CN205427729U

CN205427729U - Computer case

Info

Publication number: CN205427729U
Application number: CN201521072003.2U
Authority: CN
Inventors: 邱亮铮
Original assignee: Lite On Electronics Guangzhou Co Ltd; Lite On Technology Corp
Current assignee: Lite On Electronics Guangzhou Co Ltd; Lite On Technology Corp
Priority date: 2015-12-18
Filing date: 2015-12-18
Publication date: 2016-08-03
Anticipated expiration: 2025-12-18

Abstract

The utility model provides a computer case, includes a computer case body and a computer case curb plate. Computer case curb plate detachable is liftoff to combine the body in computer case, and is equipped with a guide mechanism between computer case curb plate and the computer case body. Guide mechanism contains a first guide slot, a second guide slot, a first guide pillar and a second guide pillar, and first guide pillar and second guide pillar can be slided respectively linearly and locate in first guide slot and the second guide slot to respectively outside first guide slot of roll -off and second guide slot in order make the computer case curb plate and separate the body in computer case toward outer geoplagiotropic slip again after sliding along the computer case body through guide mechanism's guide linearly. The utility model discloses make the computer case curb plate go outer geoplagiotropic slip along the computer case body linearly after sliding again and to separate the body in computer case with guide mechanism's guide, can avoid producing leverage to reach the phenomenon of overturning the computer case body when preventing to remove on the computer case curb plate is by the computer case body.

Description

Cabinet

Technical field

This utility model relates to a kind of cabinet, can remove the cabinet of cabinet side board by vertical type particularly to a kind of.

Background technology

Cabinet, such as computer housing, have horizontal lying-type cabinet or vertical type cabinet.For vertical type cabinet, to be designed towards back-beautified type by its side plate, that is the die joint of back-beautified type side plate is positioned at roof and the diapire of machine case body, and the side surface of back-beautified type side plate is then that shiny surface is without parting line.But owing to the die joint of back-beautified type side plate is positioned at roof and the diapire of machine case body, therefore it is intended to back-beautified type side plate by when removing on machine case body when user, first the cabinet originally put in vertical type must be toppled over and put in horizontal lying-type, again back-beautified type side plate is detached, cause that to remove back-beautified type side plate process loaded down with trivial details, reduce convenience.Put when the cabinet put in vertical type is not toppled over by user for convenience, the most directly by back-beautified type side plate by when removing on machine case body, the phenomenon that machine case body can be caused to overturn because of the leverage that produces of back-beautified type side plate.

Therefore, how by the design in structure, improve above-mentioned problem, it has also become the important topic that those skilled in the art to be solved, therefore this case utility model inventor is the utilization concentrating on studies and coordinating scientific principle, and this utility model that is a kind of reasonable in design and that be effectively improved the problems referred to above is proposed.

Utility model content

Main purpose of the present utility model is to provide a kind of cabinet, it is provided with guide mechanism, make cabinet side board can slide so that guide mechanism guides and be located away from machine case body, and guided by guide mechanism and prevent cabinet side board by the phenomenon overturning machine case body when removing on machine case body.

Described above for reaching, this utility model provides a kind of cabinet, including: a machine case body, it has two the first relative wall and the second walls, and the 3rd wall being connected between this first wall and this second wall；One cabinet side board, it is incorporated into this machine case body separably, this cabinet side board has two the first relative wooden partition and the second wooden partitions, and the 3rd wooden partition being connected between this first wooden partition and this second wooden partition, the first wooden partition of this cabinet side board and the second wooden partition can be connected with the first wall of this machine case body and the second wall respectively；Wherein, a guide mechanism it is provided with between this cabinet side board and this machine case body, this guide mechanism comprises one first guide groove, one second guide groove, one first guide pillar and one second guide pillar, this first guide groove and this second guide groove are in being positioned apart from the first wall in this machine case body, this first guide pillar and this second guide pillar are in being positioned apart from the first wooden partition in this cabinet side board, this first guide pillar and this second guide pillar can be slidedly arranged on linearly respectively in this first guide groove and this second guide groove and can the most outwards skid off this first guide groove and this second guide groove respectively, make this cabinet side board the most obliquely slide after sliding linearly along this machine case body so that this guide mechanism guides and be located away from this machine case body.

