CN201662763U - Radiating module of server - Google Patents
Radiating module of server Download PDFInfo
- Publication number
- CN201662763U CN201662763U CN2010201754215U CN201020175421U CN201662763U CN 201662763 U CN201662763 U CN 201662763U CN 2010201754215 U CN2010201754215 U CN 2010201754215U CN 201020175421 U CN201020175421 U CN 201020175421U CN 201662763 U CN201662763 U CN 201662763U
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- operating system
- server
- radiating module
- radiating
- accommodation space
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Abstract
The utility model discloses a radiating module of a server, in particular to a radiating module which assists to dissipate heat generated by different heating sources in the server. The internal holding space of a server host holds a laminated operating system and an electronic device, the other side of the server host holds a storage device far away from the operating system and the electronic device, a plurality of radiating areas penetrating to the external are arranged on the surface of the operating system facing towards the outer side, a support body of the radiating module is assembled between the operating system in the holding space and a separating channel adjacent to the storage device, the support body for assembling the radiating module is respectively movably provided with a plurality of radiating fans by aid of a plurality of hollow-out frame grooves, and the radiating fans are movably adjusted on the support body and respectively correspond to the operating system and the electronic device in an interval staggered form. The radiating module directly blows cold air and then can achieve the purpose of assisting in cooling a circuit board, a power supply, the electronic device and the like of the operating system.
Description
Technical field
The utility model relates to the radiating module of server, refer to that especially but the set pyrotoxin of diverse location is with the radiating module of auxiliary heat dissipation in the corresponding with service device, put the space for radiating module is installed by server content, the a plurality of radiator fans that utilize radiating module to be dislocation arrangement again, with the different heat source of respective operations system and electronic installation, reach the purpose of auxiliary quick heat radiating.
Background technology
Along with high-tech flourish, the volume of electronic package is tending towards microminiaturization, and closeness is also more and more high on the unit area, its usefulness constantly strengthens especially, under these factors, the thermal value of electronic package then almost raises year by year, do not get rid of the heat energy that electronic package produces if there is good radiating mode, the temperature that these are too high, to cause electronic package produce electronics free with phenomenon such as thermal stress, and cause whole stability to reduce, and the life-span that shortens electronic package itself, be the problem that can not be ignored always.
Because computing machine has become the instrument of quite popularizing in the modern society, and the life cycle in computer generations is shorter, its electronic package (as: central processing unit (CPU) and image processor (GPU) etc.) also and then rising of mortality, and the central processing unit on the mainboard of operating system in the computing machine, various electronics spare parts such as chip, and power supply unit, the electronic product that CD-ROM drive etc. are various, higher temperature is disengaged in the capital, and the usefulness of the central processing unit of operating system increases, processing speed is faster, add power supply unit, the high temperature that produces during the running of electronic products such as CD-ROM drive, the relative heat that is given off also constantly increases, and in the server domestic os, the situation of lasting release high temperature such as electronic product, forming high temperature easily assembles, be difficult for the state that row looses, if with this situation continued development, the server internal temperature will continue to raise, if there is not perfect heat abstractor, will have a strong impact on the central processing unit of server internal operating system, electronic components such as power supply unit and image CD-ROM drive, the normal operation of electronic product, so will how to improve the heat dissipation of server inside, then be considerable work; Yet, at present greatly more than server inside, see through fan and directly the electronic package of operating system, electronic product etc. are blowed cold wind, reach radiating effect, the characteristics of its fan are with the work media of air as heat radiation, and that gets can directly not injure electronic package again easily, as adds the optimal design cooperation, with the problem of more favourable solution electronic package heat radiation; Then for the problem of the heat dissipation that solves above-mentioned preferred server inside, the applicant once on February 13rd, 2007 with " extraction-type fan assembly ", the application of novel patent case is proposed in Taiwan, application case number No. 96202754, and announce in the patent gazette on September 11st, 2007, several M318896 number of certificate number, see also shown in Figure 7, utilize server host A inside to be provided with positioning frame body B, and