CN103677162A - Fixing structure - Google Patents
Fixing structure Download PDFInfo
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- CN103677162A CN103677162A CN201210358482.9A CN201210358482A CN103677162A CN 103677162 A CN103677162 A CN 103677162A CN 201210358482 A CN201210358482 A CN 201210358482A CN 103677162 A CN103677162 A CN 103677162A
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- size
- data access
- access arrangement
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Abstract
A fixing structure is used for fixing a data access device of a first size or a second size. The fixing structure comprises a shell, a first locating portion, a second locating portion, a third locating portion, a first locating member and a second locating member. The first locating portion is located in the shell. The second locating portion is located in the shell, and the second locating portion and the first locating portion are separated at a first distance. The third locating portion is located in the shell, and the third locating portion and the first locating portion are separated at a second distance. The first locating member is arranged in the first locating portion. The second locating member is selectively arranged in the second locating portion or the third locating portion, the first locating member and the second locating member are used for fixing the two opposite sides of the data access device of the first size or the second size so as to enable the data access device of the first size or the second size to be fixedly arranged in the shell.
Description
Technical field
The present invention is relevant for a kind of fixed sturcture, and particularly a kind of data access arrangement of fixing different size that is applied to is to the fixed sturcture of housing.
Background technology
In multimedia epoch of this information now, computer has undoubtedly become one of necessity in our life and work.No matter be server (Server), workstation (workstation), desktop computer (desktop computer) or notebook computer (notebook computer), industrial computer (industrial computer) etc. even, be all we live with work among indispensable important tool.
Early stage desktop computer is used the hard disk of 5.25 inch mostly, yet along with the progress of technology, user requires also to promote to the capacity of computer, transmission speed, volume and power consumption etc. thereupon.Industry develops the hard disk of 3.5 inch and 2.5 inch then thereupon, to meet user's demand.Compare with the hard disk of 5.25 inch, the hard disk of 3.5 inch and 2.5 inch is all to have obvious advantage at aspects such as capacity, transmission speed, volume and power consumption, and the hard disk that therefore hard disk of 3.5 inch and 2.5 inch has replaced 5.25 inch becomes the main flow of current computer.
Generally speaking, hard disk is to be locked in can, then can is fixed on to computer, by this hard disk is fixed on to computer inside.Yet the size of the hard disk of 3.5 inch and 2.5 inch is different, the therefore can to the hard disk design correspondence hard disk size of 3.5 inch and 2.5 inch respectively just.Yet when user requires to change the size of hard disk, also need to change can simultaneously.This has not only increased user's inconvenience, has also promoted two kinds of needed costs of can of industry stock.Therefore how to design once becoming the problem that current industry need to solve for the shared fixed sturcture of hard disk of 3.5 inch and 2.5 inch.
Summary of the invention
In view of above problem, the invention relates to a kind of fixed sturcture, thereby the hard disk that solves 3.5 inch in prior art and 2.5 inch cannot share the problem of the fixed sturcture of same.
The disclosed fixed sturcture of one embodiment of the invention, in order to fix the data access arrangement of a first size or the data access arrangement of one second size, comprise a housing, one first location division, one second location division, one the 3rd location division, one first keeper and one second keeper.The first position point is in housing.The second position point is in housing, and with the first location division one first distance of being separated by.The data access arrangement of the corresponding first size of the first distance.The 3rd position point is in housing, with the first location division second distance of being separated by.The data access arrangement of corresponding the second size of second distance.Second distance is greater than the first distance.The first keeper is disposed at the first location division.The second keeper is optionally disposed at the second location division or the 3rd location division.The first keeper and the second keeper, in order to be fixed on the relative both sides of the data access arrangement of first size or the data access arrangement of the second size, make the data access arrangement of first size or the data access arrangement of the second size be fixedly arranged on housing.
According to the disclosed fixed sturcture of the invention described above embodiment, fixed sturcture fixedly the data access arrangement of first size when housing, the first keeper is disposed at the first location division, and the second keeper is disposed at the second location division, and in the data access arrangement of fixing the second size during in housing, the first keeper is disposed at the first location division, and the second keeper is disposed at the 3rd location division.Therefore, the data access arrangement of two kinds of sizes can share a kind of fixed sturcture, and the hard disk that has solved 3.5 inch in prior art and 2.5 inch cannot share the problem of same fixed sturcture.
