CN1307506C

CN1307506C - computer frame structure

Info

Publication number: CN1307506C
Application number: CNB021152195A
Authority: CN
Inventors: 陈允隆; 陈荣基
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2002-05-08
Filing date: 2002-05-08
Publication date: 2007-03-28
Anticipated expiration: 2022-05-08
Also published as: CN1456952A

Abstract

A computer magnetic frame structure mainly includes a connecting body, a first frame body and a second frame body. One side of the connecting body is continuously bent to form a first load-bearing portion and a second load-bearing portion, while the other side is bent to form a third load-bearing portion, and each of these load-bearing portions includes a positioning plate and a pressure bearing plate, These positioning plates all protrude a number of protrusions, and the pressure bearing plates of the second load-bearing part and the third load-bearing part all have a positioning block recessed downward; the first frame body and the second frame body include a side wall and a A bottom wall, these side walls correspondingly protrude a number of protruding pins, and each bottom wall is provided with a pair of sliding pieces and is provided with a limit hole corresponding to the positioning block of the connecting body; the first frame body and the second frame body can be installed On the second bearing part and the third bearing part, the data access device is accommodated and fixed in the receiving space formed by the bearing parts of the first frame body, the second frame body and the connecting body.

Description

Magnetic shelf structure of computer

[technical field]

The invention relates to a kind of magnetic shelf structure of computer, refer in particular to a kind of pack into magnetic shelf structure of computer of computer casing of data access assembling back modularization of being convenient to.

[technical background]

During the assembling of tradition computer casing, normally earlier magnet stand is locked behind computer casing, again disc driver or CD-ROM drive etc. is installed in the magnet stand one by one.Yet, the mode of this assembling computer casing, tend to cause single assembling flow path and make the long or reduction assembling speed of assembly line, and if go wrong and just can cause whole production line to be paralysed and stop line in the single worker of production line station, for avoiding this situation to take place, can rely on modular mode to simplify production line and also promote the speed that assembling is produced.As can be earlier disc driver or CD-ROM drive are installed in outside production line on the magnet stand and become the data access combination, the line that again this data access combination put into production assembles, to improve the packaging efficiency at single worker station.

And that the mode of traditional disk drives locking magnet stand is divided into usually is multiple, as can directly locking on magnet stand with screw, also can be earlier with the slide rail screw lock at the data access side, reinstall accommodating in the conduit of magnet stand.Yet, rely on screw lock or alternate manner fixedly during data access, must be locked with a plurality of screws, and in the cargo handling process of data access, all will be used turnscrew, cause the loading and unloading of data access very cumbersome, waste of manpower and man-hour.And borrow slide rail to be installed at the data access side; though it is convenient than the former when packing host rack into; but still unavoidably will be with the screw screw lock slide rail of going ahead of the rest; so it is still quite loaded down with trivial details and waste a large amount of screws when this slide rail of dismounting; and fixedly can make between data access and magnet stand during data access with the slide rail mode and to have the gap; cause electromagenetic wave radiation excessive; and disc driver, CD-ROM drive etc. install in use shell regular meeting and accumulate considerable static charge, use the plastics slide rail then must cooperate the installation grounding elastic part to overcome the bad problem of ground connection effect.

Disclose in No. the 78201813rd, 79209891,80212301,83208448, Taiwan patented claim and the 5th, 510, No. 955 grades of U.S. Patent application with above-mentioned relevant technology contents.

[summary of the invention]

The purpose of this invention is to provide and a kind ofly need not other assembly computer casing of the data access modularization can being packed into, and packaging efficiency height, magnetic shelf structure of computer that ground connection is respond well.

The objective of the invention is to be achieved through the following technical solutions: magnetic shelf structure of computer of the present invention mainly comprises a connector, one first support body and one second support body.One example of this connector is bent to form one first supporting part and one second supporting part continuously, and its opposite side is bent to form one the 3rd supporting part, these supporting parts respectively include a location-plate and a bearing plate, outstanding some protruding tips on these location-plates, and the bearing plate of this second supporting part and the 3rd supporting part all goes out a positioning block to recessed; This first support body and second support body include a sidewall and a diapire, corresponding outstanding some protruding tips on these sidewalls, and each diapire is offered a pair of slide and locating piece that should connector is provided with a spacing hole; This first support body and second support body can be installed on this second supporting part and the 3rd supporting part, and make data access accommodate and be fixed in the formed receiving space of supporting part of this first support body and second support body and connector.

The invention has the advantages that: magnetic shelf structure of computer of the present invention is owing to be installed in data access on the magnet stand earlier, and the magnetic rack structure that will accommodate data access again is assemblied on the computer casing, therefore, is convenient to realize the modularization assembling, improves packaging efficiency.

[description of drawings]

The invention will be further described in conjunction with the embodiments with reference to the accompanying drawings.

Fig. 1 is the three-dimensional exploded view of magnetic shelf structure of computer of the present invention.

Fig. 2 is the stereographic map of the connector of magnetic shelf structure of computer of the present invention.

Fig. 3 is the three-dimensional combination figure of magnetic shelf structure of computer of the present invention.

