CN105005369A - Split computer host cooling system - Google Patents
Split computer host cooling system Download PDFInfo
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- CN105005369A CN105005369A CN201510429484.6A CN201510429484A CN105005369A CN 105005369 A CN105005369 A CN 105005369A CN 201510429484 A CN201510429484 A CN 201510429484A CN 105005369 A CN105005369 A CN 105005369A
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- cooling
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Abstract
The invention discloses a split computer host cooling system, which comprises a cooling circulation box, a pumping device, a heat radiation plate and a cooling passage, wherein the cooling circulation box contains cooling liquid; the pumping device is connected with the cooling circulation box through an input opening, and is used for pumping and conveying the cooling liquid in the cooling circulation box in a pressurized way; the heat radiation plate is connected with an output opening of the pumping device; a plurality of heat radiation fins are distributed inside the heat radiation plate; a micro water passage is arranged in each heat radiation fin; the cooling passage is distributed on a heating source arranged inside a host; and the cooling circulation box, the pumping device, the heat radiation plate and the cooling passage are in sequential circulation connection through a cooling circulation pipeline. The circulation cooling path is arranged in the computer host, so that the cooling liquid performs circulation cooling on the inside of the host; the cooling speed of the computer host is optimized; meanwhile, the micro water passages are distributed and arranged in the heating source of the computer host, so that the cooling liquid directly performs cooling heat radiation on a heating source body; each part of the heating source can be synchronously cooled; and the cooling efficiency of the cooling system is further improved.
Description
Technical field
The present invention and a kind of computer cooling system, be specifically related to a kind of separating computer main machine cooling system.
Background technology
The main frame of Split computer is the important outfit in complete computer, the good whole work efficiency directly affecting computer of its serviceability, development due to computer industrial products now tends to accurate gradually, integrated circuit, personal electric product is while volume is tending towards miniaturization, its heat produced also gets over increase, the operation efficiency of computer also constantly promotes, thus the thermal value of host computer is also increased thereupon, and the main heating source in host computer is host cpu and video card surface-mounted integrated circuit, separating computer main machine is in the market mostly by dispelling the heat in the mode of internal body provided with fan, heat transpiration in its main body that described host cpu and video card surface-mounted integrated circuit produce comes out, mainframe box is blowed out again by radiator fan, which is only dispel the heat to described host cpu and video card surface-mounted integrated circuit body exterior, radiating effect is poor, when computer carries out more accurate calculating, described host cpu and video card surface-mounted integrated circuit internal arithmetic amount sharply increase, produce a large amount of used heat, existing radiator fan cannot dispel the heat to host cpu and video card surface-mounted integrated circuit timely, cause main frame over-heat inside, not only affect the arithmetic speed of computer, also shorten the serviceable life of host computer.
As can be seen here, in prior art, still there is many disappearances, suddenly wait to be improved.
Summary of the invention
For solving the disappearance that prior art exists, being necessary to provide one can carry out cooling heat dissipation by spontaneous thermal source body, thus improving the cooling system of the radiating efficiency of separating computer main machine.
The invention provides a kind of separating computer main machine cooling system, described cooling system comprises,
The one cool cycles case that liquid coolant is housed;
One is connected with cool cycles case by input port, for the pump arrangement pumped that pressurizes to the liquid coolant of described cool cycles case;
One to be connected with the delivery outlet of described pump arrangement and to be placed with the heat sink of multiple radiating fin, is provided with micro-water channel in described radiating fin;
One is distributed in the cooling duct on the pyrotoxin of main frame inside;
To be circulated connection successively by cool cycles pipeline in described cool cycles case, pump arrangement, heat sink and cooling duct.
Preferably, described heat sink is vertically arranged in the housing sidewall of described host computer.
Preferably, a relative host shell is arranged on the cooling fan inside described heat sink, and the air outlet of described cooling fan is arranged towards described heat sink.
Preferably, described radiating fin Vertical Curve revolution is arranged.
Preferably, the water inlet of described heat sink and water delivering orifice are all arranged on the extreme higher position of described heat sink.
Preferably, loop back head piece and the circulating outlet of described cool cycles case are separately positioned on the maximum two ends of the body length of cool cycles case, and the input port of described pump arrangement is connected with described circulating outlet.
