CN201097283Y

CN201097283Y - Disk drawing box structure

Info

Publication number: CN201097283Y
Application number: CNU2007201286181U2007201286181U
Authority: CN
Inventors: 林伟信
Original assignee: Advantech Co Ltd
Current assignee: Advantech Co Ltd
Priority date: 2007-09-07
Filing date: 2007-09-07
Publication date: 2008-08-06
Anticipated expiration: 2017-09-07

Abstract

Disclosed is a disc drawer, comprising a box body, a sliding door and an offsetting spring; the box body is composed of an upper shell and a lower shell; two opposite guide slots are formed at two sides of the upper shell and guide rails corresponding to the guide slots are formed at two sides of the lower shell; the lower shell slides into the guide slots of the upper shell through the guide rails and then into the upper shell, and a hollow area is developed between the upper shell and the lower shell; an opening is arranged on the lower shell in front of the box body; one end of the sliding door is pivoted at the opening of the lower shell and the other end is locked or is far away from the other side of the opening of the box body; the offsetting spring is arranged at the joint of the sliding door and the lower shell. The disc drawer makes use of the offsetting spring to push the sliding door to an appropriate angle so as to be disposed at the inner side of a hook to be free from the engagement or interference of the hook, in this way the lower shell can slide into or be drawn out of the upper shell smoothly.

Description

The disk extraction box structure

Technical field

The utility model relates to a kind of disk extraction box structure, refers to a kind of industrial computer that is used in especially, to make things convenient for the disk extraction box structure of ccontaining and plug disk.

Background technology

Modern industry is along with the fast development of electronic technology, need rely on various electronic equipment for support invariably, be applied to design, manufacturing, keyholed back plate and the sale of product or service, therefore modern industry is for industrial computer (Industrial PC, IPC) demand also increases severely with day, with corresponding to diversified commercial Application purpose.Wherein be used for the disk set of storage data in the industrial computer, all be arranged at usually in the corresponding extraction box structure, reach the purpose of elasticity production, assembling and expansion.

Yet the design of existing disk extraction box structure, for convenience box body is pulled out from computing machine, need additionally install the leader additional, or the front side of box body is designed to an openable sliding door, the former influences the design that industrial computer enclosure is simplified, when the latter opened at sliding door, this sliding door can produce near an end of pull track interfered and difficult box body is pulled out, like this then influence the convenience of user's plug disk.

So the utility model designer is thoughts on the part improved of above-mentioned defective, concentrate on studies and cooperate the utilization of scientific principle, propose a kind of reasonable in design and effectively improve the technical solutions of the utility model of the problems referred to above finally.

The utility model content

Fundamental purpose of the present utility model aims to provide a kind of disk extraction box structure that is used for industrial computer, with convenient ccontaining and plug disk, and avoids disk to skid off from main frame and drops.

In order to achieve the above object, the utility model provides a kind of disk extraction box structure, comprise: a box body, it includes a upper shell and a lower house, this upper shell both sides formation two guide groove in opposite directions, these lower house both sides are formed with the guide rail corresponding to this guide groove, and this lower house slips into the guide groove of this upper shell with this guide rail and is placed in this upper shell, and and this upper shell between be formed with a hollow bulb, and be formed with an opening in this box body the place ahead; One grab, its side outer rim from this upper shell opening extends to form towards the place ahead; It is inboard and be articulated in a side place of this lower house opening with the place near this grab that one sliding door, one end are positioned at this grab, and the other end can lock or away from the opposite side place of this box opening; And a back-moving spring, it is mounted on this sliding door and is articulated in this lower house place.

The utlity model has following beneficial effect: this sliding door can be pushed to a suitable angle by this back-moving spring, and the end and this grab that make this sliding door be positioned at this grab inboard break away from clamping or interference, so the user promptly can grip this sliding door as auxiliary, and the side slips into this lower house or extract out with making this upper shell smoothly.

For enabling further to understand feature of the present utility model and technology contents, see also following about detailed description of the present utility model and accompanying drawing, yet appended accompanying drawing only provide with reference to and the explanation usefulness, be not to be used for the utility model is limited.

Description of drawings

Fig. 1 is the solid combination synoptic diagram of the utility model disk extraction box structure;

Fig. 2 is the solid combination synoptic diagram of the sliding door of the utility model disk extraction box structure away from box opening;

Fig. 3 is the perspective exploded view of the utility model disk extraction box structure;

Fig. 4 is the plane combination synoptic diagram of the utility model disk extraction box structure;

Fig. 5 is fixed in the plane combination synoptic diagram of box body for the sliding door lock of the utility model disk extraction box structure;

Fig. 6 is the schematic perspective view of the sliding door of the utility model disk extraction box structure.

