CN2893861Y - Magnetic disc array cabinet structure - Google Patents
Magnetic disc array cabinet structure Download PDFInfo
- Publication number
- CN2893861Y CN2893861Y CN 200620117933 CN200620117933U CN2893861Y CN 2893861 Y CN2893861 Y CN 2893861Y CN 200620117933 CN200620117933 CN 200620117933 CN 200620117933 U CN200620117933 U CN 200620117933U CN 2893861 Y CN2893861 Y CN 2893861Y
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- China
- Prior art keywords
- slideway
- wall
- floor board
- plate
- board framing
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a disk array chassis structure comprises a U-shape bottom board frame, a front cover plate, a rear cover plate, a front cover component, a left component of the fan, a right component of the fan, a processor component and a bracket. The front cover plate and the rear cover plate are arranged on the upper side of the U-shape bottom board frame. Back of the front cover component is fixed respectively by screws on the left board and the right board of the U-shape bottom board frame. The left and the right components of the fan and the processor component are fixed in the U-shape bottom board frame where the bracket is arranged in by means of the guide rail wall. The utility model improves the service space inside of the chassis through optimizing chassis body structure and ensures a small size and a light weight. The independent bracket design provides better protection to the magnetic disc.
Description
Technical field
The utility model relates to the novel casing structure body that a kind of 3U of being applicable to holds the disk array of 16 hard disks.
Background technology
At present, along with development of computer and universal, be used for to the disk array demand of high capacity information stores and related data backup usefulness more and more urgent.General disk array is made up of cabinet, disk, the control circuit that is used to realize getting in touch with each disk interface, fan and power supply, and disk, control circuit, fan and power supply are installed in the cabinet respectively.The casing structure design of optimizing helps the reasonable Arrangement of each hardware, and the increase in disk array serviceable life.
Summary of the invention
The purpose of this utility model provides a kind of casing structure body that supplies the disk array of 16 hard disks placements, this casing structure body is by reasonably distributing layout, improved the use in cabinet inside space effectively, and the improvement of disk array weight, volume, size.
The utility model is a kind of casing structure body of disk array, by ㄩ shape floor board framing, front shroud, back shroud, backboard, handle, wind-powered electricity generation left side assembly, the right assembly of wind-powered electricity generation, carriage and display module are formed, front shroud, back shroud is installed in ㄩ shape floor board framing top, backboard is installed in ㄩ shape floor board framing rear end, handle by screw retention on the left plate of ㄩ shape floor board framing, display module by screw retention on the crossbeam of front shroud, wind-powered electricity generation left side assembly, right assembly of wind-powered electricity generation and processor module are separately fixed in the ㄩ shape floor board framing, and carriage is placed in the ㄩ shape floor board framing by the guideway wall in the casing;
Two parts before and after backboard frame in the described ㄩ shape floor board framing is divided into ㄩ shape floor board framing, forward part is used for the mounting guide rail wall, and the rear section is used to install the dividing plate of the power supply used for disk array, fan, processor; Described left rail wall is installed on the left arm inwall of ㄩ shape floor board framing, and right guideway wall is installed on the right arm inwall of ㄩ shape floor board framing; Guideway wall A, guideway wall B, the guideway wall C placement that is parallel to each other, and distance equally is installed on the base plate of ㄩ shape floor board framing; Be processed with four slideways on the right panel of left rail wall, an end of slideway is provided with hook-shaped bayonet socket, and the other end is the plane, and left rail wall upper surface is provided with mounting hole, and left rail body of wall lower surface is provided with mounting hole; Right guideway wall is identical with the structural symmetry of left rail wall; Be processed with four slideways respectively on the two plate faces of guideway wall A body of wall, an end of slideway is provided with hook-shaped bayonet socket, and the other end is the plane, and guideway wall A upper and lower end face is provided with mounting hole;
Described carriage is made up of ㄩ shape frame, door assembly, shielding spring, vibration damping left plate, vibration damping right plate, vibration damping left plate, vibration damping right plate are installed in the outside of ㄩ shape frame respectively, shielding spring is installed on the ㄩ shape frame front end face, and the door assembly is installed on the L shaped plate of shielding spring; The bottom surface of ㄩ shape frame is provided with louvre, and ㄩ shape frame two sides are provided with a plurality of mounting holes; The ring-spring sheet is installed on the L shaped plate of shielding spring; Door is integrated machine-shaping, and its both sides, upper end are provided with left-hand rotation post, right-hand rotation post, and left-hand rotation post and right-hand rotation post below are provided with through hole, and the door left end is provided with the door lock, and the door right-hand member is provided with indicating window, display window; The door back is provided with left side lock ear, right lock ear, Spring Card, lock rotating shaft;
Described wind-powered electricity generation left side assembly is made up of dividing plate, left back up pad, right back up pad, dividing plate is installed between left back up pad, the right back up pad, dividing plate is provided with fan hole, louvre, right back up pad is an one machine-shaping part, which is provided with air vent, have chute A and chute B on one side, have chute C and chute D on one side, left side back up pad is an one machine-shaping part, have chute A and chute B on the one side, right back up pad, left back up pad are provided with a plurality of mounting holes, and it is fixed to be used for by screw and ㄩ shape floor board framing; The right assembly of wind-powered electricity generation is identical with wind-powered electricity generation left side modular construction;
Described display module is by showing that frame and web joint form, and the two ends of web joint are installed in the left through hole and right through hole that shows frame, shows that the frame panel is provided with that operation is strong, liquid crystal display, pilot lamp, and the lower left corner, back of demonstration frame is provided with block; Web joint is provided with mounting hole, and by screw retention at ㄩ shape floor board framing front end.