Preferably, described cooling duct comprises the mainboard cooling duct be distributed in host cpu, and is distributed in the video card cooling duct on main frame video card surface-mounted integrated circuit.
Preferably, the connectivity port that described cool cycles case, pump arrangement, heat sink and cooling duct are connected with described cool cycles pipeline is all tightly connected by water-cooling joint.
Preferably, described water-cooling joint comprises tubular body, described main body comprises the first port and the second port, described first port and the second port are respectively equipped with the first external thread and the second external thread, an annular boss is provided with between described second external thread and the first external thread, the relative first external thread side of described annular boss is provided with a side ring groove coaxially arranged with main body, is provided with the first packing washer in described side ring groove; Described water-cooling joint also comprises one and second check nut that be connected of external thread, and described check nut extends radially inwardly out a ring-type the brim of a hat, is provided with the second packing washer between described second port and the described ring-type the brim of a hat.
Preferably, be provided with stepped fluid passage in described main body, described fluid passage comprises the first passage be communicated with the first port, and the second channel be communicated with the second port, and described first passage internal diameter is less than second channel internal diameter.
Separating computer main machine cooling system of the present invention, low based on liquid coolant boiling point, the characteristic of heat absorption excellent effect, circulating cooling path is set in host computer, liquid coolant is made to carry out circulating cooling to the inside of main frame, optimize the cooldown rate of host computer, simultaneously, in the pyrotoxin of host computer, distribution arranges micro-water channel, liquid coolant is allowed directly to carry out cooling heat dissipation to pyrotoxin body, the various piece of pyrotoxin is synchronously cooled, the cooling effectiveness of further raising cooling system, the cooling system of fan and heat radiator is adopted in hinge structure, adopt the cooling effectiveness of liquid-circulating cooling system higher, avoid host computer internal heat too high, shorten the problem in the serviceable life of host computer, simultaneously excellent cooling effect can also improve the driveability of computer.
Accompanying drawing explanation
Fig. 1 is the structural representation of separating computer main machine cooling system of the present invention;
Fig. 2 is the structural representation of heat sink in separating computer main machine cooling system of the present invention;
Fig. 3 is the structural representation of water-cooling joint in separating computer main machine cooling system of the present invention.
Embodiment
Clearly understand to make object of the present invention, technical scheme and advantage, below in conjunction with drawings and Examples, the present invention is further elaborated, is to be understood that, specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1, the invention provides a kind of separating computer main machine cooling system, described cooling system comprises cool cycles case 10, pump arrangement 20, heat sink 30 and a cooling duct 40, to be circulated connection successively by cool cycles pipeline 50 in described cool cycles case 10, pump arrangement 20, heat sink 30 and cooling duct 40.Wherein,
Described cool cycles case 10 is the cylindrical cavity volume of a horizontally set, and liquid coolant is equipped with in inside; Two ends along described column type cavity volume body length direction are respectively equipped with and loop back head piece 11 and loop back head piece 12, described in loop back head piece 12 and be connected with the input port 21 of described pump arrangement 20.
The shape of described cool cycles case 10 is not limited to column type cavity volume, the cavity volume of rectangular parallelepiped cavity volume or other shapes can also be selected, but, describedly loop back head piece 11 and loop back head piece 12 and must be arranged on the maximum two ends of the body length of described cool cycles case 10, make to loop back head piece 11 and the return flow path that loops back between head piece 12 the longest, make the liquid coolant absorbing heat before again being pumped by pump arrangement 20, fully can mix with original liquid coolant in cool cycles case 10, reduce the medial temperature of liquid coolant in unit volume.
Described pump arrangement 20 is connected with cool cycles case 10 by its input port 21, pumps for carrying out pressurization to the liquid coolant of described cool cycles case 10.
