CN201054107Y - Enclosure structure of data server - Google Patents

Abstract

The utility model discloses a machine-casing structure of a data service device, which mainly comprises a U-shaped base plate rack, a support rack, a rear face pate, an upper cover plate, a pallet, guide rail walls, and a fan; the upper cover plate is arranged above the U-shaped base plate rack, the support rack is arranged above the front end of the U-shaped base plate rack, the rear face plate is arranged behind the U-shaped base plate rack, two ends of a baffle A are respectively fixed on the left side plate and the right side plate of the U-shaped base plate rack by screws, and the baffle A divides the U-shaped base plate rack into two parts of a front part and a rear part. The guide rail wall A, the guide rail wall B, and the guide rail wall C are arranged in parallel and arranged equidistantly on the base plate of the U-shaped base plate rack. The machine-casing structure body of the utility model increases the use room inside the machine-casing by optimizing the design of the casing body structure, the size is small, and the weight is light; an independent pallet design causes the disc to be better protected.

Description

Chassis Architecture for Data Servers

technical field

The utility model relates to a chassis structure of a data server.

Background technique

At present, with the development and popularization of computer technology, the demand for data servers for large-capacity information storage and related data backup is becoming more and more urgent. A general data server is composed of a chassis, a disk, an interface circuit for realizing the connection with each disk interface, a processor, a fan and a power supply, and the disk, the interface circuit, a processor, a fan and a power supply are respectively installed in the chassis. The optimized chassis structure design is conducive to the rational arrangement of various hardware and the extension of the service life of the data server.

Contents of the invention

The purpose of this utility model is to provide a chassis structure of a data server capable of placing 16 disks. The chassis structure can effectively improve the use of the internal space of the chassis and the weight, volume, and size of the data server through a reasonable distribution layout. improve.

The utility model relates to a case structure of a data server, which mainly includes a U-shaped bottom plate frame, an upper cover plate, a bracket, a rear panel, 16 brackets, and 6 fans. The upper cover is installed above the U-shaped bottom frame, and the upper cover is provided with a handle; the front surface of the bracket is installed on the front end of the U-shaped bottom frame, and the pressure plate of the bracket is fixed on the guide rail wall by screws. An optical drive slot for placing an optical drive is opened on the board. There are A partition and B partition installed in the box, and the A partition divides the box into front and rear parts, and there are 4 fans installed on the board, the front part is used to install the bracket and the disk, and the rear part is used for installation and processing device, power supply.

The bracket of the utility model is composed of a U-shaped frame, a warehouse door, a warehouse door bracket, a shielding spring, a vibration-damping left side plate, a vibration-damping right side plate, and a vibration-damping plate. The vibration-damping left side plate and the vibration-damping right side plate are respectively Installed on the outside of the U-shaped frame, the front end of the U-shaped frame is equipped with a vibration damping plate, a shielding spring, and a door bracket in sequence; the door is made of plastic materials, and its front is provided with multiple decorative grooves , there is a groove under the door, a right through hole is provided on the upper right side of the door, and a left through hole is also provided on the left side of the door. The design of the left and right through holes is conducive to installing the door on the left Shaft and right pin shaft, in order to display the normal operation of the disk, there are installation holes for installing indicator lights on the door. The door passes through the right and left through holes and the right and left pins of the door bracket. Used together to realize the opening and closing of the warehouse door. There is a buckle installed in the middle of the bottom of the door bracket, one end of the buckle is tight against the block, the block is installed on the rear panel of the door bracket, the left side of the door bracket is provided with a left U frame, and the top of the left U frame The suit has a left pin shaft, the right side of the door support is provided with a right U frame, and the right U frame top is suitably equipped with a right pin shaft.

The advantages of the chassis structure of the data server of the utility model: (1) the reasonable layout of the chassis structure improves the use space inside the chassis; (2) the hard disk adopts the design idea of no cables, which is convenient for replacement; Lightweight; (4) multi-fan design, good heat dissipation; (5) separate vibration-absorbing bracket design to better protect the disk.

Description of drawings

FIG. 1 is an external structural diagram of the chassis architecture of the data server of the present invention.

FIG. 1A is a rear view of the chassis structure of the data server of the present invention.

FIG. 1B is a distribution diagram of the internal structure of the chassis architecture of the data server without an upper cover.

Fig. 2 is a structural diagram of the bracket of the present invention.

Fig. 2A is a bracket structure diagram when there is no door.

Fig. 2B is a structural diagram of the warehouse door.

Fig. 2C is a structural diagram of the shielding spring.

Fig. 3 is the structural diagram of the utility model A guide rail wall.

Fig. 3A is a back view of the rail wall of A in Fig. 3 .

Fig. 3B is a structure diagram of the guide rail.