Fig. 4 is the three-dimensional combination figure of magnetic shelf structure of computer assembling data access of the present invention.

Fig. 5 is that magnetic shelf structure of computer of the present invention is assemblied in the constitutional diagram on the computer casing.

[embodiment]

At first see also Fig. 1 and Fig. 2, magnetic shelf structure of computer of the present invention comprises a connector 10, one first support body 20 and one second support body 30.

This connector 10 is provided with a plate 12, and a side of this web joint 12 is bent to form one first supporting part 14 and one second supporting part 16 continuously, and the opposite side of this web joint 12 is bent to form one the 3rd supporting part 18.Offer on this web joint 12 and be convenient to this connector 10 is fixed on screw and some draw-in grooves (not label) on the computer chassis.This first supporting part 14 comprises a location-plate 142 along vertical bending under the side direction of web joint 12, and a bearing plate 144 along these location-plate 142 outside vertical bendings.Second supporting part 16 is further to be bent to form by this bearing plate 144, it comprises a location-plate 162 and a bearing plate 164, this location-plate 162 is that the bearing plate 144 by first supporting part 14 is bent to form downward vertically, and this bearing plate 164 is further outwards to be bent to form by location-plate 162.The 3rd supporting part 18 comprises a vertical location-plate 182 that bends of another example along this web joint 12, reaches one along the further outwards vertical bearing plates 184 that bend of this location-plate 182.On these location-plates 142,162 and 182 respectively level protrude the protruding tip 150,160 and 183 in some corresponding screws of being convenient to snap in data access.The a pair of boss 166 that can be used for carrying corresponding data access is protruded in this bearing plate 164 terminal both sides, and at this 166 of boss is provided with a shell fragment 168, and these shell fragment 168 free ends go out a positioning block 169 to recessed; And a pair of boss 186 of being convenient to carry corresponding data access is also protruded in these bearing plate 184 terminal both sides, and this is provided with a shell fragment 188 to 186 of boss, and the free end of this shell fragment 188 goes out a positioning block 189 to recessed.

This first support body 20 can be installed on the bearing plate 164 of connector 10, and first supporting part 14 of the body 10 that is connected, second supporting part 16 and form two data access receiving spaces respectively, and it comprises a fixed part 22, one a routine wall 24 and a diapire 26.Offering one on this fixed part 22 is convenient to this first support body 20 is fixed on screw and draw-in groove (not label) on the computer casing.24 pairs of this sidewalls should connector 10 bearing plate 144 bend inwards and form a supporting slice 248 contour with bearing plate 144, this supporting slice 248 can cooperate bearing plate 144, be used for carrying data access, and when first support body 20 is installed in connector 10, can this supporting slice 248 and the plane at bearing plate 144 places be that the boundary forms the receiving space of two data access up and down.The protruding tip 242 of this sidewall 24 in the outstanding some screws of being convenient to snap in corresponding data access of the protruding tip 150 of the corresponding connector 10 of supporting slice 248 upsides simultaneously, the protruding tip 244 of this sidewall 24 in the outstanding some screws that are used to snap in corresponding data access of the protruding tip 160 of the corresponding connector 10 of supporting slice 248 downsides.Each protruding upward one L shaped slide 264 of the both sides of this diapire 26 slidably is installed in the both sides of these connector 10 bearing plates 164.The terminal central authorities of this diapire 26 offer a spacing hole 266 that can snap in for the locating piece 169 of this connector 10 in it.This diapire 26 upwards stamps out a L shaped stator 268 at the middle position near sidewall 24, can the corresponding outer rim that fixes at this second supporting part 16.

This second support body 30 can be installed on the bearing plate 184 of connector 10, and the 3rd supporting part 18 formation one data access receiving space of the body 10 that is connected, and it comprises a fixed part 32, a sidewall 34 and a diapire 36.Offer on this fixed part 32 and can be used for this second support body 30 is fixed on screw and draw-in groove (not label) on the computer casing.A L shaped slide 364 is respectively protruded in the both sides of this diapire 36, slidably is installed in the both sides of these connector 10 bearing plates 184.The terminal central authorities of this diapire 36 offer a spacing hole 366 that can snap in for the locating piece 189 of this connector 10 in it.This diapire 36 is corresponding outstanding a pair of in order to the protruding tip 362 in the screw that snaps in data access near the both sides of sidewall 34.On this diapire 36 opposite side relative with spacing hole 366 upwards stamp out one can the corresponding L shaped stator 368 that fixes in the outer rim of the 3rd supporting part 18.