[main element symbol description]

1 box body

11 upper shells, 111 guide grooves

112 grabs, 12 lower houses

121 guide rails, 13 hollow bulbs

14 openings, 15 clamping mechanisms

151 push up the piece 152 pincers pieces of pulling

16 locking plates, 17 pads

2 sliding doors

21 cramps, 22 protruding buttons

23 breech locks, 231 grooves

232 grooves

3 back-moving springs

4 hard drives

Embodiment

At first, see also Fig. 1 to shown in Figure 5, the embodiment of the utility model disk extraction box structure comprises a box body 1, one sliding door, 2 and one back-moving spring 3, this box body 1 includes a upper shell 11 and a lower house 12, this upper shell 11 is a metal sheet, its both sides bend and extend to form two in opposite directions guide grooves 111 down, this lower house 12 is similarly a metal sheet, its both sides bend and extend to form two relative guide rails 121 up, two guide rails 121 of this lower house 12 are corresponding to two guide grooves 111 of this upper shell 11, this lower house 12 slips into two guide grooves 111 of this upper shell 11 with this two guide rail 121 and is placed in this upper shell 11, and and this upper shell 11 between be formed with a hollow bulb 13, and be formed with an opening 14 in this box body 1 the place ahead, this opening 14 is connected with this hollow bulb 13, wherein this upper shell 11 also has a grab 112, and in the present embodiment, the L-shaped and side outer rims these upper shell 11 openings 14 certainly of this grab 112 extend to form towards the place ahead.

One end of this sliding door 2 is positioned at grab 112 inboards of this upper shell 11, and to be articulated in a side place of these lower house 12 openings 14 near a place of this grab 112, in the present embodiment, this sliding door 2 also has a cramp 21, this cramp 21 be close to from this sliding door 2 this upper shell 11 grab 112 an end and extend to form towards this grab 112, this cramp 21 is connected with these grab 112 mutual buckles.And being mounted on this sliding door 2, this back-moving spring 3 is articulated in this lower house 12 places, in the present embodiment, this back-moving spring 3 is a torque spring, it can promote this sliding door 2 angle suitable with respect to this box body 1 to, make this sliding door 2 move to the inboard of this box body 1 near an end ora terminalis that is articulated in these lower house 12 places, then be somebody's turn to do the cramp 21 of sliding door 2 and the grab 112 disengaging buckles of this upper shell 11, and should sliding door 2 the other end promptly away from the opposite side place of this box body 1 opening 14, so this upper shell 11 can be extracted or slip into to this lower house 12 out.

In the present embodiment, this box body 1 also has a clamping mechanism 15 and a locking plate 16, other cooperates shown in Figure 6, this sliding door 2 also has a protruding button 22 and a breech lock 23, this protruding button 22 is arranged on the one side of this sliding door 2 corresponding to this box body 1 opening 14, and this protruding button 22 is arranged near the end away from this cramp 21, this clamping mechanism 15 is arranged on these lower house 12 openings, 14 places and corresponding to this protruding button 22, this clamping mechanism 15 have an elastic top pull piece 151 and two pincers pieces 152, this two pincers piece 152 is formed at the pull both sides of piece 151, this top, this breech lock 23 is arranged on this sliding door 2 rotationally, in the present embodiment, this breech lock 23 is arranged on away near the end of this cramp 21 and be adjacent to this protruding button 22 places, and this locking plate 16 is arranged on opening 14 places of this lower house 12 and corresponding to this breech lock 23, one end of this breech lock 23 faces this locking plate 16 from this sliding door 2 corresponding to one of this box body 1 opening 14 and extends to form semicircular end face, and on a side of circular arc, form radially a groove 231, and be formed with a groove 232 on the other end of this breech lock 23 and be positioned on the one side of this sliding door 2 with respect to this box body 1.

When the opening 14 of the other end that promotes this sliding door 2 to this box body 1, cramp 21 buckles of this sliding door 2 are connected in the grab 112 of this upper shell 11, so this lower house 12 promptly can't be extracted out from this upper shell 11, and the top of these protruding button 22 these clamping mechanisms 15 of the pushing and pressing piece 151 of pulling, and this two pincers piece 152 is fixed mutually with this

protruding button

22, and 2 openings 14 that are fixed in this box body 1 of will pulling, and utilize instrument to insert in the groove 232 of this breech lock 23 and rotate this breech lock 23 (seeing also Fig. 1 and shown in Figure 5), make the groove 231 on this breech lock 23 turn to this locking plate that is arranged at this lower house 12 16 relative insertions in this groove 231, in the present embodiment, only need this breech lock 23 can be located to rotate counterclockwise 90 °, and 2 snap closes of will pulling are in opening 14 places of this box body 1, make this opening 14 sealings, so, only need again this breech lock 23 to be gone back to clockwise, make the groove 231 on this breech lock 23 leave this locking plate 16, and push this sliding door 2, make this protruding button 22 break away from two pincers pieces 152 of this clamping mechanism 15, again by the elastic force of this back-moving spring 3, the other end that promotes this sliding door 2 away from this opening 14 to aforesaid suitable angle (seeing also Fig. 2 and shown in Figure 4).