In an embodiment of the present utility model, described first wall of described machine case body is the roof of this machine case body, and described second wall of this machine case body is the diapire of this machine case body, and described 3rd wall of this machine case body is the sidewall of this machine case body.

In an embodiment of the present utility model, the first half section of described first guide groove and the first half section of described second guide groove are respectively one first spacing section and one second spacing section, and this first spacing section and this second spacing section respectively in order to limit described first guide pillar and the described second guide pillar glide direction when linear slide and sliding stroke.

In an embodiment of the present utility model, the second half section of described first guide groove and the second half section of described second guide groove are respectively one first open section and one second open section, this first open section and this second open section have arc angle or described first guide groove of bending and described second guide groove respectively with described first spacing section and described second spacing section of composition, and this first open section and this second open section skid off direction when skidding off this first guide groove and this second guide groove in order to guiding described first guide pillar and described second guide pillar respectively.

In an embodiment of the present utility model, described first spacing section has one first abutment face, described second spacing section has one second abutment face, described first guide pillar and described second guide pillar can slide along this first abutment face and this second abutment face respectively linearly, and are limited to the backstop of this first abutment face and this second abutment face respectively until respectively sliding to described first open section and described second open section.

In an embodiment of the present utility model, the length of described first abutment face, less than the length of described second abutment face, makes described first guide pillar slide into the stroke distances of this first open section from one end of described first spacing section and slides into the stroke distances of this second open section less than described second guide pillar from one end of described second spacing section.

In an embodiment of the present utility model, described guide mechanism also comprises one the 3rd guide groove, one the 4th guide groove, one the 3rd guide pillar and one the 4th guide pillar, 3rd guide groove and the 4th guide groove are in being positioned apart from described second wall in described machine case body, 3rd guide pillar and the 4th guide pillar are in being positioned apart from described second wooden partition in described cabinet side board, and the 3rd guide pillar and the 4th guide pillar can be slidedly arranged in the 3rd guide groove and the 4th guide groove respectively.

In an embodiment of the present utility model, described 3rd guide pillar slidably stroke distances is identical with described first guide pillar slidably stroke distances, and described 4th guide pillar slidably stroke distances is identical with described second guide pillar slidably stroke distances.

In an embodiment of the present utility model, described cabinet is defined as computer housing further.

In an embodiment of the present utility model, a snap fastener it is provided with between described cabinet side board and described machine case body, this snap fastener includes at least one slot and at least one fastener, this at least one slot is arranged at described first wall of this machine case body, this at least one fastener is arranged at described first wooden partition of this cabinet side board, and this at least one fastener can be sticked in this at least one slot respectively accordingly.

This utility model at least has following advantage: this utility model is by being provided with guide mechanism between cabinet side board and machine case body, and guide mechanism comprises the first guide groove and the second guide groove being arranged at machine case body the first wall, and it is arranged at the first guide pillar and second guide pillar of cabinet side board the first wooden partition, and first guide pillar and the second guide pillar can be slidedly arranged on linearly respectively in the first guide groove and the second guide groove, and can the most outwards skid off the first guide groove and the second guide groove respectively, make cabinet side board the most obliquely slide after sliding linearly along machine case body so that guide mechanism guides and be located away from machine case body, can avoid producing leverage, to reach to prevent cabinet side board by the phenomenon overturning machine case body when removing on machine case body.

It is further understood that feature of the present utility model and technology contents for enabling, refers to below in connection with detailed description of the present utility model and accompanying drawing.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view () of this utility model cabinet.

Fig. 2 is the schematic perspective view (two) of this utility model cabinet.

Fig. 3 is the perspective exploded view () of this utility model cabinet.

Fig. 4 is the perspective exploded view (two) of this utility model cabinet.

Fig. 5 is the action schematic diagram () of this utility model cabinet.

Fig. 6 is the action schematic diagram (two) of this utility model cabinet.

Fig. 7 is the action schematic diagram (three) of this utility model cabinet.

Fig. 8 is the action schematic diagram (four) of this utility model cabinet.