Concrete, the input port 21 of described pump arrangement 20 is connected with the head piece 12 that loops back of cool cycles case 10, delivery outlet 22 is connected with the water inlet 301 of described heat sink 30, therefore, described pump arrangement 20 can pump more liquid coolant within the unit interval in heat sink 30, and pump power for liquid coolant provides larger, thus the cycle rate accelerating liquid coolant of maximal efficiency.Compared to pump arrangement 20 being arranged on the water delivering orifice 302 of heat sink 30 or the position looping back head piece 11 of cool cycles case 10, pump arrangement 20 is arranged between described cool cycles case 10 and described heat sink 30, maximum operation power can be provided for cooling system, play the maximum utilization ratio of pump arrangement 20.
Described heat sink 30 is connected with the delivery outlet 22 of described pump arrangement 20, it is placed with multiple radiating fin 31, is provided with micro-water channel in described radiating fin 31; Further, as shown in Figure 2, described radiating fin 31 Vertical Curve revolution is arranged, and so arranges, the cooling path total length of the micro-water channel under same paths is extended, also increases the area of dissipation of radiating fin 31, improve the cooling effectiveness of liquid coolant.
The water inlet of described micro-water channel and water delivering orifice are water inlet 301 and the water delivering orifice 302 of heat sink 30, it is all arranged on the extreme higher position of described heat sink 30, thus plan that the peak of the path of micro-water channel by heat sink 30 is to minimum point, again by minimum point to peak, further extend the cooling path of liquid coolant in heat sink 30.And when liquid coolant to be pumped to when being positioned at the water inlet 301 of extreme higher position by described pump arrangement 20, liquid coolant, under the impact of pressure and gravity, can enter in the micro-water channel in heat sink 30 fast, accelerate the cycle rate of liquid coolant.
Further, described heat sink 30 is vertically arranged in the housing sidewall of described host computer, enables heat directly diffuse to host computer outside.And relatively described host shell, the inner side of described heat sink 30 is provided with a cooling fan 33, the air outlet of described cooling fan 33 is arranged towards described heat sink 30, by the wind speed that cooling fan 33 provides, accelerate the heat diffusion efficiency in heat sink 30, thus improve the cooldown rate of liquid coolant further.
Described cooling duct 40 is distributed on the pyrotoxin of main frame inside, described pyrotoxin comprises host cpu and video card surface-mounted integrated circuit, namely described cooling duct 40 comprises the mainboard cooling duct 41 be distributed in host cpu, and is distributed in the video card cooling duct 42 on main frame video card surface-mounted integrated circuit; Described liquid coolant absorbs the heat produced in host cpu and video card surface-mounted integrated circuit by mainboard cooling duct 41 and video card cooling duct 42, and is gone out by heat conduction, realizes the object cooled host computer.
Concrete, described cooling duct 40 is for being integrated in the micro-water channel on host cpu and video card surface-mounted integrated circuit, the path of described micro-water channel is very little, but distribute each position be arranged on host cpu and video card surface-mounted integrated circuit, and between be interconnected, thus liquid coolant is effectively absorbed to the heat that the various piece of host cpu and video card surface-mounted integrated circuit produces.
Pyrotoxin in cooling recirculation system of the present invention is not limited only to host cpu and video card surface-mounted integrated circuit, if also there are other pyrotoxins in main frame, then micro-water channel can also be set in this pyrotoxin accordingly, and be connected in cooling recirculation system.
The connectivity port that described cool cycles case 10, pump arrangement 20, heat sink 30 and cooling duct 40 are connected with described cool cycles pipeline 50 is all tightly connected by water-cooling joint 60.
As shown in Figure 3, described water-cooling joint 60 comprises tubular body 61, described main body 61 comprises the first port 611 and the second port 612, described first port 611 and the second port 612 are respectively equipped with the first external thread 611a and the second external thread 612a, an annular boss 613 is provided with between described second external thread 612a and the first external thread 611a, the relative first external thread 611a side of described annular boss 613 is provided with the side ring groove 613a that arrange coaxial with main body 61, is provided with the first packing washer 613b in described side ring groove 613a; Described water-cooling joint 60 also comprises one and second check nut 62 that be connected of external thread 612a, and described check nut 62 extends radially inwardly out a ring-type the brim of a hat 621, is provided with the second packing washer 622 between described second port 612 and the described ring-type the brim of a hat 621.Concrete, described second port 612 is provided with chamfering 612b in, and the second packing washer 622 is arranged in described interior chamfering 612b.