The advantage of the utility model casing structure body is: (1) has improved the usage space of cabinet inside; (2) mentality of designing of the no cable of employing is convenient for changing all component; (3) size is little, in light weight; (4) adopt redundant fan design, perfect heat-dissipating; (5) independent bracket design makes disk obtain better protection; (6) adopt the redundant power design, guarantee the reliability of power supply.
Description of drawings
Fig. 1 is the external structure of the utility model casing structure body.
Figure 1A is the rear view of Fig. 1.
Fig. 2 is the skeleton structure diagram of the utility model casing structure body.
Fig. 2 A is the structural drawing of guideway wall A.
Fig. 2 B is the structural drawing of left rail wall.
Fig. 2 C is the structural drawing of right guideway wall.
Fig. 3 is carrier structure figure.
Fig. 3 A is shielding spring chip architecture figure.
Fig. 3 B is a carriage door assembly assumption diagram.
Fig. 3 C is the rear view of Fig. 3 B.
Fig. 4 is a wind-powered electricity generation left side assembly assumption diagram.
Fig. 4 A is the right assembly assumption diagram of wind-powered electricity generation.
Fig. 5 is the display module structural drawing.
Fig. 5 A is the rear view of Fig. 5.
Among the figure: 1. ㄩ shape floor board framing 101. left plates 102. right plates 103. left arms
104. right arm 105. base plates 106 backboards 11. backboard framves 12. left rail walls
121. slideway A 122. slideway B 123. slideway C 124. slideway D 125. hook-shaped bayonet sockets
126. circular hole 127. mounting holes 13. guideway wall A 131. slideway A 132. slideway B
133. slideway C 134. slideway D 135. hook-shaped bayonet socket 136. mounting holes 14. guideway wall B
15. guideway wall C 16. right guideway wall 165. hook-shaped bayonet socket 166. circular holes 2. front shrouds
3. back shroud 4. handles 5. wind-powered electricity generations left sides assembly 501. louvre A 502. louvre B
503. dividing plate 504. left back up pad 505. fan hole 506. right back up pad 507. buckles
508. mounting hole 511. chute A 512. chute B 513. chute C 514. chute D
515. electric right assembly 7. processor modules in the air vent 516. chute A 517. chute B 6.