Fig. 9 is the action schematic diagram (five) of this utility model cabinet.

Wherein, description of reference numerals is as follows:

Machine case body ... ... ... ... ... ... .1

First wall ... ... ... ... ... ... ... ..11

Second wall ... ... ... ... ... ... ... ..12

3rd wall ... ... ... ... ... ... ... ..13

Cabinet side board ... ... ... ... ... ... .2

First wooden partition ... ... ... ... ... ... .21

Bottom surface ... ... ... ... ... ... ... ... 211

Second wooden partition ... ... ... ... ... ... .22

End face ... ... ... ... ... ... ... ... 221

3rd wooden partition ... ... ... ... ... ... .23

Guide mechanism ... ... ... ... ... ... .3

First guide groove ... ... ... ... ... ... .31

First spacing section ... ... ... ... ... ... 311

First abutment face ... ... ... ... ... ... 3111

First open section ... ... ... ... ... ... 312

Second guide groove ... ... ... ... ... ... .32

Second spacing section ... ... ... ... ... ... 321

Second abutment face ... ... ... ... ... ... 3211

Second open section ... ... ... ... ... ... 322

First guide pillar ... ... ... ... ... ... .33

Second guide pillar ... ... ... ... ... ... .34

3rd guide groove ... ... ... ... ... ... .35

4th guide groove ... ... ... ... ... ... .36

3rd guide pillar ... ... ... ... ... ... .37

4th guide pillar ... ... ... ... ... ... .38

Snap fastener ... ... ... ... ... ... .4

Slot ... ... ... ... ... ... ... ..41

Fastener ... ... ... ... ... ... ... ..42

Length ... ... ... ... ... ... ... ... L1, L2

Parting line ... ... ... ... ... ... ... ..P

Detailed description of the invention

Embodiments described below mentions quantity or its fellow, unless otherwise noted, application category of the present utility model should not be limited by its quantity or its fellow.Specific detail disclosed herein should not be construed as limited to, but only should make the basis of claim, and as a representative basis teach those skilled in the art make its etc. be able to the most any suitable mode of all kinds utilize this utility model, including utilizing various features disclosed herein and may not understand disclosed combination herein.It addition, the direction term that this utility model is mentioned, such as: left and right, up or down etc., be only the direction with reference to accompanying drawing, be used to explanation and not for limiting this utility model.

Referring to Fig. 1 and Fig. 2, this utility model provides a kind of cabinet, and as a example by computer housing, it comprises machine case body 1 and a cabinet side board 2.

Coordinating refering to Fig. 3 to Fig. 5, above-mentioned machine case body 1 can be a part for computer housing, and its inner space can be used for loading the related computer elements such as motherboard, CPU, hard disk, power supply unit.Machine case body 1 has two the first relative wall 11 and the second walls 12, and the 3rd wall 13 being connected between the first wall 11 and the second wall 12.When machine case body 1 is put in vertical type, the first wall 11 is the roof of machine case body 1, and the second wall 12 is the diapire of machine case body 1, and the 3rd wall 13 is the sidewall of machine case body 1.It addition, when machine case body 1 is put in horizontal lying-type, the first wall 11 and the second wall 12 are i.e. respectively the sidewall of machine case body 1, and the 3rd wall 13 is the diapire of machine case body 1.

Above-mentioned cabinet side board 2 can be incorporated into machine case body 1 discretely, preferably but be not intended to be incorporated into machine case body 1 in screw lock mode, and cabinet side board 2 can hide or expose the inner space of machine case body 1.Cabinet side board 2 has two the first relative wooden partition 21 and the second wooden partitions 22, and the 3rd wooden partition 23 being connected between the first wooden partition 21 and the second wooden partition 22, first wooden partition 21 of cabinet side board 2 and the second wooden partition 22 can be connected with the first wall 11 of machine case body 1 and the second wall 12 respectively, for compare Jia, first wooden partition 21 forms even curface after being connected with the first wall 11, second wooden partition 22 also forms even curface after being connected with the second wall 12, so the first wall 11 and the second wall 12 are respectively in one section of poor shape, parting line p-shaped is made to become between the first wooden partition 21 and the first wall 11, and be formed between the second wooden partition 22 and the second wall 12, 3rd wooden partition 23 surface is then that shiny surface is without parting line.

