantity, 4th embodiment can also be modified as the 5th embodiment further, make the second conducting terminal 40c quantity equal the first conducting terminal 20c quantity, and the second weld part 54c quantity on circuit board 50c equal the first weld part 52c quantity.
By above-mentioned technological means, the utility model has following advantages:
1. through all first welding sections 23 of plug connector assembly and all second welding sections 43 are all welded on the end face of circuit board 50, can pass through that single welding step is disposable completes welding, avoid the time-consuming problem successively performing multiple welding step, therefore, the packaging efficiency of plug connector assembly can be promoted.
2. the quantity of the second conducting terminal 40 of the second terminal group is less than the quantity of the first conducting terminal 20 of ground one terminal group, therefore the second welding section 43 quantity of the second terminal group is also less than the first welding section 23 quantity, therefore, it is comparatively loose that second welding section 43 can arrange, the spacing of wantonly two adjacent second welding sections 43 is greater than the spacing of wantonly two adjacent first welding sections 23, simultaneously, the second weld part 54 on circuit board 50 is also less and arrangement is thinner, and the spacing of adjacent second weld part 54 is greater than the spacing of adjacent first weld part 52.Thus, time on welding second conducting terminal 40 to circuit board 50, make scolding tin consumption have larger tolerance because the arrangement of the second welding section 43 and the second weld part 54 is comparatively loose, too much just can not be short-circuited because of scolding tin, the problem that also because scolding tin is very few, missing solder, dry joint can not just occur.
3. after going up, obturating plug 60 interfixes with insulating body 10 and ground strip 3530 with lower rear obturating plug 70 simultaneously, therefore improves the assembling intensity of plug connector entirety.
4. the utility model is a kind of USB Type C connector, its insulating body 10 and screening can 80 are upper and lower symmetry status, two ends subgroup is with the central point in the grafting space 100 of insulating body 10 for symmetrical centre and each other point symmetry, therefore high speed plug connector is when inserting corresponding socket connector, can carry out grafting and need not any fool proof measure just to insert mode or anti-plug mode.
Claims (14)
1. a plug connector assembly, comprising:
One insulating body, it has a top board, a base plate and two relatively and the sidewall be located between this top board and this base plate, is formed with a grafting space between this top board, this base plate and two side in this insulating body front end;
One first end subgroup and one second terminal group, with the central point in this grafting space for symmetrical centre and each other point symmetry, on the top board inner surface being separately positioned on this insulating body and plate inner surface, this first end subgroup has plural first conducting terminal, this plural first conducting terminal is arranged among insulating body top board, respectively this first conducting terminal has one first canned paragraph respectively, one first in electrical contact section and first welding section extended backwards from this first canned paragraph extended forward from this first canned paragraph, this second terminal group has plural second conducting terminal, this plural second conducting terminal is arranged among this insulating body base plate, respectively this second conducting terminal has one second canned paragraph, one second in electrical contact section and second welding section extended backwards from this second canned paragraph extended forward from this second canned paragraph,
One circuit board, be connected with this first end subgroup and this second terminal group, be provided with plural first weld part on the board to weld mutually with the first welding section plural with this respectively, be provided with plural second weld part on the board to weld mutually with the second welding section plural with this respectively, wherein, this first welding section of this first conducting terminals all and the second welding section of this second conducting terminals all are all welded on the same surface of this circuit board; And
One screening can, on it, formation one accommodation space is to hold this insulating body, this first end subgroup and this second terminal group.
2. plug connector assembly as claimed in claim 1, it is characterized in that: the quantity of described second conducting terminal is less than the quantity of the first conducting terminal, and in the second terminal group, the spacing of adjacent second welding section is greater than the spacing of adjacent first welding section in first end subgroup; The quantity of this second weld part is less than the quantity of this first weld part, and the spacing of adjacent second weld part is greater than the spacing of adjacent first weld part.
3. plug connector assembly as claimed in claim 1, is characterized in that: described first welding section is the welding foot of surface mount technology type; All second welding sections are the welding foot of dip type; All first weld parts of this circuit board are the weld pad of SMT type, and all second weld parts are the perforation of DIP type, and this plurality of through holes is arranged as a straight line.
4. plug connector assembly as claimed in claim 1, is characterized in that: described first welding section is the welding foot of SMT type; All second welding sections are the welding foot of DIP type; All first weld parts of this circuit board are the weld pad of SMT type, and all second weld parts are the perforation of DIP type, and this plurality of through holes is staggered.
