CN201060655Y

CN201060655Y - Cabinet structure of four disk magnetic disk array

Info

Publication number: CN201060655Y
Application number: CNU2007201696909U
Authority: CN
Inventors: 刘西红
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-07-12
Filing date: 2007-07-12
Publication date: 2008-05-14
Anticipated expiration: 2017-07-12

Abstract

The utility model discloses a crate structural body for a disk array with four disk positions, and the structural body includes a U-shaped soleplate frame, a supporter, a real panel, an upper cover, four brackets, five guide rail walls and two fans. The upper cover is arranged above the U-shaped soleplate frame; the fore plate surface of the supporter is arranged at the front end of the U-shaped soleplate frame; the pressure plate surface of the supporter is arranged on the guide rail walls; a rear panel is arranged at the rear end of the U-shaped soleplate frame; the two ends of a clapboard are respectively fixed on the left side board and the right side board of the U-shaped soleplate frame through bolts; the U-shaped soleplate frame is divided into a front part and a rear part; the A guide rail wall and the E guide rail wall are respectively arranged at the front parts of the left side board and the right side board of the U-shaped soleplate frame; the B guide rail wall, the C guide rail wall and the D guide rail wall are arranged in a parallel way and are arranged on the soleplate of the U-shaped soleplate frame with equal distance; the four brackets are arranged in a disk cavity formed between the two guide rail walls. The crate structural body of the utility model improves the crate interior occupying space through optimal designing the crate structure, the size is small, the weight is light, and the alone vibration reduction bracket design enables the disk to obtain better protection.

Description

The casing structure body of four dish position disk arrays

Technical field

The utility model relates to a kind of novel casing structure body that is applicable to the disk array of four dish positions.

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 interface circuit that is used to realize getting in touch with each disk interface, controller, fan and power supply, and disk, interface circuit, controller, 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 prolongation 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 four 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 four dish position disk arrays, mainly includes U-shaped floor board framing, upper cover plate, support, rear panel, carriage, fan, guideway wall; Upper cover plate is installed in U-shaped floor board framing top, and the front face of support is installed in the front end of U-shaped floor board framing, and the hold-down plate surface of support is installed on the guideway wall, and back shroud is installed in the rear end of U-shaped floor board framing, and fan, power supply is mounted thereto; The two ends of dividing plate are separately fixed on the left plate, right plate of U-shaped floor board framing by screw, and two parts before and after the U-shaped floor board framing is divided into; Four carriages are placed on by five guideway walls isolates in four disk chambeies that constitute.

The advantage of the utility model casing structure body is: the rational deployment of (1) casing structure, improved the usage space of cabinet inside; (2) hard disk adopts the mentality of designing of no cable, is convenient for changing; (3) size is little, in light weight; (4) adopt double fan design, perfect heat-dissipating; (5) independent vibration damping bracket design makes disk obtain better protection.

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.

Figure 1B is the interior layout Status view of no upper cover plate.

Fig. 2 is A guideway wall Facad structure figure of the present utility model.

Fig. 2 A is A guideway wall structure figure of the present utility model.

Fig. 3 is A carrier structure figure of the present utility model.

Fig. 3 A is the A carrier structure figure of no door.

Fig. 3 B is the door structural drawing.

Fig. 3 C is the shielding spring structural drawing.

Among the figure: 1.U shape floor board framing 2. upper cover plates 3. supports 31. front faces

32. hold-down plate surface 4. rear panels 6. dividing plate 11.A fan 12.B fans

13. power supply 14. power interfaces 15. serial ports 16. controllers 17. heat radiation racks

41.A 44.D disk chamber, 43.C disk chamber, 42.B disk chamber, disk chamber

51.A carriage 52.B carriage 53.C carriage 54.D carriage 501.U shape frame

502. louvre 503. vibration damping right plates 504. vibration damping left plates 505. damping blocks 506. shielding springs

561. spring button 562. louvres 507. doors 571. right through hole 572. grooves

573. decorative groove 574. louvres 575. mounting holes 508. buckles 509. catch

510. door support 511. left bearing pin 512. right bearing pin 513. left U frame 514. right U framves

61.A guideway wall 62.B guideway wall 63.C guideway wall 64.D guideway wall 65.E guideway wall

Embodiment

Below in conjunction with accompanying drawing the utility model is described in further detail.

