CN1854976A - Installation structure of hard-disk driver for booknote computer - Google Patents
Installation structure of hard-disk driver for booknote computer Download PDFInfo
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- CN1854976A CN1854976A CN 200510039079 CN200510039079A CN1854976A CN 1854976 A CN1854976 A CN 1854976A CN 200510039079 CN200510039079 CN 200510039079 CN 200510039079 A CN200510039079 A CN 200510039079A CN 1854976 A CN1854976 A CN 1854976A
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- drive
- hard disk
- hard
- disk drive
- groove
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Abstract
A hard disc driver erection structure of portable computer consists of erection notch being formed on shell and being set with body connector at its one side for placing hard disc driver connected with body connector as well as being set connection hook at its two sides, driver carriage being connected with hard disc driver and shell for preventing it from movement in erection notch and being connected with connection hook for preventing it from upwards and downwards movement, driver cover being used to cover erection notch as its one end being connected with shell and another end being used to connect shell with hard disc driver.
Description
Technical field
The present invention is an invention of relevant pocket computer, is exactly for the hard disk drive that uses is installed in the installation structure of hard-disk driver on the pocket computer on the main body in pocket computer in more detail.
Background technology
Pocket computer describes with reference to pocket computer among the present invention as making things convenient for the user and being easy to carry.
Fig. 1 is the exploded perspective view of outward appearance below the main part of common pocket computer, figure in view of the above, and pocket computer is made up of main frame portion 1 and display part 3.Main frame portion 1 is a hexahedral plate case that roughly is oblate type, and keyboard (not having diagram) is arranged in the above, and the inside of main frame portion 1 has mainboard, storer, hard disk drive 7 etc. to constitute the various accessories of pocket computer.
Display part 3 generally all is to use liquid crystal board, is connecting hinge assembly (not having diagram) in the rearward end of main frame portion 1, and closely links to each other on main body 1 or folding putting together.Display part 3 also with the main body 1 the same hexahedral plate case of oblate type that is roughly, with reference to when reality is used pocket computer, just as can be seen, the lower part of main frame portion 1 has just contacted with desktop as the bottom surface from figure.
Be rectangular depression below main frame portion 1, can lay hard disk drive 7 in it.A plurality of hard disks are arranged in the hard disk drive 7, and they are the record and the part of canned data, in a side of hard disk drive 7 connector 8 are arranged, and all kinds of connectors on the mainboard of connector 8 and main frame portion 1 link to each other, so that hard disk drive links to each other with mainboard.
Lay groove 5 usefulness lids 9 it is opened and closed, promptly be placed in the hard disk drive 7 laid in the groove 5 and it can not have been contacted arbitrarily with the outside according to the switch of lid 9.Lid 9 links to each other with screw 10 with the edge of laying groove 5, so a plurality of connecting holes 9 are arranged on lid 9.
But in above prior art, following problem is arranged.
Lay hard disk drive 7 lay groove must for moving direction that connector 8 links to each other on bigger than the space of hard disk drive 7.Be placed in the state of laying groove 5 at hard disk drive 7, the converter of connector 8 and mainboard wants to link together and just must move.Therefore in hard disk drive 7 and an end of laying groove 5 space that just has been bound to, this space just provides possible for hard disk drive 7 activity in depression.Promptly be subjected under the situation of unexpected external force at pocket computer, hard disk drive 7 will move in laying groove, and this produces the problem of separating with regard to having occurred with connector 8.
Hard disk drive 7 is except having and being connected the power of the connector 8 of laying groove 5 inside, just there be not the fixing of other to use structure, therefore, move if hard disk drive 7 is subjected to the direction that external force will produce to lid 9, meanwhile this moves and will cause connector 8 to separate with motherboard connector.
In addition, in the prior art, lid 9 is laid groove 5 and fixing for hiding, and just must carry out the operation that connects with a lot of screws on assembly line, so the assembling operation of notebook phone also can be very loaded down with trivial details.
At last, in the prior art, also can occur taking out hard disk drive 7 from lay groove 5 can very bothersome problem.That is, lay between groove 5 and the hard disk drive 7 except that the promising space that makes connector 8 combinations, other unnecessary spaces not, therefore, take out hard disk drive 7 from lay groove 5 will be very hard.
Summary of the invention
Therefore, in order to solve problems of the prior art, just invented out and laid the structure that inside grooves fixedly makes it not move arbitrarily to hard disk drive.