701. power switch 702. serial line interfaces 8. carriages 81. ㄩ shape framves 801. louvres
802. mounting hole 803.L shape plate 804. spring leafs 82. door assemblies 821. doors lock
822. door 823. lock rotating shafts 831. Spring Cards 833. left-hand rotation posts 834. right-hand rotation posts
835. indicating window 836. display windows 837. through holes 838. right lock ear 839. left side lock ears
83. shielding spring 84. left plates 85. right plates 9. display modules 901. show frame
902. strong 904. liquid crystal displays, 905. pilot lamp, the 906. right through holes of web joint 903. operations
907. left through hole 908. blocks
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
The utility model is a kind of casing structure body of disk array, its profile is a body structure, the back of casing is provided with louvre B502, louvre A501, power switch 701, and be used for and host computer (can be an industrial computer, also can PC device, watch-dog) serial line interface 702 that transmission information is used, these structural designs are the necessary design (shown in Figure 1A) on the existing disk array.The utility model casing structure body is by ㄩ shape floor board framing 1, front shroud 2, back shroud 3, backboard 106 (is fixed on the rear end of ㄩ shape floor board framing 1, and be fixed with on it and be used for fan, the baffle plate with holes of power supply heat sinking, the baffle plate that processor is used, serial line interface 702, the baffle plate of power switch 701), handle 4, wind-powered electricity generation left side assembly 5, the right assembly 6 of wind-powered electricity generation, processor module 7 (comprises and is used for two serial line interfaces 702 on the information transfer channel, a baffle plate that is used to install the disk array processor, in the utility model, processor module 7 is two and has power switch, the baffle plate of serial line interface 702, a processor baffle plate, these baffle plates all are fixed on the backboard 106), carriage 8 and display module 9 are formed, front shroud 2, back shroud 3 is installed in ㄩ shape floor board framing 1 top (referring to shown in Figure 1), backboard 106 is installed in ㄩ shape floor board framing 1 rear end (referring to shown in Figure 2), handle 4 by screw retention on the left plate 101 of ㄩ shape floor board framing 1, display module 9 is by screw retention (referring to shown in Figure 1) on the crossbeam of front shroud 2 front ends, wind-powered electricity generation left side assembly 5, the right assembly 6 of wind-powered electricity generation, processor module 7 is separately fixed in the ㄩ shape floor board framing 1, and carriage 8 is placed in the ㄩ shape floor board framing 1 (referring to shown in Figure 2) by the guideway wall in the casing.
Referring to shown in Figure 2, two parts before and after backboard frame 11 in the described ㄩ shape floor board framing 1 is divided into ㄩ shape floor board framing 1, forward part is used for the mounting guide rail wall and (by slideway carriage 8 is put into wherein between per two guideway walls, in the carriage 8 disk is installed), the rear section is used to install the dividing plate of the power supply used for disk array, fan, processor.Described left rail wall 12 is installed on left arm 103 inwalls of ㄩ shape floor board framing 1, and right guideway wall 16 is installed on right arm 104 inwalls of ㄩ shape floor board framing 1.Guideway wall A13, guideway wall B14, the guideway wall C15 placement that is parallel to each other, and distance equally is installed on the base plate 105 of ㄩ shape floor board framing 1.
Shown in Fig. 2 B, be processed with slideway A121, slideway B122, slideway C123, slideway D124 on the right panel of left rail wall 12, the end of slideway A121, slideway B122, slideway C123 and slideway D124 is respectively equipped with hook-shaped bayonet socket 125, the other end is the plane, left rail wall 12 upper surfaces are provided with mounting hole 126 (mounting hole 126 is used for left rail wall 12 and front shroud 2 are passed through screw retention), and left rail wall 12 body lower surfaces are provided with mounting hole 127 (mounting hole 127 be used for left rail wall 12 by screw retention at base plate 105); The structural symmetry identical (shown in Fig. 2 B, Fig. 2 C) of right guideway wall 16 and left rail wall 12.The design of guideway wall slideway has realized moving of carriage, provides convenience for changing the damage hard disk simultaneously.Slideway A121, slideway B122, slideway C123, slideway D124 adopt screw and front shroud 2 and base plate 105 fixing by the mounting hole that is located on the upper and lower end face.
Shown in Fig. 2 A, be processed with slideway A131, slideway B132, slideway C133, slideway D134 respectively on the two plate faces of guideway wall A13 body of wall, the end of slideway A131, slideway B132, slideway C133 and slideway D134 is respectively equipped with hook-shaped bayonet socket 135, the other end is the plane, guideway wall A13 upper surface is provided with mounting hole 136, guideway wall A13 is fixed on the base plate 105, it is the cooperating of hole (on another view of guideway wall A13, not shown) and screw by being located at guideway wall A13 lower surface.Guideway wall B14, guideway wall C15, slideway D134 are identical with the structure of guideway wall A13.