The utility model is a kind of casing structure body that is applicable to the four dish position disk arrays of placing four hard disks, its profile is a body structure, the rear panel 4 of casing is provided with power interface 14, the through hole of heat transmission (A fan 11, B fan 12 is installed in the inboard of rear panel 4, in the cabinet, physical location is in the through hole, A fan 11 is realized in the air leading-in box that casing is outer, B fan 12 is realized the hot-air in the casing is derived), and be used for and host computer (can be an industrial computer, also can PC device, watch-dog) serial ports 15 used of transmission information, these structural designs on the existing disk array must design (shown in Figure 1A).The utility model casing structure body mainly contains U-shaped floor board framing 1, upper cover plate 2, support 3, rear panel 4, four carriage (A carriages 51, B carriage 52, C carriage 53, D carriage 54), two fan (A fans 11, B fan 12), in the utility model, upper cover plate 2 is installed in U-shaped floor board framing 1 top (referring to shown in Figure 1), the front face 31 of support 3 is installed in the front end of U-shaped floor board framing 1, the hold-down plate surface 32 of support 3 is installed in guideway wall (B guideway wall 62, C guideway wall 63, D guideway wall 64) top, rear panel 4 is installed in the rear end of U-shaped floor board framing 1, and A fan 11, B fan 12, power supply 13 is installed on its plate face, four carriage (A carriages 51, B carriage 52, C carriage 53, D carriage 54) is placed in four disk chambeies that constitute by a plurality of guideway walls (shown in Figure 1B).

Two parts before and after dividing plate 6 in the described U-shaped floor board framing 1 is divided into U-shaped floor board framing 1, forward part is used for the mounting guide rail wall and (by draw-in groove, slideway carriage is put into wherein between per two guideway walls, disk is installed in the carriage), the rear section is used to install power supply 13, A fan 11, B fan 12, the controller of using for disk array 16, the heat radiation rack 17 (heat radiation rack 17 is installed in the base plate of U-shaped floor board framing 1) that is used for fixing controller 16.Described A guideway wall 61 is installed on the left plate of U-shaped floor board framing 1, E guideway wall 65 is installed on the right plate of U-shaped floor board framing 1, the placement that is parallel to each other of B guideway wall 62, C guideway wall 63, D guideway wall 64, and distance equally is fixedly mounted on the base plate of U-shaped floor board framing 1, and the upper fixed of B guideway wall 62, C guideway wall 63, D guideway wall 64 has the hold-down plate surface 32 of support 3 (design of hold-down plate surface 32 help compressing be installed in two carriages between the guideway wall stable).The two ends of dividing plate 6 be fixedly mounted on U-shaped floor board framing 1 left plate, with right plate on, the interface card that is used for each disc information communication is installed on the dividing plate 6.