Another object of the present invention is to make the running program easy that hard disk drive is installed, and hard disk drive is installed in the groove and taking-up becomes very simple from laying of main frame.
To achieve these goals and according to characteristics of the present invention, the present invention includes: lay groove, be recessed to form on the casing surface that constitutes main frame, its side has the main body connector, can lay the hard disk drive that is connected with the main body connector by connector, there is butt hook its two side; Drive bay and is placed in the hard disk drive of laying in the groove and links to each other, links to each other with casing simultaneously, and is mobile in laying groove to prevent it, for a side of the side screw that links to each other with hard disk drive links to each other with butt hook, prevents to move up and down; Drive covers can hide and lay groove, and it links to each other with an end of casing, and the other end connects together hard disk drive, casing.
The end of assigning that the drive covers of assigning is arranged at the edge of laying groove has the gathering sill that imports the side screw in the side of assigning groove of beginning position of assigning end and butt hook connection.
Link slot is arranged at the bottom of assigning end opposite at main connector, in the side of assigning end that the main body connector is arranged public connecting hole is arranged.
Because drive bay is made by the plate of metal material, comprise by with wide the relative corresponding upper plate portion of hard disk drive, there is the side plate of connecting hole at the two ends that vertically are bent to form in the both sides of upper plate portion, and inserting the connecting hole that forms at the end of upper plate portion end is the brace of through hole.
On drive covers, the connection projection of inserting link slot is arranged, at the reverse side connecting hole corresponding with the public connecting hole of assigning end that connects projection is through hole, public connecting screw just links together connecting hole on the brace of drive bay and the connecting hole on the drive covers, and they are linked to each other with the public connecting hole of assigning end.
On the face of relative broad on the hard disk drive end being arranged is the insulating trip of hand holding handle.
With a side of the relevant casing of edge one side of laying groove the finger-shaped link slot is being arranged, it can make drive covers separate from casing at an easy rate.
According to the installation structure of hard-disk driver for booknote computer of this kind invention, hard disk drive is installed in lay will be more firm in the groove, the installation that hides the lid of hard disk drive also has been more prone to.Hard disk drive is easy to from laying to take out or pack into also can become in the groove.
More than Shuo Ming installation structure of hard-disk driver for booknote computer of the present invention can have following effect.
At first in the present invention, hard disk drive is firmly fixed in assigning groove, can not move to any direction, even if therefore pocket computer is subjected to the effect of external force, hard disk drive can not move arbitrarily in assigning groove yet, can make hard disk drive have more permanance like this, can prevent that also connector from coming off.
Among the present invention, the drive covers of assigning groove that hard disk drive is laid in covering is to be fixed in together on the horizontal casing with the drive bay that is connected in hard disk drive, therefore, when hard disk drive is installed, only just can connect, so for the installation of hard disk drive with just disassemble and be more convenient for 2 connecting screws.
In addition, be provided with the insulating trip of hand holding handle among the present invention on hard disk drive, just be very easy to when therefore in assigning groove hard disk drive being installed, utilization hides drive covers or the finger shape link slot of assigning groove and also is easy to make them separately.
Description of drawings
Fig. 1 is the exploded perspective view that the main part outward appearance from bottom to top of the common pocket computer of expression constitutes.
Fig. 2 is the exploded perspective view of expression according to the preferred embodiment of installation structure of hard-disk driver for booknote computer of the present invention.
Fig. 3 is the front view of a side of the expression installation groove that constitutes embodiments of the invention.
Fig. 4 is that expression constitutes the hard disk drive of embodiments of the invention and the stereographic map of drive bay connection status.
Fig. 5 is the side view that constitutes the drive covers of embodiments of the invention.
Fig. 6 is a stereographic map of removing the state of drive covers in example of the present invention.
The explanation of accompanying drawing main mark
20: main part 21: horizontal casing 22: assign groove 24: assign end
25: replenish projection 26: gathering sill 28: link slot 30: connect slot
32: public connecting hole 34: main body connector 36: finger shape link slot
40: upper plate portion 43: through hole 44: side plate 45: restraining device
46: side screw 48: public brace 49: connecting hole
50: hard disk drive 52: connector 54: connecting hole
60: insulating trip 62: hand-held sheet 70: drive covers
72: connecting hole 74: end is inserted portion 76: connecting hole
77: pressing plate 78: public connecting screw
Embodiment
Below with reference to accompanying drawings to installation structure of hard-disk driver for booknote computer of the present invention with
Embodiment is elaborated.