Referring to shown in Figure 3, described carriage 8 is made up of ㄩ shape frame 81, door assembly 82, shielding spring 83, vibration damping left plate 84, vibration damping right plate 85, vibration damping left plate 84, vibration damping right plate 85 are installed in the outside of ㄩ shape frame 81 respectively, shielding spring 83 is installed on ㄩ shape frame 81 front end faces, and door assembly 82 is installed on the L shaped plate 803 of shielding spring 83; The bottom surface of ㄩ shape frame 81 is provided with louvre 801, and ㄩ shape frame 81 two sides are provided with a plurality of mounting holes 802, and vibration damping left plate 84, vibration damping right plate 85 are chosen plastic material processing, has improved the vibration resistance of carriage 8.On the L shaped plate 803 of shielding spring 83 ring-spring sheet 804 is installed.Door 822 is integrated machine-shaping, and its both sides, upper end are provided with left-hand rotation post 833, right-hand rotation post 834, and left-hand rotation post 833, right-hand rotation post 834 belows are provided with through hole 837, and door 822 left ends are provided with door lock 821, and door 822 right-hand members are provided with indicating window 835, display window 836.Door 822 backs are provided with left side lock ear 838, right lock ear 839, Spring Card 831, lock rotating shaft 823 (lock rotating shaft 823 belongs to the part of door lock 821), and the left side of design lock ear 838, right lock ear 839 are by being used the opening and closing that realize door 822 with pin on the door 822.
Referring to shown in Figure 4, described wind-powered electricity generation left side assembly 5 is by dividing plate 503, left side back up pad 504, right back up pad 505 is formed, dividing plate 503 is installed in left back up pad 504, between the right back up pad 505, dividing plate 503 is provided with fan hole 505, louvre, right back up pad 505 is an one machine-shaping part, which is provided with air vent 515, have chute A511 and chute B512 on one side, have chute C513 and chute D514 on one side, left side back up pad 504 is an one machine-shaping part, have chute A516 and chute B517 on the one side, right back up pad 505, left side back up pad 504 is provided with a plurality of mounting holes, is used for by screw and ㄩ shape floor board framing 1 fixing.The right assembly 6 of wind-powered electricity generation is identical with wind-powered electricity generation left side assembly 5 structures.The below of dividing plate 503 is used to place the required power supply of disk array, the top of dividing plate 503 is used to place fan, and the louvre B502 by wind-powered electricity generation left side assembly 5 end faces (louvre B502 designs on a baffle plate, this baffle plate is installed in wind-powered electricity generation left side assembly 5 end faces by screw, its structure is shown in Figure 1A) air is sucked in the casing, (louvre A501 designs on a baffle plate by louvre A501, this baffle plate is installed in wind-powered electricity generation left side assembly 5 end faces by screw, and its structure is shown in Figure 1A) hot-air is discharged outside the cabinet.The louvre of two different structures of design is to discharge from two holes of rear end draw leaked-in air from the casing front end on the box body, reduces the disk heat dissipation problem effectively.
Shown in Fig. 5, Fig. 5 A, described display module 9 is made up of demonstration frame 901 and web joint 902, the two ends of web joint 902 are installed in the left through hole 907 and right through hole 906 that shows frame 901, show that frame 901 panels are provided with that operation is strong 903, liquid crystal display 904, pilot lamp 905, show that the lower left corner, back of frame 901 is provided with block 908.Mounting hole on the web joint 902 by screw on the crossbeam of front shroud 2 front ends.
Claims (2)
1, a kind of casing structure body of disk array, it is characterized in that: the casing structure body is by ㄩ shape floor board framing (1), front shroud (2), back shroud (3), backboard (106), handle (4), wind-powered electricity generation left side assembly (5), the right assembly (6) of wind-powered electricity generation, carriage (8) and display module (9) are formed, front shroud (2), back shroud (3) is installed in ㄩ shape floor board framing (1) top, backboard (106) is installed in ㄩ shape floor board framing (1) rear end, handle (4) by screw retention on the left plate (101) of ㄩ shape floor board framing (1), display module (9) by screw retention on the crossbeam of front shroud (2) front end, wind-powered electricity generation left side assembly (5), right assembly (6) of wind-powered electricity generation and processor module (7) are separately fixed in the ㄩ shape floor board framing (1), and carriage (8) is placed in the ㄩ shape floor board framing (1) by the guideway wall in the casing;
