CN101989107B - Mounting and drawing-out structure of electronic device - Google Patents
Mounting and drawing-out structure of electronic device Download PDFInfo
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- CN101989107B CN101989107B CN 200910163620 CN200910163620A CN101989107B CN 101989107 B CN101989107 B CN 101989107B CN 200910163620 CN200910163620 CN 200910163620 CN 200910163620 A CN200910163620 A CN 200910163620A CN 101989107 B CN101989107 B CN 101989107B
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- connecting rod
- affects
- electronic installation
- pull handle
- chute
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Abstract
The invention relates to a mounting and drawing-out structure of an electronic device, comprising a fixed base for containing the electronic device, a first sliding groove, a drawing connecting rod and a rotary tenon, wherein the drawing connecting rod can slide in the first sliding groove along the first direction; the drawing connecting rod is provided with a first protruding column; the rotarytenon is provided with a second sliding groove; the first protruding column of the drawing connecting rod is embedded in the second sliding groove; the rotary tenon is provided with a clamping end part which is embedded in the clamping part of the fixing base; and when the drawing connecting rod is driven, the rotary tenon can be driven to rotate simultaneously, and the rotary tenon is used for driving the electronic device to move along the second direction vertical to the first direction.
Description
Technical field
The present invention relates to a kind of installation and drawing-out structure of electronic installation, espespecially a kind of convertible electronic installation is installed and drawing-out structure in the electronic installation of orthogonal different motion direction.
Background technology
At present general host computer is provided with the hard disk accommodation space, provides the user that removable hard disk can be installed, and in order to improve the convenience of installing and extracting hard disk, therefore many mechanism design for extracting hard disk is arranged.
For existing patent, such as tw Taiwan patent announcement M303460 " bogey of removable hard drive ", one end of the first connecting rod of its interlinked mechanism is articulated on the sliding door, and described second connecting rod one end is articulated on the outer shell base, the other end then is connected on the sliding panel, described sliding panel end extends upward a pushing part, described pushing part is between connector base and hard disk, and it is to withdraw from order to hard disk is pushed open from connector base, and its purpose is quick, simple and easy and big displacement quantity hard disk is taken out; Tw Taiwan patent announcement M310359 " hard disk abstraction mechanism " and for example, its linkage unit is arranged in hollow-out parts, and comprise opposite one articulated section that is pivoted with described panel, with one be arranged in slippage slot and the protruding pushing and pressing part that is exposed in the described storage tank, and described pushing and pressing part is positioned at the rear side of described hard disk; Described panel can close between entire position and an expanded position one with respect to described panel bed and rotate, and drive described linkage unit and withdraw between position slippage with respect to described frame unit at a setting position and together with described hard disk, its purpose is to provide a kind of need not remove the hard disk abstraction mechanism that casing can take out hard disk; Tw Taiwan patent announcement M329836 " hard disk exit structure " and for example, its the first trace one end extends two lugs, and on lug, all offer a chute hole, this the first trace one end is arranged at limit, hard disk chassis side and is articulated with sliding door one side, the articulated section of the other end and one second trace is articulated, this the second trace one end is a withstanding part, the other end is articulated in limit, hard disk chassis side, and extend an articulated section in the articulated section, this articulated section is meeting and the corresponding setting of the chute hole of the first trace lug, this second trace is arranged at hard disk framework rear end and suitably locates, and its purpose is to provide a kind of hard disk exit structure that hard disk is taken out smoothly.
Take a broad view of above-mentioned existing patent, although its structure is different, but its interlinked mechanism drives the mode that hard disk moves, still keeping traditional single direction installs and the mode of secession, that is the installation direction of its hard disk must be directly towards connector, when real space or casing design limited so that hard disk can't directly must be installed by other directions towards connector, during for example by the side of casing, then can't use above-mentioned existing patent structure.
Summary of the invention
Because the disappearance of prior art, the present invention proposes a kind of installation and drawing-out structure of electronic installation, convertible electronic installation is in orthogonal different motion direction, can significantly reduce electronic installation displacement requisite space thus, and can be in the minor increment stroke, reach electronic installation on socket withdrawing and still have sufficient space that electronic installation is taken out.