Fig. 2 is the exploded perspective view of expression according to the preferred embodiment of installation structure of hard-disk driver for booknote computer of the present invention.Fig. 3 represents to constitute the front view of a side of the installation groove of embodiments of the invention.Fig. 4 constitutes the hard disk drive of embodiments of the invention and the stereographic map of drive bay connection status.Fig. 5 represents to constitute the side view of the drive covers of the embodiment of the invention.
According to these figure, horizontal casing 21 is exactly the following outward appearance of main frame portion 20, a side is assigned groove 22 below horizontal casing 21, assign groove 22 below horizontal casing 21, to cave inward, and be trapped in the inside of main frame portion 22 always, assigning has the following space of laying hard disk drive 50 that will illustrate in the groove 22, therefore, assign groove 22 roughly to be rectangle.
Assign end 24 around the upper end-face edge of assigning groove 22, assign end 24 following relative depressions to form with respect to casing 21.Its sinking degree is equivalent to the thickness of the following drive covers that will illustrate 70, assign end 24 also different according to its width of difference that it forms the position, in a side of assigning end 24 a plurality of additional projections 25 are arranged, the end that replenishes in 25 pairs of drive covers 70 of projection is inserted 74 fixed supports of portion, and the difference in height of assigning end 24 and end to insert between the portion 74 is played supplementary function.
At the two ends of the two sides of assigning groove 22 gathering sill 26 is arranged, gathering sill 26 is parts that the insertion to hard disk drive 50 play the guiding role.Gathering sill 26 prolongs to the direction of the following main body connector 34 that will illustrate from assigning end 24 beginnings.
In assigning groove 22, there is not any side in the side of gathering sill 26 that link slot 30 is all arranged.Link slot 30 is positioned at that to assign end 24 bottom, link slot 30 are the coupling parts that projection connects that are connected with the following drive covers that will illustrate 70.
The opposite face of assigning groove 20 of link slot 30 is being arranged, relative wideer with its corresponding width of end 24 of assigning.At the two ends of assigning end 24 public connecting hole 32 is arranged, public connecting hole 32 is parts that following drive bay that will illustrate 40 and drive covers 70 are linked to each other with public connecting screw 77 simultaneously.In public connecting hole 32, can insert peg.Having assigning of public connecting hole 32 that main body connector 34 is arranged on the groove 22, main body connector 34 is as the object that links to each other with the mainboard of main frame 20 inside, and its part is outstanding to the inside of assigning groove 22.
Side in assigning groove 22 has finger shape link slot 36, and finger shape link slot 36 can make drive covers 70 separate at an easy rate from assigning on the end 24.In this example, be exactly to point shape link slot 36 nearby at the butt hook 28 that links to each other with part that main body connector 34 exposes.But, the position shown in the position of finger shape link slot 36 not only is defined on the figure.
On upper plate portion 42 and side plate 44, a plurality of connecting holes 45 are arranged, these connecting hole 45 purposes are to be connected with hard disk drive 50, these connecting holes 45 are positioned on connecting hole 54 relative positions on the hard disk drive 50.In example of the present invention, the connecting hole 45 of the both sides of side plate 44 is break-through, and side screw 46 links to each other with hard disk drive 50, and the head of side screw 46 links to each other with coupling hook 28 according to the guiding of gathering sill 26.
At the two ends of the upper plate portion 42 that restraining device 45 1 ends are arranged, brace 48 is arranged to upper process.Connecting hole 49 is arranged on the brace 48, and connecting hole 49 is corresponding with public connecting hole 42, and brace 48 is lower relatively than upper plate portion 42.
There are a plurality of connecting holes 54 outside of hard disk drive 50, and connecting hole 54 is a plurality of holes that are positioned at hard disk drive 50 outsides, still, does not all use when these connecting holes 54 are connected with hard disk drive 50.
The effect of drive covers 70 is can cover to assign groove 22, and the lid main body 71 of drive covers 70 is and assigns groove 22 corresponding rectangles, and is by making with the material of horizontal casing 21 same materials.The edge of above-mentioned lid main body 71 can assign into assigns assigning of groove 22 to hold 24 li, and links to each other with horizontal casing 21.