The explanation of the explanation about content of the present invention above and following embodiment is in order to demonstration and explain principle of the present invention, and the further explanation of scope of patent protection of the present invention is provided.
Accompanying drawing explanation
Figure 1A is according to the exploded view of the disclosed fixed sturcture of one embodiment of the invention.
Figure 1B is the schematic perspective view of the fixed sturcture of Figure 1A and the data access arrangement of first size.
Fig. 1 C is the schematic perspective view of the fixed sturcture of Figure 1A and the data access arrangement of the second size.
Fig. 2 A is the schematic perspective view of data access arrangement of the first keeper, the second keeper and the first size of Figure 1A.
Fig. 2 B is the schematic perspective view of data access arrangement of the first keeper, the second keeper and the second size of Figure 1A.
Fig. 2 C is the side view of the part-structure of Fig. 2 A.
Fig. 2 D is the side view of the part-structure of Fig. 2 B.
Fig. 3 is the schematic perspective view of the part-structure of Figure 1A.
Description of reference numerals
5 fixed sturctures
10 housings
20 first location divisions
22 first protruding hubs
220 the 3rd perforates
30 second location divisions
32 second protruding hubs
320 the 6th perforates
40 the 3rd location divisions
42 the 3rd protruding hubs
420 minion holes
50 first keepers
52 first main bodys
52 first pilot holes
521 first pilot holes
522 first base plates
54 first locking parts
540 first linkage sections
542 first canned paragraphs
5420 first perforates
544 second canned paragraphs
5440 second perforates
56 first locking parts
60 second keepers
62 second main bodys
620 second pilot holes
621 second pilot holes
622 second base plates
64 second locking parts
640 second linkage sections
642 the 3rd canned paragraphs
6420 the 4th perforates
644 the 4th canned paragraphs
6440 the 5th perforates
66 second locking parts
70 first bolsters
72 first grooves
74 first passages
80 second bolsters
The data access arrangement of X first size
The data access arrangement of Y the second size
S1 the first screw
S2 the second screw
Embodiment
In embodiment, describe below detailed features of the present invention and advantage in detail; its content is enough to make any those skilled in the art understand technology contents of the present invention and implement according to this; and according to the disclosed content of this instructions, scope of patent protection and accompanying drawing, those skilled in the art can understand object and the advantage that the present invention is relevant easily.Following embodiment further describes viewpoint of the present invention, but non-to limit the scope of the invention anyways.
First refer to Figure 1A, Figure 1B and Fig. 1 C, Figure 1A is according to the exploded view of the disclosed fixed sturcture of one embodiment of the invention, Figure 1B is the schematic perspective view of the fixed sturcture of Figure 1A and the data access arrangement of first size, the schematic perspective view of the data access arrangement of the fixed sturcture that Fig. 1 C is Figure 1A and the second size.
The fixed sturcture 5 of the present embodiment, in order to fix the data access arrangement X of a first size or the data access arrangement Y of one second size.In an embodiment disclosed in this invention, the data access arrangement X of first size is for example the hard disk of one 2.5 inch, and the data access arrangement Y of the second size is for example the hard disk of one 3.5 inch, but not as limit.
Fixed sturcture 5, comprises a housing 10, one first location division 20, one second location division 30, one the 3rd location division 40, one first keeper 50 and one second keeper 60.
The first location division 20 is positioned at housing 10.The second location division 30 is positioned at housing 10, and with the first location division 20 one first distance D 1 of being separated by.In the present embodiment, the width of the data access arrangement X of the first distance D 1 corresponding first size, but not as limit, in other embodiments, the first distance D 1 is the length of the data access arrangement X of corresponding first size for example.The 3rd location division 40 is positioned at housing 10, with the first location division 20 second distance D2 of being separated by.In the present embodiment, the width of the data access arrangement Y of corresponding the second size of second distance D2, but not as limit, in other embodiments, second distance D2 is the length of the data access arrangement Y of corresponding the second size for example.Wherein, second distance D2 is greater than the first distance D 1.