Be provided with stepped fluid passage in described main body 61, described fluid passage comprises the first passage 614 be communicated with the first port 611, and the second channel 615 be communicated with the second port 612, and described first passage 614 internal diameter is less than second channel 615 internal diameter.Be provided with in described second channel 615 one with the described 61 coaxial interior annular groove 615a arranged, in described interior annular groove 615a, interference is inlaid with the 3rd packing washer 615b.
Described cool cycles case 10, pump arrangement 20, heat sink 30 and cooling duct 40 are equipped with internal thread with the connectivity port of described cool cycles pipe 50, first external thread 611a threaded engagement of described connectivity port and described water-cooling joint 60, and by the first packing washer 613b, connectivity port is sealed.Described cool cycles pipeline 50 is sleeved in described second channel 615, the 3rd packing washer 615b that gap between itself and second channel 615 is arranged by interference seals, described cool cycles pipeline 50 passes through the threaded engagement of check nut 62 and the second external thread 612a, the ring-type the brim of a hat 621 is extruded the second packing washer 622, because described second packing washer 622 is arranged in interior chamfering 612b, therefore, can only to internal strain when second packing washer 622 is squeezed, cool cycles 50 is extruded, thus reaches the object of sealing locking.
Separating computer main machine cooling system of the present invention, liquid coolant in described cool cycles case 10 pumped the water inlet 301 to heat sink 30 by pump arrangement 20, because water inlet 301 is positioned at the extreme higher position of described heat sink 30, therefore liquid coolant enters in micro-water channel of radiating fin 31 under the double action of pressure and gravity, its cooling path from the extreme higher position of heat sink 30 to extreme lower position, extreme higher position is turned back to again by extreme lower position, and the water delivering orifice 302 being certainly arranged at extreme higher position flows out, enter in mainboard cooling duct 41 and video card cooling duct 42 successively by cool cycles pipeline 50, successively absorb the heat of host cpu and the generation of video card surface-mounted integrated circuit, thus complete the process of single cycle cooling electric brain server.
Separating computer main machine cooling system of the present invention, low based on liquid coolant boiling point, the characteristic of heat absorption excellent effect, circulating cooling path is set in host computer, liquid coolant is made to carry out circulating cooling to the inside of main frame, optimize the cooldown rate of host computer, simultaneously, in the pyrotoxin of host computer, distribution arranges micro-water channel, liquid coolant is allowed directly to carry out cooling heat dissipation to pyrotoxin body, the various piece of pyrotoxin is synchronously cooled, the cooling effectiveness of further raising cooling system, the cooling system of fan and heat radiator is adopted in hinge structure, adopt the cooling effectiveness of liquid-circulating cooling system higher, avoid host computer internal heat too high, shorten the problem in the serviceable life of host computer, simultaneously excellent cooling effect can also improve the driveability of computer.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a separating computer main machine cooling system, is characterized in that, described cooling system comprises,
The one cool cycles case (10) that liquid coolant is housed;
One is connected with cool cycles case (10) by input port (21), for the pump arrangement (20) pumped that pressurizes to the liquid coolant of described cool cycles case (10);
One to be connected with the delivery outlet (22) of described pump arrangement (20) and to be placed with the heat sink (30) of multiple radiating fin (31), and described radiating fin is provided with micro-water channel in (31);
One is distributed in the cooling duct (40) on the pyrotoxin of main frame inside;
To be circulated connection successively by cool cycles pipeline (50) in described cool cycles case (10), pump arrangement (20), heat sink (30) and cooling duct (40).
2. separating computer main machine cooling system according to claim 1, is characterized in that, described heat sink (30) is vertically arranged in the housing sidewall of described host computer.
3. separating computer main machine cooling system according to claim 2, it is characterized in that, one relative host shell is arranged on the cooling fan (33) of described heat sink (30) inner side, and the air outlet of described cooling fan (33) is arranged towards described heat sink (30).
4. separating computer main machine cooling system according to claim 1, is characterized in that, the revolution of described radiating fin (31) Vertical Curve is arranged.
5. separating computer main machine cooling system according to claim 1, it is characterized in that, the water inlet (301) of described heat sink (30) and water delivering orifice (302) are all arranged on the extreme higher position of described heat sink (30).