For achieving the above object, the invention provides a kind of installation drawing-out structure of electronic installation, it comprises:
One holder is in order to the holding electronic device, and described holder has a holding section;
One first chute, it is arranged at the first side of described electronic installation;
One affects connecting rod, and it is arranged in described the first chute and can does to be parallel to the slippage of a first direction in described the first chute, and the described connecting rod that affects has at least one the first projection;
One rotation trip, described rotation trip has at least one the second chute to be provided in described the first projection that affects connecting rod is embedded at, described rotation trip has a co-end, described co-end is embedded in the holding section of described holder, described when affecting rod slide when driving, the described rotation trip of driven in synchronism rotates, and drives described electronic installation by described rotation trip and move towards a second direction, and described second direction is perpendicular to described first direction;
One pull handle, described pull handle is hubbed at the first side of described electronic installation, has one first snap fit at the described connecting rod that affects, be provided with one second snap fit at described pull handle, described the second snap fit and described the first snap fit of connecting rod that affects fasten, when driving described pull handle rotation, described rod slide and the described rotation trip of affecting of driven in synchronism rotates; And
One buckle element, it is the position in order to fixing described pull handle, avoid described pull handle to rotate, described buckle element has one first buckle, be provided with one second buckle at described pull handle corresponding to described the first snapped-in position, described pull handle is rotated towards described buckle element, and described the first buckle and the second buckle can engage mutually.
Wherein, the described connecting rod that affects is strip, and it has a first end and a second end, and described the first snap fit of connecting rod that affects is located at described first end, and described at least one projection is located at described the second end.
Wherein, described the first chute is to be made of two the first parallel plate bodys, be provided with the first groove at the relative madial wall of described two first plate bodys, the bearing of trend of described the first groove is to be parallel to described first direction, be provided with at least one projection at the described dual-side of connecting rod that affects, described projection is embedded in described the first groove.
Wherein, it more comprises a horizontal cell, and described horizontal cell is arranged at described second side of described electronic installation.
Wherein, described horizontal cell is connected with described the first chute.
Wherein, it more comprises a pivot connecting element, the surface that it is arranged at the first side of described electronic installation and convexedly stretches in described the first side, and described pivot connecting element is in order to be articulated with described pull handle pivot.
Wherein, described pivot connecting element is to be made of two mutual the second parallel plate bodys, respectively be provided with a pivoted hole at described two second plate body opposite positions, respectively be provided with one second projection on the limit, two opposite sides of described pull handle, described the second projection is to be articulated in the pivoted hole of corresponding described the second plate body, described two mutual the second parallel plate bodys are connected in a stator, described stator is arranged at the 3rd side of described electronic installation, described the 3rd side is adjacent with described the first side, and described the 3rd lateral vertical is in described the first side.
Wherein, described the first projection of connecting rod that affects is arranged at the described connecting rod both sides opposite position that affects, described rotation trip has two the 3rd parallel plate bodys, respectively be provided with one second chute at described two the 3rd plate body opposite positions, the described connecting rod that affects is arranged between described two parallel the 3rd plate bodys, and described the first projection of connecting rod that affects is arranged in described the second chute.
Compared with prior art, the beneficial effects of the utility model are: can significantly reduce electronic installation displacement requisite space, and can be in the minor increment stroke, reach electronic installation on socket withdrawing and still have sufficient space that electronic installation is taken out.
Description of drawings
Fig. 1 is decomposition texture stereographic map of the present invention;
Fig. 2 is unitized construction stereographic map of the present invention;
Fig. 3 to Fig. 5 is that the present invention drives the continuous action synoptic diagram that hard disk and Connection Block are pegged graft mutually;
Fig. 6 to Fig. 8 is the continuous action synoptic diagram that pull handle of the present invention and buckle element are interlocked.
Description of reference numerals: 10-hard disk; 111-the first side; 12-the second side; 13-the 3rd side; 14-the 4th side; The 141-plug socket; The 20-holder; The 21-holding section; The 22-protruding rail; 3-vertical drive structure; 30-the first chute; 31-the first plate body; 32-the first groove; 33-the first pivoted hole; 40-affects connecting rod; The 41-first end; The 42-the second end; 43-the first snap fit; 44-the first projection; The 45-projection; The 50-pull handle; 51-the second snap fit; 52-the second projection; 53-the second buckle; 60-rotates trip; 61-the 3rd plate body; 62-the second chute; The 63-co-end; The 64-rotating shaft; 65-the second pivoted hole; 7-horizontal guide structure; The 70-horizontal cell; 71-the second groove; The 80-pivot connecting element; 81-the second plate body; The 82-stator; The 83-pivoted hole; The 90-host computer; The 91-Connection Block; The 92-posting port; The 100-buckle element; 101-the first buckle; The A-first direction; The B-second direction.