Two parts before and after backboard frame (11) in the described ㄩ shape floor board framing (1) is divided into ㄩ shape floor board framing (1), forward part is used for the mounting guide rail wall, and the rear section is used to install the dividing plate of the power supply used for disk array, fan, processor; Described left rail wall (12) is installed on left arm (103) inwall of ㄩ shape floor board framing (1), and right guideway wall (16) is installed on right arm (104) inwall of ㄩ shape floor board framing (1); Guideway wall A (13), guideway wall B (14), guideway wall C (15) placement that is parallel to each other, and distance equally is installed on the base plate (105) of ㄩ shape floor board framing (1); Be processed with slideway A (121), slideway B (122), slideway C (123), slideway D (124) on the right panel of left rail wall (12), the end of slideway A (121), slideway B (122), slideway C (123) and slideway D (124) is respectively equipped with hook-shaped bayonet socket (125), the other end is the plane, left rail wall (12) upper surface is provided with mounting hole (126), and left rail wall (12) body lower surface is provided with mounting hole (127); Right guideway wall (16) is identical with the structural symmetry of left rail wall (12); Be processed with slideway A (131), slideway B (132), slideway C (133), slideway D (134) on the two plate faces of guideway wall A (13) body of wall respectively, the end of slideway A (131), slideway B (132), slideway C (133) and slideway D (134) is respectively equipped with hook-shaped bayonet socket (135), the other end is the plane, and guideway wall A (13) upper surface is provided with mounting hole (136); Guideway wall B (14), guideway wall C (15), slideway D (134) are identical with the structure of guideway wall A (13);
Described carriage (8) is made up of ㄩ shape frame (81), door assembly (82), shielding spring (83), vibration damping left plate (84), vibration damping right plate (85), vibration damping left plate (84), vibration damping right plate (85) are installed in the outside of ㄩ shape frame (81) respectively, shielding spring (83) is installed on ㄩ shape frame (81) front end face, and door assembly (82) is installed on the L shaped plate (803) of shielding spring (83); The bottom surface of ㄩ shape frame (81) is provided with louvre (801), and ㄩ shape frame (81) two sides are provided with a plurality of mounting holes (802); On the L shaped plate (803) of shielding spring (83) ring-spring sheet (804) is installed; Door (822) is integrated machine-shaping, its both sides, upper end are provided with left-hand rotation post (833), right-hand rotation post (834), left-hand rotation post (833) and right-hand rotation post (834) below are provided with through hole (837), door (822) left end is provided with door lock (821), and door (822) right-hand member is provided with indicating window (835), display window (836); Door (822) back is provided with left side lock ear (838), right lock ear (839), Spring Card (831), lock rotating shaft (823);
Described wind-powered electricity generation left side assembly (5) is by dividing plate (503), left side back up pad (504), right back up pad (505) is formed, dividing plate (503) is installed in left back up pad (504), between the right back up pad (505), dividing plate (503) is provided with fan hole (505), louvre, right back up pad (505) is an one machine-shaping part, which is provided with air vent (515), have chute A (511) and chute B (512) on one side, have chute C (513) and chute D (514) on one side, left side back up pad (504) is an one machine-shaping part, has chute A (516) and chute B (517) on the one side; The right assembly of wind-powered electricity generation (6) is identical with wind-powered electricity generation left side assembly (5) structure;
Described display module (9) is made up of demonstration frame (901) and web joint (902), the two ends of web joint (902) are installed in the left through hole (907) and right through hole (906) that shows frame (901), show that frame (901) panel is provided with operation strong (903), liquid crystal display (904), pilot lamp (905), shows that the lower left corner, back of frame (901) is provided with block (908).
2, the casing structure body of disk array according to claim 1 is characterized in that: vibration damping left plate (84) and vibration damping right plate (85) are plastic material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620117933 CN2893861Y (en) | 2006-05-30 | 2006-05-30 | Magnetic disc array cabinet structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620117933 CN2893861Y (en) | 2006-05-30 | 2006-05-30 | Magnetic disc array cabinet structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2893861Y true CN2893861Y (en) | 2007-04-25 |
Family
ID=38062016
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620117933 Expired - Fee Related CN2893861Y (en) | 2006-05-30 | 2006-05-30 | Magnetic disc array cabinet structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2893861Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104934053A (en) * | 2014-03-18 | 2015-09-23 | Hgst荷兰公司 | Shaped backplane for receiving electrical components |
-
2006
- 2006-05-30 CN CN 200620117933 patent/CN2893861Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104934053A (en) * | 2014-03-18 | 2015-09-23 | Hgst荷兰公司 | Shaped backplane for receiving electrical components |
| CN104934053B (en) * | 2014-03-18 | 2017-11-03 | Hgst荷兰公司 | Bottom plate and the method that forms bottom plate for the shaping that receives electronic unit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: BEIJING TIANDI KONGJIAN SCIENCE CO., LTD. Free format text: FORMER OWNER: HU SHAOYONG Effective date: 20080912 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20080912 Address after: Room 2, building 203, building 100085, four street, Beijing, Haidian District, China Patentee after: Beijing Tiandi InterSpace Technology Ltd Address before: Room 2, building 203, building 100085, four street, Beijing, Haidian District, China Patentee before: Hu Shaoyong |
|
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070425 Termination date: 20110530 |