According to said structure, can a ccontaining hard drives 4 in this lower house 12, this hard drives 4 wears the both sides of this lower house 12 by plural screw and is spirally connected and is fixed in this lower house 12, and be provided with a plurality of electromagnetic interference (EMI) (Electro-MagneticInterference that prevent, EMI) plastic spacer 17 together with these screws together by locking in the both sides of this lower house 12, and between this upper shell 11 and this lower house 12, prevent the effect of electromagnetic interference (EMI) with enhancement the utility model.

Described according to the foregoing description, the upper shell 11 of this box body 1 can be installed on an industrial computer (Industrial PC in advance, IPC) in system or the server, and a hard drives 4 can ccontainingly be fixed in this lower house 12, slip into the guide groove 111 of these upper shell 11 both sides again by the guide rail 121 of these lower house 12 both sides, and this lower house 12 is placed in this upper shell 11 to form this box body 1, this hard drives 4 can be fixed in this lower house 12 by screw and be placed in the hollow bulb 13 of this box body 1, and this sliding door 2 can be pushed to suitable angle by this back-moving spring 3, and do not make this sliding door 2 have grab 112 clampings or the interference of an end and this upper shell 11 of cramp 21, so that this lower house 12 can't be slipped into or extracts out this upper shell 11, the user promptly can grip this sliding door 2 as auxiliary, the side slips into or extracts out this upper shell 11 with this lower house 12 with making smoothly, and utilize this breech lock 23 to lock mutually with this locking plate 16, guarantee that this lower house 12 is placed in this upper shell 11, and when this sliding door 2 is fastened in this clamping mechanism 15 by this protruding button 22, this sliding door 2 can not flick, to prevent in when carrying because jolt or collide and make this protruding button 22 flick disengaging from this clamping mechanism 15, and this lower house 12 or be placed in this hard drives 4 in this lower house 12 and skid off or drop.

The above only is a preferable possible embodiments of the present utility model; non-so limit to protection domain of the present utility model; therefore the equivalence techniques done of every utilization the utility model instructions and accompanying drawing content changes, and all is contained within the protection domain of the present utility model explanation hereby.

Claims

1, a kind of disk extraction box structure is characterized in that, comprising:

One box body, it includes a upper shell and a lower house, this upper shell both sides formation two guide groove in opposite directions, these lower house both sides are formed with the guide rail corresponding to this guide groove, this lower house slips into the guide groove of this upper shell with this guide rail and is placed in this upper shell, and and this upper shell between be formed with a hollow bulb, and be formed with an opening in this box body the place ahead;

One grab, its side outer rim from this upper shell opening extends to form towards the place ahead;

It is inboard and be articulated in a side place of this lower house opening with the place near this grab that one sliding door, one end are positioned at this grab, and the other end can lock or away from the opposite side place of this box opening; And

One back-moving spring, it is mounted on this sliding door and is articulated in this lower house place.

2, disk extraction box structure as claimed in claim 1 is characterized in that, also has a plurality of plastic spacers that prevent electromagnetic interference (EMI), and these plastic spacers are arranged between this upper shell and this lower house, and are fixed on the two sides of this lower house.

3, disk extraction box structure as claimed in claim 1 is characterized in that, this sliding door has a cramp, and this cramp extends to form from an end of this sliding door, and is connected with the mutual buckle of this grab.

4, disk extraction box structure as claimed in claim 1, it is characterized in that, also have a protruding button and a clamping mechanism, this protruding button is arranged on the one side of this sliding door corresponding to this box opening, and this clamping mechanism is arranged on the opening part of this lower house and corresponding to this protruding button.

5, disk extraction box structure as claimed in claim 4 is characterized in that, this clamping mechanism has a top pull piece and two pincers pieces, and this two pincers piece is formed at the pull both sides of piece, this top.

6, disk extraction box structure as claimed in claim 1 is characterized in that, also has a breech lock and a locking plate, and this breech lock is arranged on this sliding door rotationally, and this locking plate is arranged on the opening part of this lower house and corresponding to this breech lock.

7, disk extraction box structure as claimed in claim 6 is characterized in that, this breech lock has radially a groove, and is formed with a groove on the end of this breech lock and is positioned on the one side of this sliding door with respect to this box body.