Shown in Fig. 2, Fig. 2 A, five guideway walls that in the utility model, relate to structure identical, be respectively equipped with A draw-in groove, B draw-in groove, A chute, B chute on the positive and negative panel of guideway wall, the front end face of guideway wall is provided with hook-shaped bayonet socket; Now describe the structure of each guideway wall with A guideway wall 61, the top of A guideway wall 61 front end faces is provided with hook-shaped bayonet socket 603, the top of A guideway wall 61 front plate is provided with A draw-in groove 601, the below of A guideway wall 61 front plate is provided with A chute 602, the top of A guideway wall 61 back panels is provided with B draw-in groove 604, and the below of A guideway wall 61 back panels is provided with B chute 605.In the utility model, can be designed to the structure of A guideway wall 61, B guideway wall 62, C guideway wall 63, D guideway wall 64 and E guideway wall 65 identical; Also the structure of B guideway wall 62, C guideway wall 63, D guideway wall 64 can be designed to identically, it is identical that A guideway wall 61 and the structure of E guideway wall 65 are designed to symmetry, and promptly A guideway wall 61, E guideway wall 65 are platen surface with the installed surface of U-shaped floor board framing 1.The design of guideway wall sliding way has realized moving of carriage, provides convenience for changing the damage hard disk simultaneously.Each guideway wall be respectively equipped with mounting hole up and down, fix by the base plate of screw and hold-down plate surface 32 or U-shaped floor board framing 1.A guideway wall 61 forms the one side formation B disk chamber 42 of A disk chamber 41, B guideway wall 62 another sides and C guideway wall 63 with the one side of B guideway wall 62, another side and the one side formation C disk chamber 43 of D guideway wall 64, the another side and the E guideway wall 65 of D guideway wall 64 of C guideway wall 63 forms D disk chambeies 44, is respectively applied in four disk chambeies of formation and places four carriages that hard disk is installed.

In the utility model, in order to realize installing four hard disks, designed identical four carriages (A carriage 51, B carriage 52, C carriage 53, D carriage 54) of structure, four carriages are installed in respectively in separately the disk chamber (A disk chamber 41, B disk chamber 42, C disk chamber 43, D disk chamber 44) (shown in Fig. 1, Figure 1B).Described A carriage 51 is made up of U-shaped frame 501, door 507, door support 510, shielding spring 506, vibration damping left plate 504, vibration damping right plate 503, damping block 505, vibration damping left plate 504, vibration damping right plate 503 are installed in the outside of U-shaped frame 501 respectively, and damping block 505, shielding spring 506, door support 510 are installed on the front end face of U-shaped frame 501 in turn; The bottom surface of U-shaped frame 501 is provided with louvre 502, and U-shaped frame 501 two sides are respectively equipped with a plurality of mounting holes, and vibration damping left plate 504, vibration damping right plate 503 are chosen plastic material processing, has improved the vibration resistance of A carriage 51.The plate face of the L shaped plate 563 of (shown in Fig. 3 C) shielding spring 506 is provided with a plurality of louvres 562, and the upper end of the L shaped plate 563 of shielding spring 506 is provided with a plurality of ring-type spring buttons 561, and shielding spring 506 is chosen the processing of book shape sheet metal.(shown in Fig. 3 B) door 507 is to adopt plastic material one machine-shaping part, its front is provided with a plurality of decorative groove 573, discontinuous has louvre 574 in this decorative groove 573, the below of door 507 has groove 572, this groove 572 is used to place buckle 508, the top right flank of door 507 is provided with right through hole 571, also be provided with left through hole (not shown) on its left surface, about via design help door 507 is installed in left bearing pin 511, on the right bearing pin 512, in order to show the regular event of disk, be provided with on door 507 for the mounting hole 575 that pilot lamp is installed, door 507 is by right through hole 571, the right bearing pin 512 of left side through hole and door support 510, left side bearing pin 511 is used the opening and closing that realize door 507.The centre position of door support 510 belows is equipped with buckle 508, one end and the catch 509 of buckle 508 hold out against, catch 509 is installed on the rear panel of door support 510, the left side of door support 510 is provided with left U frame 513, U frame 513 tops, a left side are set with left bearing pin 511, the right side of door support 510 is provided with right U frame 514, and right U frame 514 tops are set with right bearing pin 512.