In the figure: 1.U-shaped floor frame 11.A groove 12.B partition 13.A partition

14. Cooling frame 2. Upper cover 21. Handle 3. Bracket 31. Front panel

32. Platen surface 33. Optical drive slot 4. Rear panel 5. Bracket 501. U-shaped frame

502. Cooling hole 503. Damping right side plate 504. Vibration damping left side plate 505. Vibration damping plate 506. Shielding spring

561. Spring buckle 562. Cooling hole 507. Warehouse door 571. Right through hole 572. Groove

573. Decorative groove 574. Mounting hole 508. Buckle 509. Block 510. Door bracket

511. Left pin shaft 512. Right pin shaft 513. Left U frame 514. Right U frame 6. Guide rail

661. Bayonet 662. Mounting hole 61.A guide rail wall 601.A slideway 602.B slideway

603.C slideway 604.D slideway 605. Mounting hole 606.A card slot 607.B card slot

608.C card slot 609.D card slot 611.E slideway 612.F slideway 613.G slideway

614.H Slideway 62.B Guide rail wall 63.C Guide rail wall 7. Power supply 71.A Fan

72.B fan 73.C fan 74.D fan 75.E fan 76.F fan

Detailed ways

The utility model will be described in further detail below in conjunction with the accompanying drawings.

The utility model is a case structure suitable for placing a data server with 16 hard disks. Its shape is a box structure, and the rear panel 4 of the box is provided with a power interface (this is a conventional design, so it is not shown in Fig. 1A reference numerals), through holes for heat dissipation, A fan 71 and B fan 72 are installed at the through holes, and the two fans are installed on the inner side of the rear panel 4, and the rear panel 4 is installed on the rear end of the U-shaped bottom frame 1 , these structures are designed as a must on the existing data server (see FIG. 1A). The chassis structure of the utility model mainly includes a U-shaped bottom plate frame 1, an upper cover plate 2, a bracket 3, a rear panel 4, 16 brackets, and 6 fans. In the utility model, the upper cover plate 2 is installed on the U-shaped bottom plate Above the frame 1 (see Fig. 1), and the upper cover plate 2 is provided with a handle 21; the front plate surface 31 of the bracket 3 is installed on the front end of the U-shaped floor frame 1, and the pressure plate surface 32 of the bracket 3 is fixed on the On the guide rail walls (A guide rail wall 61, B guide rail wall 62, and C guide rail wall 63), the front panel 31 of the bracket 3 is provided with an optical drive slot 33 for placing an optical drive (see FIG. 1B).

Referring to shown in Fig. 1B, in the present utility model, the two ends of B dividing plate 12 are fixedly installed on the left side plate, the right side plate of U-shaped base plate frame 1, and B dividing plate 12 is installed with each disk information communication. interface circuit board.

Referring to shown in Fig. 1B, in the utility model, the two ends of A dividing plate 13 are fixedly installed on the left side plate, the right side plate of U-shaped floor frame 1, and divide into front and back two parts in the box. The front part is mainly used to place 4 fans (C fan 73, D fan 74, E fan 75, F fan 76 are installed on the partition 13) and 16 disks (each disk is fixedly installed in its own bracket); the rear The part is mainly used for placing the processor (the processor is installed on the cooling frame 14, and the cooling frame 14 is fixed on the bottom plate of the U-shaped bottom frame 1), and the power supply 7 . The front end (the position where the bracket is placed) on the outside of the right side plate of the U-shaped floor frame 1 is provided with an A groove 11. Correspondingly, when the A groove 11 corresponds to the inside of the right side plate, it is an A convex groove. Guide rails 6 are installed between the convex grooves; the left side plate and the right side plate are symmetrically designed, that is, the front end (the position where the bracket is placed) on the outside of the left side plate is provided with a B groove (not shown in Figure 1B), corresponding Yes, when the B groove corresponds to the inner side of the left side plate, it is the B convex groove, and a guide rail is installed between the two B convex grooves; the width of the A convex groove and the B convex groove is the same as the width of the slideway on the A guide rail wall 61 .

The structures of the multiple guide rails installed on the right side plate and the left side plate of the utility model are the same, the panel of the guide rail 6 has a mounting hole 662, and the front end face has a bayonet 661; A guide rail wall 61, B guide rail Wall 62, C guide rail wall 63 structures are identical, A guide rail wall 61, B guide rail wall 62, C guide rail wall 63 are placed parallel to each other, and are fixedly installed on the base plate of U-shaped floor frame 1 at equal distances, A guide rail wall 61 , the upper end surface of B guide rail wall 62, C guide rail wall 63 is fixed with the pressure plate surface 32 of support 3 (the design of pressure plate surface 32 is conducive to compressing the bracket that is installed between two guide rail walls and is stable); (referring to Fig. 3, Shown in Fig. 3 A) the end face of A guide rail wall 61 has a plurality of installation holes 605 (installation holes 605 are used to fix it with the pressure plate surface 32 of support 3 by screws); the front end face of A guide rail wall 61 is from top to bottom There are A card slot 606, B card slot 607, C card slot 608, and D card slot 609. The design of multiple card slots is conducive to clamping the brackets placed between the guide rail walls; the front side of the A guide rail wall 61 from A slideway 601, B slideway 602, C slideway 603, D slideway 604 are arranged from bottom to top, and the back side of A guide rail wall 61 is provided with E slideway 611, F slideway 612, G slideway 613, H slideways 614, the four slideways on the front and the back are symmetrical and equally spaced, and the design of the slideways is conducive to the movement of the bracket.