Furthermore, a guide mechanism 3 it is provided with between above-mentioned cabinet side board 2 and machine case body 1, slide on machine case body 1 in order to guide cabinet side board 2, after making cabinet side board 2 be incorporated into machine case body 1, the most obliquely slide after sliding linearly along machine case body 1 so that guide mechanism 3 guides and be located away from machine case body 1.Guide mechanism 3 can be guide groove and the coordinating of guide pillar, it is possible to for guide rail and the cooperation of guide block.

In the present embodiment, guide mechanism 3 includes one first guide groove 31,1 second guide groove 32,1 first guide pillar 33 and one second guide pillar 34.First guide groove 31 and the second guide groove 32 are in being positioned apart from the first wall 11 in machine case body 1, and are arranged at the first wall 11 edge.First guide pillar 33 and the second guide pillar 34 are in being positioned apart from the first wooden partition 21 in cabinet side board 2, and are arranged at the first wooden partition 21 bottom surface 211.First guide pillar 33 and the second guide pillar 34 can be slidedly arranged in the first guide groove 31 and the second guide groove 32 respectively.

In the present embodiment, guide mechanism 3 also can include one the 3rd guide groove 35, the 4th guide groove 36, the 3rd guide pillar 37 and one the 4th guide pillar 38.3rd guide groove 35 and the 4th guide groove 36 are in being positioned apart from the second wall 12 in machine case body 1, and are arranged at the second wall 12 edge.3rd guide pillar 37 and the 4th guide pillar 38 are in being positioned apart from the second wooden partition 22 in cabinet side board 2, and are arranged at the second wooden partition 22 end face 221.3rd guide pillar 37 and guide pillar 38 can be slidedly arranged in the 3rd guide groove 35 and the 4th guide groove 36 respectively.Preferably, by in first be oppositely arranged, the 3rd guide groove 31,35, and in second be oppositely arranged, the 4th guide groove 32,36, can more stably guide cabinet side board 2 to slide on machine case body 1, but this case is not limiting as the first, the 3rd guide groove the 31,35 or second, the 4th guide groove 32,36 and must arrange with this relative position.

Furthermore, it is understood that the first guide pillar 33 and the second guide pillar 34 can be slidedly arranged in the first guide groove 31 and the second guide groove 32 respectively linearly, and can the most outwards skid off the first guide groove 31 and the second guide groove 32 respectively, details are as follows.

Coordinating shown in Fig. 5, the first half section of the first guide groove 31 and the first half section of the second guide groove 32 are respectively one first spacing section 311 and one second spacing section 321.First spacing section 311 and second spacing section 321 respectively in order to limit the first guide pillar 33 and the second guide pillar 34 glide direction when linear slide and sliding stroke.The second half section of the first guide groove 31 and the second half section of the second guide groove 32 are respectively one first open section 312 and one second open section 322.First open section 312 and the second open section 322 respectively spacing with first section 311 and second spacing section 321 constitute and have the first guide groove 31 and the second guide groove 32 of arc angle or bending.Further, the first open section 312 and the second open section 322 guide the first guide pillar 33 and the second guide pillar 34 respectively and skid off direction when skidding off the first guide groove 31 and the second guide groove 32 in order to continue.

In more detail, first spacing section 311 has one first abutment face 3111, and second spacing section 321 has one second abutment face 3211.First guide pillar 33 and the second guide pillar 34 can slide along the first abutment face 3111 and the second abutment face 3211 respectively linearly, and be limited to the first abutment face 3111 and the backstop of the second abutment face 3211 respectively and can not deviate from, until respectively slide in the first open section 312 and in the second open section 322.