The first keeper 50 is disposed at the first location division 20.The second keeper 60 is optionally disposed at the second location division 30 or the 3rd location division 40.The first keeper 50 and the second keeper 60 are such as but not limited to being made by electro-galvanized steel plate material.The plated steel sheet using compared to known techniques, hot-dip galvanized steel sheet is except cost is lower, in ground connection electric conductivity, prevent electromagnetic interference (EMI) and prevent that from there is obvious lifting the aspects such as static discharge.
The first keeper 50 and the second keeper 60, in order to be fixed on the relative both sides of the data access arrangement X of first size or the data access arrangement Y of the second size, make the data access arrangement X of first size or the data access arrangement Y of the second size be fixedly arranged on housing 10.
Refer to Figure 1A and Figure 1B, at the data access arrangement X of fixing first size, during in housing 10, the first keeper 50 is disposed at the first location division 20, and the second keeper 60 is disposed at the second location division 30.Refer to Figure 1A and Fig. 1 C, at the data access arrangement Y that fixes the second size, during in housing 10, the first keeper 50 is disposed at the first location division 20, and the second keeper 60 is disposed at the 3rd location division 40.
Because the first keeper 50 and the second keeper 60 are fixed on the relative both sides of the data access arrangement X of first size or the data access arrangement Y of the second size, and the first keeper 50 is disposed at the first location division 20, and the second keeper 60 is optionally disposed at the second location division 30 or the 3rd location division 40.Therefore, the data access arrangement Y of the data access arrangement X of first size or the second size can share same fixed sturcture 5.When producing the data access arrangement X of first size or the data access arrangement Y of the second size, only need to produce a kind of fixed sturcture, this has not only reduced whole die sinking expense, also can make the producer reduce stock, with the competitive power of improving product.In addition, compared to known techniques, use can so that the data access arrangement Y of the data access arrangement X of first size or the second size is fixed on to housing 10, because fixed sturcture 5 is only used the first keeper 50 and the second keeper 60, so need fewer materials and parts, thereby also all good than the fixed sturcture of known techniques in price and weight.
Refer to Figure 1A to Fig. 1 C, Fig. 2 A to Fig. 2 D, Fig. 2 A is the schematic perspective view of data access arrangement of the first keeper, the second keeper and the first size of Figure 1A, Fig. 2 B is the schematic perspective view of data access arrangement of the first keeper, the second keeper and the second size of Figure 1A, Fig. 2 C is the side view of the part-structure of Fig. 2 A, and Fig. 2 D is the side view of the part-structure of Fig. 2 B.Below by for the first keeper 50 and the second keeper 60, how fixedly the data access arrangement X of first size or the data access arrangement Y of the second size are illustrated.In the present embodiment, the dual-side that the data access arrangement X of first size is relative has respectively 2 first screw S1, and the relative dual-side of data access arrangement Y of the second size has respectively 2 second screw S2.In the present embodiment and other embodiment of part, the first keeper 50 comprises one first main body 52,2 first locking parts 54 and a plurality of the first locking part 56.The first main body 52 has four the first pilot holes 520,520,521,521.The first locking part 54 lays respectively at the first relative two ends of main body 52.The first locking part 54 is locked in housing 10.In addition, the second keeper 60 comprises one second main body 62,2 second locking parts 64 and a plurality of the second locking part 66.The second main body 62 has four the second pilot holes 620,620,621,621.The second locking part 64 lays respectively at the second relative two ends of main body 62.Wherein, the first pilot hole 520 and the second pilot hole 620 be corresponding the first screw S1 respectively, and the first pilot hole 521 and the second pilot hole 621 be corresponding the second screw S2 respectively.The first locking part 56 and the second locking part 66 are such as but not limited to being screw.Wherein, 2 first locking parts 56 are respectively in order to through the first pilot hole 520 and be locked in the first screw S1 of the data access arrangement X of first size, a side of the data access arrangement X of first size is fixed on to the first keeper 50 (as shown in 2A figure).Or, 2 first locking parts 56 are respectively in order to through the first pilot hole 521 and be locked in the second screw S2 of the data access arrangement Y of the second size, a side of the data access arrangement Y of the second size is fixed on to the first keeper 50 (as shown in 2B figure).In addition, 2 second locking parts 66 are respectively in order to through the second pilot hole 620 and be locked in the first screw S1 of the data access arrangement X of first size, the opposite side of the data access arrangement X of first size is fixed on to the second keeper 60 (as shown in 2A figure).Or, 2 second locking parts 66 are respectively in order to through the second pilot hole 621 and be locked in the second screw S2 of the data access arrangement Y of the second size, the opposite side of the data access arrangement Y of the second size is fixed on to the second keeper 60 (as shown in 2B figure).Yet the position of the first above-mentioned screw S1, the second screw S2, the first pilot hole 520,521 and the second pilot hole 620,621 and number are not in order to limit the present invention.