5. plug connector assembly as claimed in claim 1, is characterized in that: described first welding section is the welding foot of SMT type; All second welding sections are the welding foot of SMT type; All first weld parts of this circuit board are the weld pad of SMT type, and all second weld parts are the weld pad of SMT type.
6. plug connector assembly as claimed in claim 1, is characterized in that: described first welding section is the welding foot of DIP type; All second welding sections are DIP type welding foot; All first weld parts of circuit board are the perforation of DIP type, and all second weld parts are the perforation of DIP type, and the perforation of this first weld part is staggered, and the perforation of this second weld part is also staggered; Wherein the second conducting terminal quantity equals the first conducting terminal quantity, and the second weld part quantity equals the first weld part quantity.
7. plug connector assembly as claimed in claim 2, is characterized in that: described first welding section is the welding foot of DIP type; All second welding sections are DIP type welding foot; All first weld parts of circuit board are the perforation of DIP type, and all second weld parts are the perforation of DIP type, and the perforation of this first weld part is staggered, and the perforation of this second weld part is also staggered.
8. plug connector assembly according to any one of claim 1 to 6, is characterized in that: it comprises two elastic fastening arms further, and this two elastic fastening arm is separately fixed at this insulating body and stretches among this grafting space.
9. plug connector assembly as claimed in claim 7, is characterized in that: be connected with a ground strip between described two elastic fastening arms, and this ground strip is arranged on this insulating body rear end and between this first end subgroup and this second terminal group.
10. plug connector assembly as claimed in claim 8, is characterized in that: described elastic fastening arm rear end is extended with a ground connection welding foot respectively backwards; This board top surface is formed with 2 the 3rd weld parts to weld mutually with this ground connection welding foot respectively.
11. plug connector assemblies as claimed in claim 9, is characterized in that: described plural first in electrical contact section equidistantly to arrange; The quantity of this second conducting terminal compares few 2 of the quantity of this first conducting terminal, in electrical contact section of this plural number second be divided into two groups and second in electrical contact section of each group equidistantly to arrange, in addition, the spacing that the space between this two group second in electrical contact section is greater than in each group adjacent second in electrical contact section.
12. plug connector assemblies as claimed in claim 10, it is characterized in that: the top board of described insulating body is formed plural number be communicated with this grafting space on run through groove, be formed on which floor plate under plural number is communicated with this grafting space and run through groove, this top board outer surface is provided with shell fragment seat on, this plate outer surface is provided with shell fragment seat, shell fragment seat is formed with for this plural number to be each passed through and this to run through groove and the upper shell fragment stretching into this grafting space, this lower shell fragment seat is formed and runs through groove under plural number is each passed through this and the lower shell fragment stretching into this grafting space.
13. plug connector assemblies as claimed in claim 11, is characterized in that: described insulating body both sides are formed with respectively a location notch be connected with this grafting space; This two elastic fastening arm is separately positioned in this two location notch.
14. plug connector assemblies as claimed in claim 12, is characterized in that: described ground strip runs through and is formed with plural fixing hole; After on one, obturating plug is arranged on this insulating body rear end and is arranged on above this ground strip, rear obturating plug is formed with for this upper fixed leg of plural number, the downward projection of fixed leg on this plural number and be separately positioned in the partial fixing hole of this ground strip; Once, obturating plug is arranged on this insulating body rear end and is arranged on below this ground strip, this lower rear obturating plug is formed with the lower fixed leg of plural number, the upwards projection and being separately positioned in another part fixing hole of this ground strip of the lower fixed leg of this plural number.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420723592.5U CN204376005U (en) | 2014-11-27 | 2014-11-27 | Plug connector assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420723592.5U CN204376005U (en) | 2014-11-27 | 2014-11-27 | Plug connector assembly |
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| Publication Number | Publication Date |
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| CN204376005U true CN204376005U (en) | 2015-06-03 |
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|---|---|---|---|
| CN201420723592.5U Active CN204376005U (en) | 2014-11-27 | 2014-11-27 | Plug connector assembly |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104638406A (en) * | 2014-11-27 | 2015-05-20 | 连展科技电子（昆山）有限公司 | Plug electric connector component |
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2014
- 2014-11-27 CN CN201420723592.5U patent/CN204376005U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104638406A (en) * | 2014-11-27 | 2015-05-20 | 连展科技电子（昆山）有限公司 | Plug electric connector component |
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