In the utility model, in order to realize the installation of 16 hard disks, 16 brackets with the same structure are designed, and the 16 brackets are respectively installed on the slideway of the guide rail wall and the slideway of another guide rail wall (seeing Fig. 1B). The bracket 5 is composed of a U-shaped frame 501, a door 507, a door bracket 510, a shielding spring 506, a vibration-damping left side plate 504, a vibration-damping right side plate 503, and a vibration-damping plate 505 (see FIG. 2 ) , the vibration damping left side plate 504 and the vibration damping right side plate 503 are installed on the outside of the U-shaped frame 501 respectively, and the front end surface of the U-shaped frame 501 is sequentially equipped with a vibration-damping plate 505, a shielding spring 506, and a door bracket 510; The bottom surface of the U-shaped frame 501 is provided with cooling holes 502, and the two sides of the U-shaped frame 501 are respectively provided with a plurality of mounting holes. vibration resistance. (shown in Fig. 2C) the plate surface of the L-shaped plate 563 of the shielding spring 506 is provided with a plurality of cooling holes 562, and the upper end of the L-shaped plate 563 of the shielding spring 506 is provided with a plurality of ring snaps 561, and the shielding spring 506 Select sheet metal processing. (See Fig. 2B) The door 507 is an integrally formed part made of plastic material, and its front is provided with a plurality of decorative grooves 573, the bottom of the door 507 has a groove 572, and the groove 572 is used to place buckles 508, the upper right side of the door 507 is provided with a right through hole 571, and its left side is also provided with a left through hole (not shown in the figure). On the left pin shaft 511 and the right pin shaft 512, in order to display the normal action of the disk, the door 507 is provided with a mounting hole 574 for installing an indicator light, and the door 507 passes through the right through hole 571, the left through hole and the door bracket. The right pin shaft 512 of 510, the left pin shaft 511 are used in cooperation to realize the opening and closing of the door 507. A buckle 508 is installed at the middle position below the door bracket 510, and one end of the buckle 508 is tight against the catch 509. U frame 513, the left pin shaft 511 is set on the top of the left U frame 513, the right side of the door support 510 is provided with the right U frame 514, and the right pin shaft 512 is set on the top of the right U frame 514.

Claims (4)

1. the cabinet framework of a data server, it is characterized in that: cabinet framework profile is a body structure, and the rear panel of casing (4) is installed in the rear end of U-shaped floor board framing (1), the installed inside of rear panel (4) has A fan (71), B fan (72); Power supply (7), heat radiation rack (14) are installed on the base plate of U-shaped floor board framing (1); Upper cover plate (2) is installed in U-shaped floor board framing (1), and upper cover plate (2) is provided with handle (21); 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 A guideway wall (61), B guideway wall (62), C guideway wall (63) upper surface by screw retention, has the CD-ROM drive groove (33) that is used to place CD-ROM drive on the front face (31) of support (3);

The two ends of B dividing plate (12) are fixedly mounted on the left plate, right plate of U-shaped floor board framing (1);

The two ends of A dividing plate (13) are fixedly mounted on the left plate, right plate of U-shaped floor board framing (1), and two parts before and after will being divided in the case; C fan (73), D fan (74), E fan (75), F fan (76) are installed on the dividing plate (13);

Have mounting hole (662) on the panel of guide rail (6), front end face has bayonet socket (661);

A guideway wall (61), B guideway wall (62), C guideway wall (63) structure are identical, the placement that is parallel to each other of A guideway wall (61), B guideway wall (62), C guideway wall (63), and distance equally is fixedly mounted on the base plate of U-shaped floor board framing (1); Have mounting hole (605) on the end face of A guideway wall (61); The front end face of A guideway wall (61) is provided with A draw-in groove (606), B draw-in groove (607), C draw-in groove (608), D draw-in groove (609) from top to bottom; The front of A guideway wall (61) is provided with A slideway (601), B slideway (602), C slideway (603), D slideway (604) from bottom to up, the back side of A guideway wall (61) is provided with E slideway (611), F slideway (612), G slideway (613), H slideway (614) from bottom to up, four slideways are symmetrical on the front of A guideway wall (61), the back side, and spacing equates;

Carriage (5) 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 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 cabinet framework of data server 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 cabinet framework of data server according to claim 1 is characterized in that: shielding spring (506) is chosen the processing of book shape sheet metal.

4. the cabinet framework of data server according to claim 1, it is characterized in that: door (507) is a plastic material one machine-shaping part.

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