CN101630184A

CN101630184A - Rack mount type server capable of being convenient to replace replaceable component

Info

Publication number: CN101630184A
Application number: CN200810131627A
Authority: CN
Inventors: 刘宏钧
Original assignee: Wistron Corp
Current assignee: Wistron Corp
Priority date: 2008-07-15
Filing date: 2008-07-15
Publication date: 2010-01-20

Abstract

The invention discloses a rack mount type server, which comprises a replaceable component, a frame and an upper cover, wherein the frame is used for bearing the replaceable component; two sides of the frame are provided with two sliding chutes respectively; the upper cover is arranged on the sliding chute of the frame in a sliding mode, and comprises a first shell and a second shell which is pivoted on the first shell; when the second shell is rotated to a first position relative to the first shell; and the second shell covers the replaceable component, and when rotating to the second position relative to a second position, the second shell cannot cover the replaceable component. The rack mount type server also comprises a fixed structure and used for clamping the second shell on the frame when the second shell is rotated to the first position relative to the first shell.

Description

But can conveniently substitute the rack-mount server of replaceable assembly

Technical field

The relevant a kind of rack-mount server of the present invention, but refer to a kind of rack-mount server that can conveniently substitute replaceable assembly especially.

Background technology

Along with the prosperity of computer and network, at present general enterprise or mechanism all need be equipped with computer server, and large-scale network is served the dealer a large amount of demands is more arranged.With present common on the market onserver-class, the volume of rack-mount server (rack server) is simplified, and is easy to the main equipment room centralized management most.Multilayer changes mutually and rack-mount server is owing to need up and down, and both sides are adjacent with other server again, add that server needs long-term running continuously, so heat dissipation problem is extremely important, even will influences the degree of stability and the serviceable life of hardware running.In general, rack-mount server inside all is provided with fan and discharges the heat that intraware produces, yet when the fan damage need be changed or keep in repair, often need whole rack-mount server is taken off by extracting out on the frame of main equipment room, to carry out the action of follow-up maintain and replace, this just can cause maintenance and the inconvenience of changing.

Summary of the invention

But the purpose of this invention is to provide a kind of rack-mount server of conveniently substituting replaceable assembly, to solve the above problems.

But the rack-mount server that can conveniently substitute replaceable assembly of the present invention, it includes: but a replaceable assembly; One framework is somebody's turn to do replaceable assembly but be used for carrying, and the both sides of this framework are to be formed with a chute respectively; An and loam cake, it is slidably to be installed on this chute of this framework, this loam cake includes one first housing, and one second housing, it is articulated in this first housing, and when this second housing rotates to a primary importance with respect to this first housing, but replaceable assembly is somebody's turn to do in this second housing covering, and when this second housing rotates to a second place with respect to this first housing, but this second housing can't cover this replaceable assembly.This rack-mount server includes a first fixed structure in addition, is installed on a side of this chute of this framework, is used for fixing this second housing on this framework when this second housing rotates to this primary importance with respect to this first housing.

Description of drawings

Fig. 1 is the schematic appearance of preferred embodiment rack-mount server of the present invention.

Fig. 2 is the assembly exploded perspective synoptic diagram of preferred embodiment rack-mount server of the present invention.

Fig. 3 is placed on the synoptic diagram that slides on the chute of framework in the preferred embodiment of the present invention.

Fig. 4 is the assembly synoptic diagram of preferred embodiment first fixed structure of the present invention.

The local enlarged diagram that Fig. 5 combines with framework for preferred embodiment first fixed structure of the present invention.

Fig. 6 rotates to expose the synoptic diagram of radiating subassembly with respect to first housing for preferred embodiment second housing of the present invention.

Fig. 7 is the synoptic diagram of preferred embodiment loam cake of the present invention.

The local enlarged diagram that Fig. 8 combines with framework for preferred embodiment second fixed sturcture of the present invention.

Embodiment

See also Fig. 1 and Fig. 2, Fig. 1 is the schematic appearance of preferred embodiment one rack-mount server 50 of the present invention, Fig. 2 is the assembly exploded perspective synoptic diagram of preferred embodiment rack-mount server 50 of the present invention, rack-mount server 50 includes at least one radiating subassembly 52, be used for loosing and remove the heat that rack-mount server 50 intrawares are produced, radiating subassembly 52 can be a fan etc.; Rack-mount server 50 includes a framework 54 in addition, is used for carrying radiating subassembly 52 and intraware, and the both sides of framework 54 are formed with a chute 56 respectively; Rack-mount server 50 includes a loam cake 58 in addition, it is slidably to be installed on the chute 56 of framework 54, loam cake 58 includes one first housing 60, and one second housing 62, it is articulated in first housing 60, and meaning i.e. second housing 62 can be with respect to 60 rotations of first housing, and first housing 60 and second housing 62 can be made up of metal material, be subjected to electromagnetic interference (EMI) (Electromagnetic Interference, influence EMI) so as to the intraware of avoiding rack-mount server 50; Rack-mount server 50 includes a fixed cap 64 in addition, be fixed on the framework 54, fixed cap 64 is to be used for coating jointly the intraware that framework 54 is carried with loam cake 58, fixed cap 64 also can be made up of metal material, is subjected to the influence of electromagnetic interference (EMI) so as to the intraware of avoiding rack-mount server 50.