Below lid main body 71, on the end projection 72 of connection is arranged, connecting projection 72 extends in parallel in front end and lid main body 71, the fore-end that is connected projection 72 that extends in parallel with lid main body 71 can be inserted in the link slot 30, a side in lid main body 71 has end to insert portion 74, it is corresponding with the following form of horizontal casing 21 that end is inserted portion 74, therefore, according to the following shape of horizontal casing 21, end is inserted portion 74 and just be there is no need to have existed.
The lid main body 71 on public connecting hole 32 corresponding connecting holes 76 are through holes, connecting hole 76 is positioned at the reverse direction that connects projection 72, below the relative lid main body 71 in the edge of connecting hole 76, as shown in Figure 5, pressing plate 77 is arranged, and pressing plate 77 is following outstanding generations the owing to lid main body 71.Therefore when drive covers 70 connected, the effect of public brace 48 was exactly the effect of assigning end of pressing public connecting hole 32.Reference numeral 78 is to run through drive covers 70 and public brace 48 and they are connected to public connecting screw 78 on the public connecting hole 32.
Below be elaborated at the practicality of the installation structure of hard-disk driver of the notebook computer of the present invention of this formation.
Before hard disk drive 50 was put into the notebook computer mounting production line, drive bay 40 and insulating trip 60 just had been in connection status, and promptly whole 4 side screws 46 have run through in the connecting hole 45 on the side plate 44 of drive bay 40.And link to each other with the connecting hole 54 of the side of hard disk drive 50.
Insulating trip 60 links to each other with hard disk drive 50 according to drive bay 40, and it plays fixation at hard disk drive 50 and 40 of drive bays.At this moment, hand-held sheet must be installed on the insulating trip 60 with connector 52 reverse direction projections.
Therefore, the insulating trip 60 on the hard disk drive 50 and the connection status of drive bay 40 as shown in Figure 4, this moment, the head of screw 46 of side was projected into the outside of the side plate 44 of drive bay 40.
Below describe in detail the hard disk drive 50 that is connected on the drive bay 40 is installed in the process of installing in the groove 22.
At first, the head of side screw 46 lays respectively in the gathering sill 26, if the head of 4 side screws 46 lays respectively in the gathering sill 26, the head of side screw 46 will move to the bottom according to gathering sill 26, therefore, will be installed in the bottom of laying groove 22 to hard disk drive 50, at this moment, the connector 52 and the main connector 34 of hard disk drive 50 are faced mutually, and are in unconnected state.
In this state, if the head of side screw 46 moves to coupling hook 28, hard disk drive 50 also can move thereupon, and when hard disk drive 50 moves to when assigning in the groove 22, connector 53 and main body connector 43 also interconnect.At connector 52 with in main body connector 34 is connected the state that finishes, the head of side screw 46 also just links together with coupling hook, therefore, being connected of side screw 46 foundations and coupling hook 28 just can prevent hard disk drive 50 moving at above-below direction in laying groove 22.
Below be drive covers 70 and the combining of horizontal casing 21, promptly, the connection projection 72 of drive covers 70 is inserted in the link slot of the bottom of assigning end 24 of assigning groove 22, when connection projection 72 is inserted in the link slot 30, to connect projection 72 is center swivelling cover main body 71, and the part that forms connecting hole 76 will assign into assigning in the end 24 of public connecting hole 32.So on public connecting hole 32, be provided with public connecting hole 48 with connecting hole 49 corresponding to drive bays 40.
Public connecting screw 78 links to each other with public connecting hole 32 by connecting hole 76,49, if link to each other with public connecting screw 78, drive covers 70 and drive bay 40 (coming down to and hard disk drive 50) just are connected on the horizontal casing 21.The public brace 48 of drive bay 40 just makes hard disk drive 50 just can not move with the direction that the connector of laying in the groove 22 52,34 is separated according to the connection of horizontal casing 21.
In addition, as follows at hard disk drive 50 from the situation of laying groove 22 separation, at first, open public connecting screw 78, along with opening of public connecting screw 78, drive bay 40 and drive covers 70 will be separated from horizontal casing 21.
For drive covers 70 is separated from horizontal casing 21, on finger shape link slot 36, push away with pointing that drive bay 70 is just passable.If want to take away drive bay 70, as shown in Figure 6, just can see with the hard disk drive 50 of drive bay 40 connection status.
In this state, separate from laying in the groove 22 for making hard disk drive 50, handed sheet 62 as long as drag, owing to catch hold of hand-held sheet 62, hard disk drive 50 will be easy to spin off from lay groove 22.