Furthermore, length L1 of above-mentioned first abutment face 3111 is less than length L2 of the second abutment face 3211, the stroke distances making the first guide pillar 33 slide into the first open section 312 from one end of first spacing section 311 can slide into the stroke distances of the second open section 322 less than the second guide pillar 34 from one end of second spacing section 321, when making the first guide pillar 33 and the second guide pillar 34 synchronize linearly to move, first guide pillar 33 can the most first slide in the first open section 312 (can join Fig. 6), and the second guide pillar 34 can relatively slow slide in the second open section 322, and then make the first guide pillar 33 first can be exited the first guide groove 31 by the first open section 312.And, the 3rd guide pillar 37 slidably stroke distances is identical with the first guide pillar 33 slidably stroke distances, and the 4th guide pillar 38 slidably stroke distances is identical with the second guide pillar 34 slidably stroke distances.

Coordinate again shown in Fig. 5 to Fig. 9, when user is intended to cabinet side board 2 by when removing on machine case body 1, first pull back cabinet side board 2 (as shown by arrows), the first guide pillar 33 and the second guide pillar 34 is made to synchronize toward rear (-x direction) linear slide, when the first guide pillar 33 slides into the first open section 312, first guide pillar 33 is i.e. positioned at point of release, and now the second guide pillar 34 is still limited by the backstop (as shown in Figure 6) of the second abutment face 3211.

The person of connecing, as shown in Figure 7, user can pull out cabinet side board 2 (as shown by arrows), makes the first guide pillar 33 first to slide from the first open section 312 (-y direction) outward, and now cabinet side board 2 is i.e. temporarily pivoted out with the second guide pillar 34 for center of rotation.

As shown in Figure 8, when the first guide pillar 33 (-y direction) outward skids off the first guide groove 31 and the second guide pillar 34 slides into the second open section 322, the second guide pillar 34 is i.e. positioned at point of release.

Then, as shown in Figure 9, pull out cabinet side board 2 (as shown by arrows) along with user again, make the second guide pillar 34 then skid off the second guide groove 32 from the second open section 322 (-y direction) outward, and then make cabinet side board 2 the most obliquely to slide to be located away from machine case body 1.Therefore, by the first abutment face 3111 and backstop of the second abutment face 3211, the first guide pillar 33 and the second guide pillar 34 is made to slide linearly, and differed by the length of the first abutment face 3111 with the second abutment face 3211, sliding stroke when the first guide pillar 33 and the second guide pillar 34 linear slide is made to differ, make the first guide pillar 33 can skid off the first guide groove 31 in advance, the second guide pillar 34 is made to skid off the second guide groove 32 again, and then make cabinet side board 2 the most obliquely to slide to be located away from machine case body 1, so can avoid producing leverage and causing machine case body 1 to overturn.

It addition, coordinate Fig. 3, shown in 4, be additionally provided with a snap fastener 4 between cabinet side board 2 and machine case body 1, in order to make cabinet side board 2 can firmly be mutually clamped when machine case body 1 is combined.Specifically, snap fastener 4 includes several slot 41 and several fastener 42.Those slots 41 are respectively arranged at the first wall 11 and the second wall 12 of machine case body 1, those fasteners 42 are respectively arranged at the first wooden partition 21 bottom surface 211 and the second wooden partition 22 end face 221 of cabinet side board 2, those fasteners 42 can be sticked in those slots 41 respectively accordingly, makes cabinet side board 2 can firmly be mutually clamped with machine case body 1.

Comprehensive the above, this utility model is by being provided with guide mechanism 3 between cabinet side board 2 and machine case body 1, and guide mechanism 3 comprises the first guide groove 31 and the second guide groove 32 being arranged at machine case body 1 first wall 11, and it is arranged at the first guide pillar 33 and the second guide pillar 34 of cabinet side board 2 first wooden partition 21, and first guide pillar 33 and the second guide pillar 34 can be slidedly arranged on linearly respectively in the first guide groove 31 and the second guide groove 32, and can the most outwards skid off the first guide groove 31 and the second guide groove 32 respectively, the most obliquely slide after making cabinet side board 2 can slide linearly along machine case body 1 so that guide mechanism 3 guides and be located away from machine case body 1, can avoid producing leverage, to reach to prevent cabinet side board 2 by the phenomenon overturning machine case body 1 when removing on machine case body 1.

The foregoing is only preferable possible embodiments of the present utility model, it is also not used to limit to the scope of the claims of the present utility model, all impartial changes done according to this utility model claim and modification, all should belong to covering scope of the present utility model.