Embodiment
For reaching the employed technological means of purpose and effect, and following graphic cited embodiment only is aid illustration, in order to your juror understands hereinafter with reference to the graphic the present invention of description who encloses, but that the technological means of this case is not limited to is cited graphic.
See also Figure 1 and Figure 2, the installation drawing-out structure of a kind of electronic installation provided by the present invention, described electronic installation can be hard disk, soft disc player, CD-ROM device or other have the electronic installations such as electronic interface card of telecommunication slot in the present embodiment.Next for convenience of description, below explanation is with the embodiment of hard disk as described electronic installation.It mainly comprises the installation drawing-out structure of described electronic installation a hard disk 10, a holder 20, has a vertical drive structure 3 and a rotation trip 60 that one first chute 30 and affects connecting rod 40.
Described hard disk 10 comprises one first side 11, one second side 12, one the 3rd side 13 and one the 4th side 14, described the second side 12 is adjacent with described the first side 11 with described the 3rd side 13, and described the second side 12 and the 3rd side 13 are perpendicular to described the first side 11, described the 4th side 14 is adjacent with described the 3rd side 13 with described the second side 12, and described the 4th side 14 is parallel to described the first side 11, make described hard disk 10 have a rectangular appearance, be provided with plug socket 141 (can consult Fig. 3) in described the 4th side 14.
Described holder 20 is in order to accommodating described hard disk 10, is provided with a holding section 21 at described holder 20, after will being illustrated in about the effect of described holding section 21; Described holder 20 is arranged in host computer or the associated electronic device, see also shown in Figure 3, being provided with Connection Block 91 in described host computer 90 provides with the plug socket 141 of described hard disk 10 and mutually pegs graft, mandatory declaration be, the form of described holder 20 is not limited to structure shown in the figure, described holder 20 can be the shell structure of described host computer 90 inside, the casing structure of described host computer 90 inside also can directly be adopted in described holding section 21, and described holding section 21 is not limited to illustrate described rectangle transmission flute profile attitude.
Described the first chute 30 is arranged at the first side 11 of described hard disk 10, described the first chute 30 is to be made of two the first parallel plate bodys 31, be provided with the first groove 32 at described two first plate bodys, 31 relative madial walls, the bearing of trend of described the first groove 32 is to be parallel to a first direction A; Described the first chute 30 bottoms are connected with a horizontal guide structure 7.In the present embodiment, described horizontal guide structure 7 includes a horizontal cell 70 and a protruding rail 22.Described horizontal cell 70 is to extend described the second side 12 that is arranged at described hard disk 10 by described the first chute 30 bottoms, described horizontal cell 70 can be one-body molded with described the first chute 30, be provided with the second groove 71 at described horizontal cell 70, it is mutually chimeric to be provided with protruding rail 22 at described holder 20, and the bearing of trend of described the second groove 71 and protruding rail 22 is to be parallel to a second direction B, described second direction B is perpendicular to described first direction A, with regard to present embodiment, described first direction A is vertical direction, and described second direction B is horizontal direction.
The described connecting rod 40 that affects is strip, it has a first end 41 and a second end 42, respectively be provided with one first projection 44 at described the second end 42 both sides opposite positions, respectively be provided with two projections 45 at the described dual-side of connecting rod 40 that affects, the described connecting rod 40 that affects is embedded in described the first chute 30, described projection 45 can be embedded in described first groove 32 of described the first chute 30, drive by external force, can make the described connecting rod 40 that affects can be in the 30 interior past polyslips of making parallel described first direction A of described the first chute.
Described rotation trip 60, it is hubbed at the first side 11 of described hard disk 10, as shown in the figure, described rotation trip 60 is arranged between the first plate body 31 of described the first chute 30, and be arranged in simultaneously the first pivoted hole 33 of described the first plate body 31 and the second pivoted hole 65 of described rotation trip 60 by a rotating shaft 64, described rotation trip 60 has two the 3rd parallel plate bodys 61, respectively be provided with an elongated the second chute 62 at described two the 3rd plate bodys, 61 opposite positions, the described connecting rod 40 that affects is arranged between described two the 3rd plate bodys 61, and described the first projection 44 of connecting rod 40 that affects is arranged in described the second chute 62, in addition, described rotation trip 60 has a co-end 63, and described co-end 63 is embedded in the described holding section 21 of described holder 20.