Therefore, by the first pilot hole 520,521, the second pilot hole 620,621 and on the data access arrangement X of first size, arrange corresponding the first pilot hole 520, the second pilot hole 620 the first screw S1, the second screw S2 of corresponding the first pilot hole 521, the second pilot hole 621 is set on the data access arrangement Y of the second size, the first keeper 50 and the second keeper 60 can be distinguished corresponding and fixedly the data access arrangement X of first size or the data access arrangement Y of the second size.
In addition, in the present embodiment and other embodiment of part, the first main body 52 is extended one first base plate 522 (as shown in 1A figure) from a side, and the first base plate 522 is in order to carry the data access arrangement X of first size or the data access arrangement Y of the second size.Therefore, the data access arrangement X of first size and housing 10 one the 3rd distance D 3 (as shown in 2C figure) that is greater than zero of being separated by, or the data access arrangement Y of the second size and housing 10 are separated by and one are greater than one the 4th zero distance D 4 (as shown in 2D figure).The second main body 62 is extended one second base plate 622 (as shown in 1A figure) from a side, and the structure of the second base plate 622 is similar to the first base plate 522 to effect, therefore repeat no more.Compared to known techniques, the data access arrangement Y of the data access arrangement X of first size or the second size closely arranges with the fixing can of use conventionally, the disclosed fixed sturcture of the present embodiment is a spacing because the data access arrangement X of first size or the data access arrangement Y of the second size and housing 10 are separated by, and is therefore preventing having better effect aspect vibrations.
The mode that the first keeper 50 is fixed on to the first location division 20 has a variety of, referring again to Figure 1A, Figure 1B and Fig. 1 C.In the present embodiment and other embodiment of part, the first location division 20 comprises 2 first protruding hubs 22, lays respectively at the first relative two ends, location division 20, and corresponding the first relative two ends of keeper 50 of difference.2 first protruding hubs 22 have respectively one the 3rd perforate 220.Wherein each first locking part 54 more comprises one first linkage section 540, one first canned paragraph 542 and one second canned paragraph 544.Wherein, the first linkage section 540 is connected with the first main body 52, and the first canned paragraph 542 is connected with the first linkage section 540, and has one first perforate 5420.The second canned paragraph 544 is connected with the first linkage section 540, and the second canned paragraph 544 is between the first canned paragraph 542 and housing 10, and the second canned paragraph 544 has one second perforate 5440.And the first perforate 5420 and the second perforate 5440 are toward each other.Wherein, 2 first protruding hubs 22 are respectively through 2 second perforates 5440, to provide the first keeper 50 Primary Location in the effect of the first location division 20.2 first locking parts 56 are respectively through 2 first perforates 5420 and 2 the 3rd perforates 220, the first locking part 54 is locked in to the first protruding hub 22.Therefore, the first keeper 50 is locked in the first location division 20.In other embodiment, it can be other modes that the first keeper 50 is fixed on the first location division 20, and for example the first keeper 50 is fixed on the first location division 20 in the mode of structure engaging, and the mode with locking is not limited.In addition, the mode and the said method that the second keeper 60 are fixed on to the second location division 30 are similar, therefore repeat no more.Therefore by the first keeper 50 being fixed on to the first location division 20 and the second keeper 60, be fixed on the second location division 30 or the 3rd location division 40, be able to the data access arrangement Y of the data access arrangement X of first size or the second size to be fixed on housing 10.