See also Fig. 3, the synoptic diagram that Fig. 3 slides on the chute 56 of framework 54 for preferred embodiment loam cake 58 of the present invention, loam cake 58 can be on the chute 56 of framework 54 slides with ± directions X, so as to installation or removal loam cake 58, rack-mount server 50 includes at least one first fixed structure 66 in addition, be installed on a side of the chute 56 of framework 54, only the structure of rack-mount server 50 1 sides described in this, the structure of its opposite side can present by symmetric form.See also Fig. 4 and Fig. 5, Fig. 4 is the assembly synoptic diagram of preferred embodiment first fixed structure 66 of the present invention, the local enlarged diagram that Fig. 5 combines with framework 54 for preferred embodiment first fixed structure 66 of the present invention, first fixed structure 66 can be an elastic piece structure, it includes one first connecting portion 661, it is connected in the inboard of framework 54, an and retaining part 662, retaining part 662 and loam cake 58 are formed with an angle (leading the oblique angle) between the direction (± directions X) of sliding on the chute 56 of framework 54, so that loam cake 58 can not interfered with retaining part 662 when sliding on the chute 56 of framework 54, and this leads the oblique angle can provide the guiding function that loam cake 58 slides on chute 56, retaining part 662 can be made up of elastic material in addition, first fixed structure 66 includes one first actuation part 663 in addition, it is connected in this first connecting portion 661 and retaining part 662, it can be a bending member, be formed with one second perforate 541 on the framework 54, first actuation part 663 protrudes in second perforate 541 of framework 54, so that the user can push first actuation part 663.

See also Fig. 6, Fig. 6 rotates to expose the synoptic diagram of radiating subassembly 52 with respect to first housing 60 for second housing 62 of preferred embodiment loam cake 58 of the present invention, because second housing 62 is to be articulated in first housing 60, when second housing 62 rotates to as shown in Figure 1 a primary importance with respect to first housing 60, second housing 62 covers radiating subassembly 52 and rack-mount server 50 is the states that are in use, second housing 62 of loam cake 58 is provided with one first perforate 621, the retaining part 662 of first fixed structure 66 only is butted on first perforate 621 of second housing 62 at this moment, so as to fixing second housing 62 on framework 54, and second housing 62 is fixed in this primary importance and can avoids second housing 62 to be opened accidentally; In addition, be formed with one the 4th perforate 641 on the fixed cap 64, be arranged at the position of second perforate 541 of corresponding framework 54, first actuation part 663 protrudes in second perforate 541 of framework 54 and the 4th perforate 641 of fixed cap 64, so that the user can push first actuation part 663, when user's desire is changed or keep in repair radiating subassembly 52, need press down first actuation part 663 earlier, so as to driving first perforate 621 that retaining part 662 breaks away from second housing 62, to remove first fixed structure 66 second housing 62 is fastened in restriction on the framework 54, this moment is in the time of just can rotating to as shown in Figure 6 a second place with respect to first housing 60 with second housing 62, this moment, second housing 62 can't cover radiating subassembly 52, so make things convenient for the user directly to take out radiating subassembly 52.

In addition, see also Fig. 7, Fig. 7 is the synoptic diagram of preferred embodiment loam cake 58 of the present invention, and rack-mount server 50 includes one second fixed sturcture 68 in addition, be installed on the inboard of first housing 60, it is intended to be and fixes first housing 60 when loam cake 58 slips into chute 56 on framework 54.See also Fig. 8, the local enlarged diagram that Fig. 8 combines with framework 54 for preferred embodiment second fixed sturcture 68 of the present invention, framework 54 is provided with a trip 542, and second fixed sturcture 68 includes one second connecting portion 681, it is connected in the inboard of first housing 60, be formed with a holes 6811 on second connecting portion 681, be used for engaging the trip 542 of framework 54, so as to first housing 60 is fastened on the framework 54; Be formed with one the 3rd perforate 601 on first housing 60, second fixed sturcture 68 includes one second actuation part 682 in addition, it is connected in second connecting portion 681 and protrudes in the 3rd perforate 601, second actuation part 682 can be a prodger, as button etc., the user can be by pressing down second actuation part 682 to drive second connecting portion 681, so that trip 542 breaks away from the holes 6811 on second connecting portion 681, just can remove second fixed sturcture 68 thus first housing 60 is fastened in restriction on the framework 54, just say that also working as the user desires to make loam cake 58 (desire is installed before loam cake 58 or the dismounting loam cake 58) before sliding on the chute 56 of framework 54, need press down second actuation part 682 of second fixed sturcture 68 earlier, loam cake 58 can slide on the chute 56 of framework 54 smoothly afterwards, and the design of second fixed sturcture 68 can avoid loam cake 58 to get loose in framework 54.In addition, first perforate 621, second perforate 541, the 3rd perforate 601, and the 4th perforate 641 can difformity present, each perforate is mainly the corresponding clamping structure of collocation and is provided with, but and radiating subassembly of the present invention 52 also replaceable be other replaceable assembly, the meaning promptly utilize mechanism of the present invention can reach the purpose of conveniently substituting intraware.