As previously mentioned, can drive the described connecting rod 40 that affects in the 30 interior past polyslips of making parallel described first direction A of described the first chute by external force, control the described convenience that affects connecting rod 40 for improving the user, therefore, be provided with a pull handle 50 at the described top of connecting rod 40 that affects, as shown in Figures 1 and 2, described pull handle 50 is hubbed at the first side 11 of described hard disk 10, described pull handle 50 has one second snap fit 51, be provided with one first snap fit 43 at described first end 41, described the second snap fit 51 can fasten with described the first snap fit 43, the first side 11 at described hard disk 10 is provided with a pivot connecting element 80, described pivot connecting element 80 is to be made of two mutual the second parallel plate bodys 81, described two mutual the second parallel plate bodys 81 are connected in a stator 82, described stator 82 is arranged at the 3rd side 13 of described hard disk 10, respectively be provided with a pivoted hole 83 at described two second plate bodys, 81 opposite positions, respectively be provided with one second projection 52 on the limit, two opposite sides of described pull handle 50, described the second projection 52 is to be articulated in the pivoted hole 83 of corresponding described the second plate body 81, thus, can make described pull handle 50 be articulated in the first side 11 of described hard disk 10, and because described the second snap fit 51 fastens with described the first snap fit 43, when the user pulls described pull handle 50, described pull handle 50 can produce a turning effort masterpiece and be used for described connecting rod 40 tops that affect, can drive the described acting force that affects connecting rod 40 to produce vertical direction, make the described connecting rod 40 that affects in the 30 interior past polyslips of making parallel described first direction A of described the first chute; But mandatory declaration is, described pull handle 50 is only as being convenient to drive a described example structure that affects connecting rod 40, even described pull handle 50 is not set, still can drive the described connecting rod 40 that affects toward polyslip, for example, the user can directly grasp described connecting rod 40 tops that affect, maybe can be by the identical or approximate described connecting rod 40 that affects of other member drives of function and described pull handle 50 toward polyslips.
See also Fig. 3 and drive the continuous action synoptic diagram that hard disk and Connection Block are pegged graft mutually to the present invention of being shown in Figure 5, at first as shown in Figure 3, described holder 20 is arranged at and is provided with Connection Block 91 in the described host computer 90 and provides with described hard disk 10 and mutually peg graft, described host computer 90 has a posting port 92, in order to provide described being assembled with to affect connecting rod 40, the hard disk 10 of pull handle 50 and rotation trip 60 is inserted in the described host computer 90, the second groove 71 of described hard disk 10 bottoms (that is described second side 12) can be mutually chimeric with the described protruding rail 22 of described holder 20, described hard disk 10 Primary Location effects are provided, simultaneously, the described co-end 63 of described rotation trip 60 is embedded in the described holding section 21 of described holder 20, at this moment, the plug socket 141 of described hard disk 10 and the Connection Block 91 in the described host computer 90 are that composition is from state; See also Fig. 4 and Fig. 5, when the described pull handle 50 of driving rotates centered by it articulates position (that is described second projection 52), the inside wall of pull handle 50 is resisted against described the first snap fit 43, to drive the described connecting rod 40 that affects in the downward slippage of described the first chute 30 interior parallel described first direction A, described the first projection 44 of connecting rod 40 bottoms that affects can be at described the second chute 62 interior down slidings simultaneously, in the process of down sliding, because the first projection 44 promotes thrust that the second chute 62 produces so that described rotation trip 60 rotates counterclockwise.Because the co-end 63 of described rotation trip 60 is subject in the described holding section 21, so that described rotation trip 60 is when rotating centered by it articulates position (that is described rotating shaft 64), co-end 63 can be resisted against on the wall of holding section 21 and produce a thrust that is parallel to described second direction B, so that described plug socket 141 moves towards described Connection Block 91, when continuing the described pull handle 50 of compacting so that affect connecting rod 40 to continue to move down, can so that described plug socket 141 be pegged graft mutually with described Connection Block 91, described hard disk 10 be formed with described host computer 90 be electrically connected.