in positioning frame body B, take in a plurality of radiator fan B1, and blow the circuit board A1 of cold wind to server host A inside by radiator fan B1, power supply unit A2, electronic product A3 (swapping type hard disk (HDD), CD-ROM drive (CD-ROM)) etc., object various to be dispelled the heat is with the circuit board A1 of secondary server host A domestic os, power supply unit A2, electronic product A3 etc. dispels the heat; But radiator fan B1 is the fixed position that is installed on the positioning frame body B, also blow cold wind towards fixing direction, cause cold wind to be dispersed in the inside of server host A easily, and can't concentrate corresponding to circuit board A1, power supply unit A2, electronic product A3 etc. produce the position of higher warm pyrotoxin, can not directly blow cold wind towards pyrotoxin, on the contrary higher hot temperature is dispelled electronic component to peripheral low temperature, on the product, then make server host A inside hoard more thermal energy easily, and cause temperature to continue to raise, the circuit board A1 of operating system will be caused, electronic package, power supply unit A2 and electronic product A3 etc. are subjected to temperatures involved, cause the usefulness of its running to reduce, and still have a little disappearance in the use, as:
(1) server host A can be because more operate, control operation, assemble more electronic component, electronic product A3 again, and form more pyrotoxin, but radiator fan B1 still can't directly blow cold wind by corresponding main pyrotoxin, then under the influencing each other, disturb of more multiple thermal source, the warm also more difficult of server host A inside leaves.
(2) mounting portion small-sized fans, power supply unit A2 have also installed fan on the circuit board A1 of server host A domestic os, but via the hot gas that its each fan discharged, promptly can hoard in server host A inside, the cold wind that blowed of radiator fan B1 then, also the internal heat air-blowing can't be gone out the outside, cause hot gas in server host A inner loop on the contrary, be difficult for row and loose.
So, how to solve pyrotoxins such as the inner operating system of installing of preferred server main frame, electronic product, can't assist the problem of quick heat radiating because of radiator fan, influence easily the disappearance of operational effectiveness of operating system, the electronic product of server host inside, be the problem of institute of the relevant manufacturer utmost point desire research improvement of being engaged in the industry.
The utility model content
The present utility model people is because above-mentioned problem and disappearance, be to collect related data, via assessing in many ways and considering, and to engage in the many years of experience of the industry accumulation, via constantly studying and revising, disclose a kind of radiating module of server, server host internal heat dissipating module can be adjusted, to reach the purpose that corresponding pyrotoxin carries out auxiliary heat dissipation, cooling.
For achieving the above object, technical solution of the present utility model is:
A kind of radiating module of server, comprise server host, radiating module, its server host inside is provided with the accommodation space of taking in stacking shape operating system, electronic installation, and accommodation space has then been taken in access device in the side in addition away from operating system, electronic installation, and is provided with a plurality of radiating areas that connect to outside in operating system surface toward the outer side;
This radiating module be built in the accommodation space of server host and be positioned at operating system and separation conduit that access device is adjacent between, be provided with the stake body that is installed in the accommodation space, and stake body is provided with the frame groove of a plurality of Openworks shapes, and then relatively each frame groove is equiped with and adjusts a plurality of radiator fans that correspond respectively to operating system, electronic installation and carry out auxiliary heat dissipation.
The radiating module of described server, the operating system that its described this server host is taken in accommodation space for having circuit board, the power supply unit of acquiescence circuit layout, and is covered insulating frame in circuit board, power supply unit outer cup.
The radiating module of described server, it is characterized in that: in the accommodation space of described this server host, stacking in the electronic installation of operating system top, comprise one or more swapping type hard disk (HDD) or one or more CD-ROM drive (CD ROM).
The radiating module of described server, in the accommodation space of its described this server host, the access device that relative operating system, other side of electronic installation are installed comprises one or more swapping type hard disk (HDD) or one or more CD-ROM drive (CD ROM), one or more multimedia video access facility.
The radiating module of described server, the stake body of its described this radiating module is provided with the rectangle Openworks shape frame groove of a plurality of adjacent arrangements, and each frame groove one side is respectively for the movable assembling of radiator fan, and in the frame groove place of radiator fan periphery installing baffle plate.