Please continue to consult Fig. 3, Fig. 4 and Fig. 5, during assembling, earlier data access 40 is placed on the bearing plate 164 of these connector 10 second supporting parts 16, and the protruding tip 160 that makes these second supporting part, 16 location-plates 162 sticks in the screw of these data access 40 1 sidewalls, then the slide 264 of this first support body 20 can be slipped into along bearing plate 164 both sides of this connector 10, after treating that this first support body 20 slips into a segment distance, on the supporting slice 248 that again data access 50 is placed on this first support body 20 and the bearing plate 144 of this connector 10, and the protruding tip 150 that makes this connector 10 sticks in the screw of these data access 50 1 sidewalls, slide first support body 20 until this bearing plate 164 replace and spacing stator 268 at first support body 20 in, and the

protruding tip

242 and 244 of this first support body sticks into corresponding data access 40 respectively, in the screw of 50 another sidewalls, the locating piece 169 of connector 10 then sticks in the spacing hole 266 of first support body 20, thereby finishes this connector 10, first support body 20 and this data access 40,50 assembling; In like manner, can this connector 10, second support body 30 and this data access 60 is combined integrated, thus further modularity is fixed on the loam cake 70 of computer casing after making these data access be installed on this magnet stand fixed sturcture.

Claims

1. A computer magnetic frame structure for fixing a data access device, comprising a connecting body, the connecting body has a connecting plate and a bearing part; at least one frame body, a sliding piece protrudes from both sides of the bottom of the frame body , the frame body can be slidably installed on the load-bearing part of the connecting body through the pair of sliding pieces, the frame body includes a fixed part, a side wall and a bottom wall, and it is characterized in that: the load-bearing part is composed of at least one side of the connecting plate The side is bent and formed. The bearing part includes a positioning plate and a pressure bearing plate. The positioning plate is provided with a number of protrusions, and a positioning block is recessed downward on the pressure bearing plate; the side wall of the frame body corresponds to the positioning plate. The protruding pins are also provided with several protruding pins, and the bottom wall of the frame body is provided with a limiting hole for the positioning block of the pressure bearing plate to snap into.

2. The computer magnetic rack structure as claimed in claim 1, wherein the bearing portion comprises a first bearing portion and a second bearing portion formed on one side of the connecting plate, and a second bearing portion formed on the other side of the connecting plate The third bearing part; the frame body includes a first frame body that can be installed on the second bearing part of the connecting body and a second frame body that can be installed on the third bearing part of the connecting body, the second An elastic piece is punched out of the pressure bearing plates of the bearing part and the third bearing part, and the positioning block is formed at the end of the elastic piece.

3. The computer magnetic frame structure as claimed in claim 2, characterized in that: the two sides of the end of the pressure plate of the second load-bearing part and the third load-bearing part of the connecting body respectively protrude a pair for carrying the data access device boss.

4. The computer magnetic frame structure as claimed in claim 3, wherein the middle part of the side wall of the first frame body is bent horizontally inward to form a support piece, and the support piece is connected to the bearing portion of the first bearing part of the connecting body. Platen equal height.

5. The computer magnetic rack structure as claimed in claim 4, characterized in that: the connecting plate of the connecting body, the fixing parts of the first frame body and the second frame body are provided with screw holes for fixing on the computer casing and card slot.

6. The computer magnetic frame structure according to claim 2, characterized in that: the first frame body and the second frame body are respectively stamped out at the central position of the bottom wall close to the side wall, and can be correspondingly fixed on the first frame body. The L-shaped fixing piece on the outer edge of the second bearing part and the third bearing part.

7. The computer magnetic frame structure as claimed in claim 2, wherein the sliding pieces of the first frame body and the second frame body are L-shaped.

8. A computer magnetic frame structure for fixing a data access device, comprising a connecting body, the connecting body has a connecting plate; at least one frame body, including a fixing part, a side wall and a bottom wall, its characteristic In that: the connecting plate is bent at least on one side to form a bearing portion, the bearing portion includes a positioning plate and a pressure bearing plate, a number of protruding pins protrude from the positioning plate; the frame body can be installed on the bearing portion of the connecting body part and form a storage space for the data access device, and the side wall of the frame body is also provided with several protrusions corresponding to the protrusions of the positioning plate.

9. The computer magnetic frame structure according to claim 8, wherein a pair of bosses protrude from both sides of the end of the pressure-bearing plate of the connector.

10. The computer magnetic frame structure according to claim 9, wherein an elastic piece is arranged between the pair of bosses.

11. The computer magnetic frame structure according to claim 10, wherein a positioning block is recessed downward at the free end of the elastic piece.

12 . The computer magnetic frame structure according to claim 11 , wherein a limiting hole is provided at the center of the end of the bottom wall of the frame to allow the positioning block of the connecting body to snap in. 13 .

13 . The computer magnetic frame structure according to claim 8 , wherein the connecting plate of the connecting body and the fixing portion of the frame body are provided with screw holes and slots for fixing to the computer case. 14 .

14. The computer magnetic frame structure as claimed in claim 8, wherein a sliding piece protrudes from both sides of the bottom of the frame body, and the frame body can be slidably installed on the connecting body by means of the pair of sliding pieces.

15. The computer magnetic frame structure according to claim 14, wherein the sliding plate of the frame body is L-shaped.

16. The computer magnetic frame structure according to claim 8, wherein an L-shaped fixing piece is punched upward on the bottom wall of the frame body near the center of the side wall.

17 . The computer magnetic frame structure according to claim 8 , wherein the middle part of the side wall of the frame body is bent horizontally inwards to form a supporting piece with the same height as one of the pressure receiving plates of the connecting body. 18 .