As shown in Figure 5, with regard to present embodiment, described posting port 92 is arranged at the top of described host computer 90, described hard disk 10 can vertical direction (that is described first direction A) be inserted described host computer 90, and hard disk 10 can be pegged graft with Connection Block 91 mutually with horizontal direction (that is described second direction B) driving.In addition, when guaranteeing that described plug socket 14 is pegged graft mutually with described Connection Block 91, described pull handle 50 unlikely random rotations, one buckle element can be set with the position of fixing described pull handle 50, see also Fig. 6 to described buckle element 100 embodiment shown in Figure 8, described buckle element 100 has one first buckle 101, be provided with one second buckle 53 at described pull handle 50 corresponding to described the first buckle 101 positions, described pull handle 50 is rotated towards described buckle element 100, described the first buckle 101 and the second buckle 53 can engage mutually, make fixing described pull handle 50 positions, the setting position of described buckle element 100 and indefinite, in the present embodiment, described buckle element 100 is arranged at described host computer 90 madial walls, also the height of described holder 20 (seeing also shown in Figure 3) can be extended upward, buckle element 100 is arranged at described holder 20.
And when wish is taken out described hard disk 10, as long as when drawing and lifting described pull handle 50, pull handle 50 rotates take the second projection 52 as pivot, in the process of rotating, the second snap fit 51 can lean with the first snap fit 43, and the rotation by pull handle 50 is so that the second snap fit 51 provides an acting force on described the first snap fit 43.When described snap fit 43 receives described acting force, so affect connecting rod 40 meetings moving up because of described acting force.When affecting connecting rod 40 to move up, affect the first projection 44 on the connecting rod 40 also can move up simultaneously.Because described the first projection 44 is to be slidedly arranged in described the first chute 62, therefore in the first projection 44 moves up process, by being resisted against the upwards acting force that the first chute 62 produces the rotation trip 60 take rotating shaft 64 as pivot is produced a moment, rotation trip 60 is rotated.When rotation trip 60 because the first projection 44 acting forces so during rotation, it is oppositely mobile according to described second direction B that the thrust of the second direction B that produces can drive described hard disk 10, described plug socket 141 is separated with described Connection Block 91, when hard disk 10 moves to position shown in Figure 3, the user can affect connecting rod 40 with described being assembled with, the hard disk 10 of pull handle 50 and rotation trip 60 is taken out by described posting port 92, as for the shift motion of described hard disk 10 at described second direction B, then according to described pull handle 50, described connecting rod 40 and the described rotation trip 60 actual design sizes of affecting are different and determine, there is no certain limitation.
In sum, the installation drawing-out structure of electronic installation provided by the invention, described pull handle 50 can produce a turning effort masterpiece and be used for described connecting rod 40 tops that affect, can drive the described acting force that affects connecting rod 40 to produce vertical direction, and described the first chute 30 and the vertical drive structure 3 that affects connecting rod 40 to consist of, can in order to the force transmission of described vertical direction to described rotation trip 60, by described rotation trip 60 acting force of described vertical direction is converted to again the acting force of horizontal direction, recycle the second groove 71 of described horizontal cell 70 and the guiding that protruding rail 22 cooperates as location and horizontal direction displacement, convertible hard disk 10 is in orthogonal different motion direction, really can significantly reduce hard disk displacement requisite space, and can be in the minor increment stroke, reach hard disk on socket withdrawing and still have sufficient space that hard disk is taken out.
More than explanation is just illustrative for the purpose of the present invention, and nonrestrictive, those of ordinary skills understand; in the situation that does not break away from the spirit and scope that following claims limit, can make many modifications, change; or equivalence, but all will fall within the scope of protection of the present invention.
Claims (8)
1. the installation drawing-out structure of an electronic installation is characterized in that it comprises:
One holder is in order to the holding electronic device, and described holder has a holding section;
One first chute, it is arranged at the first side of described electronic installation;
One affects connecting rod, and it is arranged in described the first chute and can does to be parallel to the slippage of a first direction in described the first chute, and the described connecting rod that affects has at least one the first projection;
One rotation trip, described rotation trip has at least one the second chute to be provided in described the first projection that affects connecting rod is embedded at, described rotation trip has a co-end, described co-end is embedded in the holding section of described holder, described when affecting rod slide when driving, the described rotation trip of driven in synchronism rotates, and drives described electronic installation by described rotation trip and move towards a second direction, and described second direction is perpendicular to described first direction;
One pull handle, described pull handle is hubbed at the first side of described electronic installation, has one first snap fit at the described connecting rod that affects, be provided with one second snap fit at described pull handle, described the second snap fit and described the first snap fit of connecting rod that affects fasten, when driving described pull handle rotation, described rod slide and the described rotation trip of affecting of driven in synchronism rotates; And
One buckle element, it is the position in order to fixing described pull handle, avoid described pull handle to rotate, described buckle element has one first buckle, be provided with one second buckle at described pull handle corresponding to described the first snapped-in position, described pull handle is rotated towards described buckle element, and described the first buckle and the second buckle can engage mutually.