Claims

1. a cabinet, it is characterised in that including:

One machine case body, it has two the first relative wall and the second walls, and the 3rd wall being connected between this first wall and this second wall；And

One cabinet side board, it is incorporated into this machine case body separably, this cabinet side board has two the first relative wooden partition and the second wooden partitions, and the 3rd wooden partition being connected between this first wooden partition and this second wooden partition, the first wooden partition of this cabinet side board and the second wooden partition can be connected with the first wall of this machine case body and the second wall respectively；

Wherein, a guide mechanism it is provided with between this cabinet side board and this machine case body, this guide mechanism comprises one first guide groove, one second guide groove, one first guide pillar and one second guide pillar, this first guide groove and this second guide groove are in being positioned apart from the first wall in this machine case body, this first guide pillar and this second guide pillar are in being positioned apart from the first wooden partition in this cabinet side board, this first guide pillar and this second guide pillar can be slidedly arranged on linearly respectively in this first guide groove and this second guide groove and can the most outwards skid off this first guide groove and this second guide groove respectively, make this cabinet side board can be guided by this guide mechanism and the most obliquely slide after sliding linearly along this machine case body and be located away from this machine case body.

2. cabinet as claimed in claim 1, it is characterised in that described first wall of described machine case body is the roof of this machine case body, and described second wall of this machine case body is the diapire of this machine case body, and described 3rd wall of this machine case body is the sidewall of this machine case body.

3. cabinet as claimed in claim 1, it is characterized in that, the first half section of described first guide groove and the first half section of described second guide groove are respectively one first spacing section and one second spacing section, and this first spacing section and this second spacing section respectively in order to limit described first guide pillar and the described second guide pillar glide direction when linear slide and sliding stroke.

4. cabinet as claimed in claim 3, it is characterized in that, the second half section of described first guide groove and the second half section of described second guide groove are respectively one first open section and one second open section, this first open section and this second open section have arc angle or described first guide groove of bending and described second guide groove respectively with described first spacing section and described second spacing section of composition, and this first open section and this second open section skid off direction when skidding off this first guide groove and this second guide groove in order to guiding described first guide pillar and described second guide pillar respectively.

5. cabinet as claimed in claim 4, it is characterized in that, described first spacing section has one first abutment face, described second spacing section has one second abutment face, described first guide pillar and described second guide pillar can slide along this first abutment face and this second abutment face respectively linearly, and are limited to the backstop of this first abutment face and this second abutment face respectively until respectively sliding to described first open section and described second open section.

6. cabinet as claimed in claim 5, it is characterized in that, the length of described first abutment face, less than the length of described second abutment face, makes described first guide pillar slide into the stroke distances of this first open section from one end of described first spacing section and slides into the stroke distances of this second open section less than described second guide pillar from one end of described second spacing section.

7. cabinet as claimed in claim 1, it is characterized in that, described guide mechanism also comprises one the 3rd guide groove, one the 4th guide groove, one the 3rd guide pillar and one the 4th guide pillar, 3rd guide groove and the 4th guide groove are in being positioned apart from described second wall in described machine case body, 3rd guide pillar and the 4th guide pillar are in being positioned apart from described second wooden partition in described cabinet side board, and the 3rd guide pillar and the 4th guide pillar can be slidedly arranged in the 3rd guide groove and the 4th guide groove respectively.

8. cabinet as claimed in claim 7, it is characterized in that, described 3rd guide pillar slidably stroke distances is identical with described first guide pillar slidably stroke distances, and described 4th guide pillar slidably stroke distances is identical with described second guide pillar slidably stroke distances.

9. the cabinet as according to any one of claim 1 to 8, it is characterised in that be defined as computer housing further.

10. cabinet as claimed in claim 9, it is characterized in that, a snap fastener it is provided with between described cabinet side board and described machine case body, this snap fastener includes at least one slot and at least one fastener, this at least one slot is arranged at described first wall of this machine case body, this at least one fastener is arranged at described first wooden partition of this cabinet side board, and this at least one fastener can be sticked in this at least one slot respectively accordingly.