The present invention is not limited only to said content among the above embodiment, and those of ordinary skills can carry out various change and modification fully in the scope that does not depart from this invention technological thought.Therefore, the protection domain of this invention is not limited to the content on the instructions, and will determine according to the scope of claim record.
Claims (7)
1, installation structure of hard-disk driver for booknote computer is characterized in that, it comprises:
Lay groove, be recessed to form on the casing surface that constitutes main frame, its side has the main body connector, can lay the hard disk drive that is connected with the main body connector by connecting, and there is butt hook its two side;
Drive bay and is placed in the hard disk drive of laying in the groove and links to each other, links to each other with casing simultaneously, prevents in laying groove mobilely, for a side of the side screw that links to each other with hard disk drive links to each other with butt hook, moves up and down preventing;
Drive covers can hide the above-mentioned groove of laying, and links to each other with an end of casing, and the other end connects together hard disk drive, casing.
2, as claim item 1 described installation structure of hard-disk driver for booknote computer, it is characterized in that, the end of assigning that the drive covers of assigning is arranged at the edge of laying groove has the gathering sill that imports the side screw in the side of assigning groove of beginning position of assigning end and coupling hook connection.
3, it is characterized in that as claim item 2 described installation structure of hard-disk driver for booknote computer link slot is arranged at the bottom of assigning end opposite at main connector, public connecting hole is arranged in the side of assigning end that the main body connector is arranged.
4, as claim item 3 described installation structure of hard-disk driver for booknote computer, it is characterized in that drive bay is made of metal material, and comprise: by with the corresponding upper plate portion of face of the broad of hard disk drive; Hold up the side plate that there is connecting hole at the two ends that are bent to form in the both sides of upper plate portion; Inserting the connecting hole that forms at the end of upper plate portion end is the brace of through hole.
5, as claim item 4 described installation structure of hard-disk driver for booknote computer, it is characterized in that, on drive covers, the connection projection of inserting link slot is arranged, at the reverse side connecting hole corresponding with the public connecting hole of assigning end that connects projection is through hole, and public connecting screw just links together the connecting hole on the brace of drive bay and they are linked to each other with the public connecting hole of assigning end with connecting hole on the drive covers.
6, as claim item 1 to 5 each described installation structure of hard-disk driver for booknote computer, it is characterized in that on the face of broad on the hard disk drive, also having the insulating trip that an end is a hand holding handle.
7, as claim item 6 described installation structure of hard-disk driver for booknote computer, it is characterized in that with a side of the relevant casing of edge one side of laying groove the finger-shaped link slot being arranged, it can make drive covers separate from casing at an easy rate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510039079 CN1854976A (en) | 2005-04-26 | 2005-04-26 | Installation structure of hard-disk driver for booknote computer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510039079 CN1854976A (en) | 2005-04-26 | 2005-04-26 | Installation structure of hard-disk driver for booknote computer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1854976A true CN1854976A (en) | 2006-11-01 |
Family
ID=37195189
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510039079 Pending CN1854976A (en) | 2005-04-26 | 2005-04-26 | Installation structure of hard-disk driver for booknote computer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1854976A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7859832B2 (en) | 2007-08-24 | 2010-12-28 | Asustek Computer Inc. | Portable computer and fixing structure thereof |
| CN101364133B (en) * | 2007-08-09 | 2011-05-11 | 富士通株式会社 | Electronic part-mounting component and electronic device |
| CN104810028A (en) * | 2014-01-28 | 2015-07-29 | 株式会社东芝 | Insulating member and disk device with the same |
-
2005
- 2005-04-26 CN CN 200510039079 patent/CN1854976A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101364133B (en) * | 2007-08-09 | 2011-05-11 | 富士通株式会社 | Electronic part-mounting component and electronic device |
| US8040670B2 (en) | 2007-08-09 | 2011-10-18 | Fujitsu Limited | Electronic part-mounting component and electronic device |
| US8427821B2 (en) | 2007-08-09 | 2013-04-23 | Fujitsu Limited | Electronic part-mounting component and electronic device |
| US7859832B2 (en) | 2007-08-24 | 2010-12-28 | Asustek Computer Inc. | Portable computer and fixing structure thereof |
| CN104810028A (en) * | 2014-01-28 | 2015-07-29 | 株式会社东芝 | Insulating member and disk device with the same |
| CN104810028B (en) * | 2014-01-28 | 2017-11-10 | 株式会社东芝 | Insulating component and the disk device for possessing it |
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