2. the installation drawing-out structure of electronic installation as claimed in claim 1, it is characterized in that, the described connecting rod that affects is strip, it has a first end and a second end, described the first snap fit of connecting rod that affects is located at described first end, and described at least one the first projection is located at described the second end.
3. the installation drawing-out structure of electronic installation as claimed in claim 1, it is characterized in that, described the first chute is to be made of two the first parallel plate bodys, be provided with the first groove at the relative madial wall of described two first plate bodys, the bearing of trend of described the first groove is to be parallel to described first direction, be provided with at least one projection at the described dual-side of connecting rod that affects, described projection is embedded in described the first groove.
4. the installation drawing-out structure of electronic installation as claimed in claim 1 is characterized in that, it more comprises a horizontal cell, and described horizontal cell is arranged at the second side of described electronic installation.
5. the installation drawing-out structure of electronic installation as claimed in claim 4 is characterized in that, described horizontal cell is connected with described the first chute.
6. the installation drawing-out structure of electronic installation as claimed in claim 1, it is characterized in that, it more comprises a pivot connecting element, the surface that it is arranged at the first side of described electronic installation and convexedly stretches in described the first side, and described pivot connecting element is in order to be articulated with described pull handle.
7. the installation drawing-out structure of electronic installation as claimed in claim 6, it is characterized in that, described pivot connecting element is to be made of two mutual the second parallel plate bodys, respectively be provided with a pivoted hole at described two second plate body opposite positions, respectively be provided with one second projection on the limit, two opposite sides of described pull handle, described the second projection is to be articulated in the pivoted hole of corresponding described the second plate body, described two mutual the second parallel plate bodys are connected in a stator, described stator is arranged at the 3rd side of described electronic installation, described the 3rd side is adjacent with described the first side, and described the 3rd lateral vertical is in described the first side.
8. the installation drawing-out structure of electronic installation as claimed in claim 1, it is characterized in that, described the first projection of connecting rod that affects is arranged at the described connecting rod both sides opposite position that affects, described rotation trip has two the 3rd parallel plate bodys, respectively be provided with one second chute at described two the 3rd plate body opposite positions, the described connecting rod that affects is arranged between described two parallel the 3rd plate bodys, and described the first projection of connecting rod that affects is arranged in described the second chute.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910163620 CN101989107B (en) | 2009-07-30 | 2009-07-30 | Mounting and drawing-out structure of electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910163620 CN101989107B (en) | 2009-07-30 | 2009-07-30 | Mounting and drawing-out structure of electronic device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101989107A CN101989107A (en) | 2011-03-23 |
| CN101989107B true CN101989107B (en) | 2013-10-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910163620 Expired - Fee Related CN101989107B (en) | 2009-07-30 | 2009-07-30 | Mounting and drawing-out structure of electronic device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101989107B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104731268A (en) * | 2013-12-19 | 2015-06-24 | 南通霆云网络科技有限公司 | Hard disk bracket used for server |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2655319Y (en) * | 2003-08-25 | 2004-11-10 | 英业达股份有限公司 | Fastening mechanism for case of electronic apparatus |
| CN2791812Y (en) * | 2005-04-27 | 2006-06-28 | 营邦企业股份有限公司 | Magnetic disc machine drawing converting device |
| JP3140594U (en) * | 2008-01-21 | 2008-04-03 | 株式会社オウルテック | Case for hard disk drive |
-
2009
- 2009-07-30 CN CN 200910163620 patent/CN101989107B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2655319Y (en) * | 2003-08-25 | 2004-11-10 | 英业达股份有限公司 | Fastening mechanism for case of electronic apparatus |
| CN2791812Y (en) * | 2005-04-27 | 2006-06-28 | 营邦企业股份有限公司 | Magnetic disc machine drawing converting device |
| JP3140594U (en) * | 2008-01-21 | 2008-04-03 | 株式会社オウルテック | Case for hard disk drive |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101989107A (en) | 2011-03-23 |
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