Refer to Figure 1A, Fig. 2 C and Fig. 3, the schematic perspective view of the part-structure that Fig. 3 is Figure 1A.In order to increase the shake-proof ability of fixed sturcture 5, in the present embodiment and other embodiment of part, fixed sturcture 5 more comprises 2 first bolsters 70 and 2 second bolsters 80.2 first bolsters 70 of the present embodiment and 2 second bolsters 80 are such as but not limited to being made by elastomeric material.At least part of volume of each the first bolster 70 is disposed between corresponding the first protruding hub 22 and the first canned paragraph 542.To the first bolster 70 be assembled between the first corresponding protruding hub 22 and the first canned paragraph 542 and be illustrated for how below.In the present embodiment and other embodiment of part, the side of the first bolster 70 has one first groove 72, corresponding to the first canned paragraph 542, and the first canned paragraph 542 is sticked in the first groove 72 of the first bolster 70, and the first bolster 70 is through the first perforate 5420.In addition, the first bolster 70 has more a first passage running through 74.When the first locking part 54 is locked in to the first protruding hub 22, the first protruding hub 22 is through the second perforate 5440, and the first locking part 56 is through first passage 74.Because the first bolster 70, through the first perforate 5420, also passes the first perforate 5420 when therefore the first locking part 56 is through first passage 74.At the first locking part 56, through after first passage 74, the first locking part 56 is locked in the first protruding hub 22.Thus, at least part of volume of the first bolster 70 is located between the first protruding hub 22 and the first canned paragraph 542.In addition, the second bolster 80 be disposed between the second corresponding protruding hub 32 and the 3rd canned paragraph 642 or the second bolster 80 to be disposed at corresponding the 3rd protruding hub 42 and mode and aforesaid way between the 3rd canned paragraph 642 similar, therefore repeat no more.Therefore, 2 first bolsters 70 and 2 second bolsters 80 can slow down the vibrations of the data access arrangement X of first size or the data access arrangement Y of the second size, reduce the damage that the data access arrangement X of first size or the data access arrangement Y of the second size cause because of vibrations.
According to the disclosed fixed sturcture of the invention described above embodiment, because the first keeper and the second keeper are fixed on the relative both sides of the data access arrangement of first size or the data access arrangement of the second size, and the first keeper is disposed at the first location division, and the second keeper is optionally disposed at the second location division or the 3rd location division.And the first screw and second screw of corresponding the first pilot hole and the second pilot hole are set in the data access arrangement of first size or the data access arrangement of the second size.Therefore, the data access arrangement of two kinds of sizes can share same fixed sturcture.
In addition,, in other embodiment of part, a spacing because data access arrangement and housing are separated by, is therefore preventing having better effect aspect vibrations.
In addition, in other embodiment of part, because at least part of volume of the first bolster is disposed between corresponding the first protruding hub and the first canned paragraph, at least part of volume of the second bolster is disposed between the second corresponding protruding hub and the 3rd canned paragraph or between corresponding the 3rd protruding hub and the 3rd canned paragraph.Therefore can increase the shockproof effect of fixed sturcture.
Claims (10)
1. a fixed sturcture, in order to fix the data access arrangement of a first size or the data access arrangement of one second size, comprising:
One housing;
One first location division, is positioned at this housing;
One second location division, is positioned at this housing, and with this first location division one first distance of being separated by, this first distance is to data access arrangement that should first size;
One the 3rd location division, is positioned at this housing, and with this first location division second distance of being separated by, this second distance is to data access arrangement that should the second size, and this second distance is greater than this first distance;
One first keeper, is disposed at this first location division; And
One second keeper, optionally be disposed at this second location division or the 3rd location division, this first keeper and this second keeper, in order to be fixed on the relative both sides of the data access arrangement of this first size or the data access arrangement of this second size, make the data access arrangement of this first size or the data access arrangement of this second size be fixedly arranged on this housing.
2. fixed sturcture as claimed in claim 1, is characterized in that, this first keeper comprises:
One first main body, has a plurality of the first pilot holes;
2 first locking parts, this 2 first locking part lays respectively at the relative two ends of this first main body, and this 2 first locking part is locked in this housing; And
A plurality of the first locking parts, at least one this first locking part is in order to pass at least one this first pilot hole so that the data access arrangement of the data access arrangement of this first size or this second size is fixed on to this first keeper.