The radiating module of described server, the stake body of its described this radiating module, being formed in one is provided with a plurality of Openworks shape frame grooves, maybe will be assembled into a plurality of stake bodies with one or more Openworks shape frame grooves of shape side by side, and can utilize a plurality of Openworks shape frame grooves, install radiator fan respectively.
The beneficial effects of the utility model are, utilize stake body respectively for a plurality of radiator fans of movable installation, and can be each pyrotoxin that dislocation mode in interval corresponds respectively to operating system, electronic installation, directly blow cold wind, exhausting, cooling operation, can reach the auxiliary heat dissipation purpose of carrying out quick heat radiating, cooling respectively to circuit board, power supply unit and the electronic installation etc. of operating system.
Description of drawings
Fig. 1 is a stereo appearance figure of the present utility model;
Fig. 2 is a three-dimensional exploded view of the present utility model;
Fig. 3 is the stereo appearance figure of apparent direction at the bottom of the utility model;
Fig. 4 is the three-dimensional exploded view of apparent direction at the bottom of the utility model;
Fig. 5 is a side cutaway view of the present utility model;
Fig. 6 is the end apparent direction stereo appearance figure of the utility model preferred embodiment;
Fig. 7 is the stereo appearance figure of preferred server installing radiator fan.
The main element symbol description
1, server host
10, accommodation space 114, radiating area
11, operating system 115, system fan
111, circuit board 12, electronic installation
112, power supply unit 13, access device
113, insulating frame 14, separation conduit
2, radiating module
21, stake body 211, baffle plate
210, frame groove 22, radiator fan
A, server host
A1, circuit board A3, electronic product
A2, power supply unit
B, positioning frame body
B1, radiator fan
Embodiment
For reaching above-mentioned purpose and effect, technological means that the utility model adopted and structure thereof, conjunction with figs. illustrates in detail that with regard to preferred embodiment of the present utility model its feature and function are as follows, in order to understanding fully.
See also shown in Fig. 1,2,3,4,5, stereo appearance figure, end apparent direction three-dimensional exploded view, side cutaway view for stereo appearance figure of the present utility model, three-dimensional exploded view, end apparent direction, find out by knowing shown in the figure, the radiating module of the utility model server, be to comprise server host 1 and radiating module 2, wherein:
This server host 1 has accommodation space 10 in inside, and accommodation space 10 1 sides are the operating system 11 of taking in stacking shape, electronic installation 12, this operating system 11 is in accommodation space 10 bottoms, the circuit board 111 of installing acquiescence circuit layout, power supply unit 112 spare parts such as electronics such as grade, and cover insulating frame 113 in operating system 11 outer cup, and connect outside a plurality of radiating areas 114 for being provided with on the wall of nearly circuit board 111 1 sides, then on the insulating frame 113 of operating system 11, stack electronic installation 12 again, and in away from operating system 11, electronic installation 12 other sides refill and are provided with access device 13, then in operating system 11, between electronic installation 12 and the access device 13, separate conduit 14 for forming.
This radiating module 2 is for having frame form's stake body 21, and be provided with the frame groove 210 of a plurality of Openworks shapes in stake body 21, and movable respectively assembling radiator fan 22 on each frame groove 210 then supplies a plurality of radiator fans 22 respectively at adjusting, be moved to suitable height, position on each frame groove 210.
Above-mentionedly respectively be installed on when assembling, promptly utilize server host 1 in accommodation space 10, by stacking operating system 11, separation conduit 14 places that electronic installation 12 and access device are 13, stake body 21 installations for radiating module 2 are set up, a plurality of radiator fans 22 of each frame groove 210 place installing on the stake body 21 then, can adjust in each frame groove 210 place, displacement, and correspond respectively to the circuit board 111 of operating system 11, power supply unit 112 and electronic installation 12, access device 13, and see through the pyrotoxin of different radiator fan 22 corresponding diverse locations, carry out exhausting, the blowing heat radiation, cooling, promptly group constitutes the radiating module of the utility model server.