Claims

1. the casing structure body of a dish position disk array, it is characterized in that: upper cover plate (2) is installed in U-shaped floor board framing (1) top, the front face (31) of support (3) is installed in the front end of U-shaped floor board framing (1), the hold-down plate surface (32) of support (3) is installed on the guideway wall, and rear panel (4) is installed in the rear end of U-shaped floor board framing (1); A fan (11), B fan (12) are installed on the rear panel (4), and rear panel (4) is provided with serial ports (15), power interface (14); Power supply (13) is installed on the base plate of U-shaped floor board framing (1) and is used for fixing the heat radiation rack (17) that controller (16) is installed; The two ends of dividing plate (6) are separately fixed on the left plate and right plate of U-shaped floor board framing (1), and U-shaped floor board framing (1) is divided into front and back two parts;

A guideway wall (61) is installed on the left plate forward part of U-shaped floor board framing (1), E guideway wall (65) is installed on the right plate forward part of U-shaped floor board framing (1), the placement that is parallel to each other of B guideway wall (62), C guideway wall (63), D guideway wall (64), and distance equally is fixedly mounted on the base plate of U-shaped floor board framing (1), and the top of B guideway wall (62), C guideway wall (63), D guideway wall (64) is connected with hold-down plate surface (32); A guideway wall (61), B guideway wall (62), C guideway wall (63), D guideway wall (64) are identical with the structure of E guideway wall (65), the top of A guideway wall (61) front end face is provided with hook-shaped bayonet socket (603), the top of A guideway wall (61) front plate is provided with A draw-in groove (601), the below of A guideway wall (61) front plate is provided with A chute (602), the top of A guideway wall (61) back panel is provided with B draw-in groove (604), and the below of A guideway wall (61) back panel is provided with B chute (605);

A guideway wall (61) forms the one side formation B disk chamber (42) of A disk chamber (41), B guideway wall (62) another side and C guideway wall (63) with the one side of B guideway wall (62), another side and the one side formation C disk chamber (43) of D guideway wall (64), the another side and the E guideway wall (65) of D guideway wall (64) of C guideway wall (63) forms D disk chamber (44); A carriage (51) is assemblied in the A disk chamber (41), and B carriage (52) is assemblied in the B disk chamber (42), and C carriage (53) is assemblied in the C disk chamber (43), and D carriage (54) is assemblied in the D disk chamber (44); A carriage (51), B carriage (52), C carriage (53) are identical with the structure of D carriage (54);

A carriage (51) is made up of U-shaped frame (501), door (507), door support (510), shielding spring (506), vibration damping left plate (504), vibration damping right plate (503), damping block (505), vibration damping left plate (504), vibration damping right plate (503) are installed in the outside of U-shaped frame (501) respectively, and damping block (505), shielding spring (506), door support (510) are installed on the front end face of U-shaped frame (501) in turn; The bottom surface of U-shaped frame (501) is provided with louvre (502), and the plate face of the L shaped plate (563) of shielding spring (506) is provided with a plurality of louvres (562), and the upper end of the L shaped plate (563) of shielding spring (506) is provided with a plurality of ring-type spring buttons (561); Door (507) front is provided with a plurality of decorative groove (573), the interior discontinuous of this decorative groove (573) has louvre (574), the below of door (507) has groove (572), this groove (572) is used to place buckle (508), the top right flank of door (507) is provided with right through hole (571), also be provided with left through hole on its left surface, the centre position of door support (510) below is equipped with buckle (508), one end of buckle (508) and catch (509) hold out against, catch (509) is installed on the rear panel of door support (510), the left side of door support (510) is provided with left U frame (513), left side U frame (513) top is set with left bearing pin (511), the right side of door support (510) is provided with right U frame (514), and right U frame (514) top is set with right bearing pin (512).

2. the casing structure body of four dish position disk arrays according to claim 1 is characterized in that: vibration damping left plate (504), vibration damping right plate (503) are chosen plastic material processing.

3. the casing structure body of four dish position disk arrays according to claim 1 is characterized in that: shielding spring (506) is chosen the processing of book shape sheet metal.

4. the casing structure body of four dish position disk arrays according to claim 1, it is characterized in that: door (507) is a plastic material one machine-shaping part.