6. separating computer main machine cooling system according to claim 1, it is characterized in that, loop back head piece (11) and the circulating outlet (12) of described cool cycles case (10) are separately positioned on the maximum two ends of the body length of cool cycles case (10), and the input port (21) of described pump arrangement (20) is connected with described circulating outlet (12).
7. separating computer main machine cooling system according to claim 1, it is characterized in that, described cooling duct (40) comprises the mainboard cooling duct (41) be distributed in host cpu, and is distributed in the video card cooling duct (42) on main frame video card surface-mounted integrated circuit.
8. separating computer main machine cooling system according to claim 1, it is characterized in that, the connectivity port that described cool cycles case (10), pump arrangement (20), heat sink (30) and cooling duct (40) are connected with described cool cycles pipeline (50) is all connected by water-cooling joint (60) close (60).
9. separating computer main machine cooling system according to claim 8, it is characterized in that, described water-cooling joint (60) comprises tubular body (61), described main body (61) comprises the first port (611) and the second port (612), described first port (611) and the second port (612) are respectively equipped with the first external thread (611a) and the second external thread (612a), an annular boss (613) is provided with between described second external thread (612a) and the first external thread (611a), described annular boss (613) relative first external thread (611a) side is provided with the side ring groove (613a) that arrange coaxial with main body (61), the first packing washer (613b) is provided with in described side ring groove (613a), described water-cooling joint (60) also comprises one and second check nut (62) that be connected of external thread (612a), described check nut (62) extends radially inwardly out a ring-type the brim of a hat (621), is provided with the second packing washer (622) between described second port (612) and the described ring-type the brim of a hat (621).
10. separating computer main machine cooling system according to claim 9, it is characterized in that, described main body is provided with stepped fluid passage in (61), described fluid passage comprises the first passage (614) be communicated with the first port (611), and the second channel (615) to be communicated with the second port (612), described first passage (614) internal diameter is less than second channel (615) internal diameter.
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| CN201510429484.6A CN105005369A (en) | 2015-07-21 | 2015-07-21 | Split computer host cooling system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510429484.6A CN105005369A (en) | 2015-07-21 | 2015-07-21 | Split computer host cooling system |
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| CN105005369A true CN105005369A (en) | 2015-10-28 |
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Cited By (4)
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| CN109308107A (en) * | 2017-07-28 | 2019-02-05 | 杨国会 | A kind of novel heat source separating computer main machine case |
| CN110209255A (en) * | 2019-05-30 | 2019-09-06 | 北京比特大陆科技有限公司 | Radiator and calculating equipment with it |
| CN112230737A (en) * | 2020-11-24 | 2021-01-15 | 滨州学院 | Heat dissipation machine case for computer |
| CN117331419A (en) * | 2023-11-02 | 2024-01-02 | 苏州夏橙智能科技有限公司 | Split type computer host |
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| CN109308107A (en) * | 2017-07-28 | 2019-02-05 | 杨国会 | A kind of novel heat source separating computer main machine case |
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| CN117331419A (en) * | 2023-11-02 | 2024-01-02 | 苏州夏橙智能科技有限公司 | Split type computer host |
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Effective date of registration: 20160323 Address after: The training of building a 430073 Hubei city of Wuhan Province, East Lake New Technology Development Zone, Road No. 465 Shuguang Plaza three No. 311-A89 Applicant after: Wuhan better player Technology Co., Ltd. Address before: 430070 Hubei Province, Wuhan city Hongshan District wide eight road Tianbao 4 floor C Greenville Applicant before: WUHAN MINGLONGTANG TECHNOLOGY CO., LTD. |
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Effective date of registration: 20160530 Address after: 430074 Hubei city of Wuhan province East Lake high tech Development Zone, Road No. 465 China Optics Valley creative industry base building 8 floor No. 802nd Applicant after: Wuhan better technology Co., Ltd. Address before: The training of building a 430073 Hubei city of Wuhan Province, East Lake New Technology Development Zone, Road No. 465 Shuguang Plaza three No. 311-A89 Applicant before: Wuhan better player Technology Co., Ltd. |
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Application publication date: 20151028 |