And above-mentioned server host 1, the electronic installation of in accommodation space 10, taking in 12, access device 13 etc., be to comprise one or more swapping type hard disk (HDD, 3.5 o'clock HDD), one or more CD-ROM drive (CD-ROM), one or more multimedia video access facility etc. at 2.5 o'clock, various server hosts 1 are installed the electronics facility of using, and the wall of the server host 1 of nearly circuit board 111 1 sides, set a plurality of radiating areas 114 are to form a plurality of louvres, radiating channel etc. to connect to server host 1 outside; And radiating module 2 set a plurality of frame grooves 210 on stake body 21 are that rectangular Openworks shape adjacent spaces is arranged on the stake body 21; And stake body 21 is one-body moldedly to be provided with a plurality of Openworks shape frame grooves 210, also can be with a plurality of stake bodies 21 with one or more Openworks shape frame grooves 210, assemble side by side and connecting shaping is a stake body 21, and can utilize a plurality of Openworks shape frame grooves 210, install a plurality of radiator fans 22 respectively, and a plurality of radiator fans 22 can utilize a plurality of screws to be locked in each frame groove 210 1 side of stake body 21 respectively, and can will adjust behind a plurality of screw loosenings, each radiator fan 22 of displacement, with the height of each radiator fan 22 in each frame groove 210 1 side, lower position is done suitable adjustment, can utilize a plurality of screws with each radiator fan 22 again, be locked in each frame groove 210 1 side of stake body 21 respectively; And frame groove 210 places in each radiator fan 22 periphery, can be installed baffle plate 211, so that two side spaces of stake body 21 are separated, can reach prevent that accommodation space 10 internal gas flows from running helter-skelter, backflow and the situation of phase mutual interference, then effectively reduce accommodation space 10 inside because of noise content that air-flow produced.
See also Fig. 3,4,5, shown in 6, stereo appearance figure for apparent direction at the bottom of the utility model, the three-dimensional exploded view of end apparent direction, side cutaway view, the end apparent direction stereo appearance figure of preferred embodiment, find out by knowing shown in the figure, radiating module 2 of the present utility model, in the accommodation space 10 of server host 1, the operating system 11 of stacking shape, the separation conduit 14 that electronic installation 12 and access device are 13, stake body 21 for radiating module 2 is installed, the location, and a plurality of frame grooves 210 of rectangle Openworks shape on the stake body 21, be to install radiator fan 22 respectively, and can be with each radiator fan 22 according to the position, adjust, displacement, the radiator fan 22 of diverse location is corresponded respectively to the circuit board 111 of operating system 11, make radiator fan 22 in alignment with the pyrotoxin on the circuit board 111 (as central processing unit (CPU), chip, adapter, electronic component etc., the electronics spare part that easily generates heat during running), power supply unit 112, and other radiator fans 22 also can be dislocation type, adjacent spaces is arranged, and correspond respectively to electronic installation 12 and access device 13, but and on the circuit board 111 of compounding practice system 11, existing default system fan 115, the fan (not shown) that power supply unit 12 is built-in, reinforcement is carried out exhausting to the pyrotoxin of the diverse location of operating system 11, blowing, heat radiation, cooling usefulness, and the hot gas that system fan 115 is produced is outwards blown out by a plurality of radiating areas 114 set on operating system 11 side wall surfaces, row looses, and avoids hot gas to hoard in the accommodation space 10 of server host 1.
Moreover, server host 1 inner accommodation space 10, can be according to the operating system 11 that is provided with, electronic installation 12 and access device 13 etc., has the character that the different heat source discharges heat energy, the pyrotoxin of high heat energy and low heat energy is divided in, following different position, form overlapping waded separation, cooperate a plurality of radiator fans 22 of radiating module 2 to adjust again, displacement is presented, following dislocation mode, with pyrotoxin corresponding to diverse location, can utilize 22 pairs of each pyrotoxins of a plurality of radiator fans to carry out exhausting, blowing, cooling, effectively the accommodation space 10 of server host 1 is done distribution, the different heat source is separated, also can not cause a plurality of pyrotoxins to concentrate on close position, then unlikely generation is difficult for the phenomenon of heat radiation.