As claim 2 fixed sturctures of stating, it is characterized in that, this first main body is extended one first base plate from a side, this first base plate is in order to carry the data access arrangement of this first size or the data access arrangement of this second size.
4. fixed sturcture as claimed in claim 2, is characterized in that, this first location division comprises 2 first protruding hubs, lays respectively at relative two ends, this first location division, and this 2 first protruding hub has respectively one the 3rd perforate, and wherein each this first locking part more comprises:
One first linkage section, is connected with this first main body;
One first canned paragraph, is connected with this first linkage section, and this first canned paragraph has one first perforate; And
One second canned paragraph, is connected with this first linkage section, and this second canned paragraph is between this first canned paragraph and this housing, and this second canned paragraph has one second perforate, and this first perforate and this second perforate are toward each other;
Wherein, this 2 first protruding hub is respectively through this 2 second perforate, and two these first locking parts are respectively through this 2 first perforate and this 2 the 3rd perforate, with this first keeper that locks in this first location division.
5. fixed sturcture as claimed in claim 4, is characterized in that, more comprises 2 first bolsters, and at least part of volume of this 2 first bolster is located in respectively between this 2 first protruding hub and this 2 first canned paragraph.
6. fixed sturcture as claimed in claim 1, is characterized in that, this second keeper comprises:
One second main body, has a plurality of the second pilot holes;
2 second locking parts, this 2 second locking part lays respectively at the relative two ends of this second main body, and this 2 second locking part is locked in this housing; And
A plurality of the second locking parts, at least one this second locking part is in order to pass at least one this second pilot hole so that the data access arrangement of the data access arrangement of this first size or this second size is fixed on to this second keeper.
As claim 6 fixed sturctures of stating, it is characterized in that, this second main body is extended one second base plate from a side, this second base plate is in order to carry the data access arrangement of this first size or the data access arrangement of this second size.
8. fixed sturcture as claimed in claim 6, is characterized in that, this second location division comprises 2 second protruding hubs, lays respectively at relative two ends, this second location division, and this 2 second protruding hub has respectively one the 6th perforate, and wherein each this second locking part more comprises:
One second linkage section, is connected with this second main body;
One the 3rd canned paragraph, is connected with this second linkage section, and the 3rd canned paragraph has one the 4th perforate; And
One the 4th canned paragraph, is connected with this second linkage section, and the 4th canned paragraph is between the 3rd canned paragraph and this housing, and the 4th canned paragraph has one the 5th perforate, and the 4th perforate and the 5th perforate are toward each other;
Wherein, this 2 second protruding hub is respectively through this 2 the 5th perforate, two these second locking parts respectively through this 2 the 4th perforate and this 2 the 6th perforate with this second keeper that locks in this second location division.
As claim 8 fixed sturctures of stating, it is characterized in that, more comprise 2 second bolsters, at least part of volume of this 2 second bolster is located in respectively between this 2 second protruding hub and this 2 the 3rd canned paragraph.
10. fixed sturcture as claimed in claim 6, it is characterized in that, the 3rd location division comprises 2 the 3rd protruding hubs, lay respectively at the 3rd relative two ends, location division, this 2 the 3rd protruding hub has respectively a minion hole, this 2 the 3rd protruding hub is respectively through the 5th perforate, two these second locking parts respectively through this 2 the 4th perforate and this two minion hole with this second keeper that locks in the 3rd location division.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210358482.9A CN103677162B (en) | 2012-09-24 | 2012-09-24 | Fixing structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210358482.9A CN103677162B (en) | 2012-09-24 | 2012-09-24 | Fixing structure |
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| CN103677162A true CN103677162A (en) | 2014-03-26 |
| CN103677162B CN103677162B (en) | 2017-02-08 |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN103677162B (en) | 2017-02-08 |
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Effective date of registration: 20191212 Address after: Within huangwan town government, Jiaxing City, Zhejiang Province Patentee after: Haining huangwan town Asset Management Co., Ltd Address before: 201114 Shanghai City Caohejing Export Processing Zone Pu Xing Road No. 789 Co-patentee before: Yingda Co., Ltd. Patentee before: Yingda Technology Co., Ltd. |