Compared to prior art, the invention provides the mechanism of a convenient dismounting rack-mount server internal heat dissipating assembly, under the situation that the user can disassemble on rack-mount server need not be by frame, as long as after utilizing telescopic slide rail to pull out rack-mount server, rotarily open the rotatable housing of loam cake, just can be under the state that loam cake is not disassembled the radiating subassembly of dismounting rack-mount server inside, rack-mount server of the present invention in addition is the mechanism design of no screw assembling, so more can significantly promote the convenience of maintenance and dismounting.

The above only is preferred embodiment of the present invention, and all change that is equal to or replacements of being made according to the present patent application claim all should belong to the covering scope of patent of the present invention.

Claims

But 1. the rack-mount server that can conveniently substitute replaceable assembly, it includes:

A but replaceable assembly;

One framework is somebody's turn to do replaceable assembly but be used for carrying, and the both sides of this framework are formed with a chute respectively;

One loam cake, it slidably is installed on this chute of this framework, and this loam cake includes: one first housing; And

One second housing, it is articulated in this first housing, when this second housing rotates to a primary importance with respect to this first housing, but this second housing covers and is somebody's turn to do replaceable assembly, and when this second housing rotates to a second place with respect to this first housing, but this second housing can't cover this replaceable assembly;

One first fixed structure is installed on a side of this chute of this framework, is used for fixing this second housing on this framework when this second housing rotates to this primary importance with respect to this first housing.
2. rack-mount server according to claim 1 is characterized in that this first fixed structure is an elastic piece structure.
3. rack-mount server according to claim 2 is characterized in that this first fixed structure includes:

One first connecting portion, it is connected in the inboard of this framework;

One retaining part, it is one first perforate that is used for only being butted on this second housing of this loam cake, so as to this second housing is fixed in this primary importance; And

One first actuation part, it is connected in this first connecting portion and this retaining part, and this first actuation part is intended to be and drives this first perforate that this retaining part breaks away from this second housing when being pressed down.
4. rack-mount server according to claim 3 is characterized in that being formed with on this framework one second perforate, and this first actuation part protrudes in this second perforate.
5. rack-mount server according to claim 4, it is characterized in that including in addition a fixed cap, be fixed on this framework, be formed with one the 4th perforate on this fixed cap, it is arranged at the position of this second perforate of corresponding this framework, and this first actuation part protrudes in this second perforate of this framework and the 4th perforate of this fixed cap.
6. rack-mount server according to claim 3 is characterized in that this first actuation part is a bending member.
7. rack-mount server according to claim 3 is characterized in that this retaining part and is somebody's turn to do to be placed between the direction of sliding on this chute of this framework being formed with an angle.
8. rack-mount server according to claim 3 is characterized in that this retaining part is made up of elastic material.
9. rack-mount server according to claim 1 is characterized in that comprising in addition one second fixed sturcture, is installed on this first housing, is used for fixing this first housing when this loam cake slips into this chute on this framework.
10. rack-mount server according to claim 9 it is characterized in that this framework is provided with a trip, and this second fixed sturcture includes:

One second connecting portion, it is connected in the inboard of this first housing, is formed with a holes on this second connecting portion, is used for engaging this trip of this framework, so as to this first fixing casing on this framework; And

One second actuation part, it is connected in this second connecting portion, and this second actuation part is intended to be and drives this second connecting portion when being pressed down, so that this trip breaks away from this holes on this second connecting portion.
11. rack-mount server according to claim 10 is characterized in that being formed with one the 3rd perforate on this first housing, this second actuation part protrudes in the 3rd perforate.
12. rack-mount server according to claim 10 is characterized in that this second actuation part is a prodger.
13. rack-mount server according to claim 1 is characterized in that including a fixed cap in addition, is fixed on this framework.
14. rack-mount server according to claim 13 is characterized in that this fixed cap is made up of metal material.
15. rack-mount server according to claim 1, but it is characterized in that this replaceable assembly is a radiating subassembly.
16. rack-mount server according to claim 15 is characterized in that this radiating subassembly is a fan.
17. rack-mount server according to claim 1 is characterized in that this loam cake is made up of metal material.