And server host 1 is in accommodation space 10 side in addition, the access device of being installed 13, be in taking in a plurality of accommodating grooves 130 of body 131 inner separations, utilize each accommodating groove 130 respectively for default one or more swapping type hard disk (2.5 o'clock HDD again, 3.5 the time HDD), CD-ROM drive (CD-ROM) or multimedia video access facility etc., set up installation, and the body 131 of taking in of access device 13 is to be modular design, but adapting device is in the accommodation space 10 of different server main frame 1, can the supplier just connect various access devices 13, needn't reinstall access device 13, reach the modularization installation exercise and tool saves time, saving of labor's effect.
The above only is preferred embodiment of the present utility model; non-so limit to claim of the present utility model; the radiating module of the utility model server; be in server host 1 inner accommodation space 10 1 sides; take in the operating system 11 of stacking shape; electronic installation 12; side is for taking in access device 13 in addition; and in operating system 11; the separation conduit 14 of electronic installation 12 and 13 formation of access device; can install for the stake body 21 of radiating module 2; set up; and be provided with the frame groove 210 of a plurality of Openworks shapes in stake body 21; to install a plurality of radiator fans 22 respectively; and can be with each radiator fan 22 according to the position; adjust; be moved to respective operations system 11; pyrotoxins such as electronic installation 12 or access device 13; utilize a plurality of radiator fans 22 of radiating module 2 on stake body 21; the arrangement that is dislocation type is with corresponding to different pyrotoxins; and reach a plurality of radiator fans 22 that utilize dislocation type to be provided with; directly dry at the different heat source; the heat radiation of exhausting; cooling; carry out quick heat radiating with secondary server main frame 1; the purpose of cooling; and compounding practice system 11; the position difference of pyrotoxins such as electronic installation 12 and access device 13; and appropriateness is adjusted each radiator fan 22 position of radiating module 2; then can all can direct corresponding pyrotoxin blow cold wind or hot blast is taken away for different radiator fans 22; to reach the disappearance of avoiding server host 1 inner accommodation space 10 to hoard heat energy; can quick heat radiating; and for operating system 11; electronic installation 12 and access device 13 operate effect smoothly; so can reach the structure of aforementioned effect such as; device is contained by the utility model all should; simple and easy modification of this kind and equivalent structure change, and all should in like manner be contained in the scope of patent protection of the present utility model.
The radiating module of above-mentioned server of the present utility model is when reality is used, for having following advantage:
(1) server host 1 is in accommodation space 10, stacking assembly operation system 11, electronic installation 12 in response to user demand, and form pyrotoxin at diverse location, can be by the radiating module of installing in the accommodation space 10 2, with a plurality of radiator fans 22 adjust respectively, displacement is the dislocation mode, pyrotoxin with the corresponding diverse location of difference can blow cold wind or exhausting at the different heat source, reaches the purpose of secondary server main frame 1 quick heat radiating, cooling.
(2) operating system 11 of server host 1, existing default system fan 115 on circuit board 111, and the also built-in fan of power supply unit 112, can utilize each radiator fan 22 of radiating module 2, difference corresponding circuits plate 111 and power supply unit 12, the hot gas that circuit board 111, power supply unit 12 can be blown out or extracted out by existing default system fan 115, blown out server host 1 outside by each radiator fan 22, avoid heat energy to hoard accommodation space 10 inside at server host 1.
The utility model is that the radiating mode that is primarily aimed at server host designs; and by utilizing the operating system of the set stacking shape of the inner accommodation space of server host; electronic installation and access device; between adjacent separation conduit, install radiating module; and radiating module is a plurality of radiator fans of movable assembling on stake body; adjust on stake body for a plurality of radiator fans; displacement; be the dislocation mode more respectively corresponding to operating system; the pyrotoxin position that electronic installation etc. are different; and dispel the heat in auxiliary different heat source; cooling is main key protection point; and the frame groove of radiating module set a plurality of Openworks shapes on stake body; can supply each radiator fan correspondence; assembling; and adjust; displacement; be only to make server host in different pyrotoxins; all can be subjected to the blowing of the radiator fan of diverse location; exhausting; the advantage of cooling; only; the above only is preferred embodiment of the present utility model; non-so promptly limit to claim of the present utility model; so the simple and easy modification and the equivalent structure that use the utility model instructions and graphic content to do such as change; all should in like manner be contained in the claim of the present utility model, close and give Chen Ming.
Claims (6)
1. the radiating module of a server, comprise server host, radiating module, it is characterized in that: this server host inside is provided with the accommodation space of taking in stacking shape operating system, electronic installation, and accommodation space has then been taken in access device in the side in addition away from operating system, electronic installation, and is provided with a plurality of radiating areas that connect to outside in operating system surface toward the outer side;
This radiating module be built in the accommodation space of server host and be positioned at operating system and separation conduit that access device is adjacent between, be provided with the stake body that is installed in the accommodation space, and stake body is provided with the frame groove of a plurality of Openworks shapes, and then relatively each frame groove is equiped with and adjusts a plurality of radiator fans that correspond respectively to operating system, electronic installation and carry out auxiliary heat dissipation.
2. the radiating module of server as claimed in claim 1, it is characterized in that: the operating system that described this server host is taken in accommodation space, for having circuit board, the power supply unit of acquiescence circuit layout, and cover insulating frame in circuit board, power supply unit outer cup.
3. the radiating module of server as claimed in claim 1, it is characterized in that: in the accommodation space of described this server host, stacking in the electronic installation of operating system top, comprise one or more swapping type hard disk or one or more CD-ROM drive.
4. the radiating module of server as claimed in claim 1, it is characterized in that: in the accommodation space of described this server host, the access device that relative operating system, other side of electronic installation are installed comprises one or more swapping type hard disk or one or more CD-ROM drive, one or more multimedia video access facility.
5. the radiating module of server as claimed in claim 1, it is characterized in that: the stake body of described this radiating module, be provided with the rectangle Openworks shape frame groove of a plurality of adjacent arrangements, and each frame groove one side is respectively for the movable assembling of radiator fan, and in the frame groove place of radiator fan periphery installing baffle plate.
6. the radiating module of server as claimed in claim 1, it is characterized in that: the stake body of described this radiating module, can one-body moldedly be provided with a plurality of Openworks shape frame grooves, also can a plurality of stake bodies with one or more Openworks shape frame grooves of shape side by side will be assembled into, and can utilize a plurality of Openworks shape frame grooves, install radiator fan respectively.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN2010201754215U CN201662763U (en) | 2010-04-16 | 2010-04-16 | Radiating module of server |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN2010201754215U CN201662763U (en) | 2010-04-16 | 2010-04-16 | Radiating module of server |
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CN201662763U true CN201662763U (en) | 2010-12-01 |
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CN2010201754215U Expired - Lifetime CN201662763U (en) | 2010-04-16 | 2010-04-16 | Radiating module of server |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103140114A (en) * | 2011-11-28 | 2013-06-05 | 英业达科技有限公司 | Rack system of automatically increasing fan rotating speed |
CN103576808A (en) * | 2012-07-25 | 2014-02-12 | 成都亿友科技有限公司 | Radiating device of integrated cloud computing server |
-
2010
- 2010-04-16 CN CN2010201754215U patent/CN201662763U/en not_active Expired - Lifetime
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103140114A (en) * | 2011-11-28 | 2013-06-05 | 英业达科技有限公司 | Rack system of automatically increasing fan rotating speed |
CN103140114B (en) * | 2011-11-28 | 2015-07-22 | 英业达科技有限公司 | Rack system of automatically increasing fan rotating speed |
CN103576808A (en) * | 2012-07-25 | 2014-02-12 | 成都亿友科技有限公司 | Radiating device of integrated cloud computing server |
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Granted publication date: 20101201 |
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