CN110427088A - A kind of integral type cooling device of computer CPU and video card heat dissipation - Google Patents
A kind of integral type cooling device of computer CPU and video card heat dissipation Download PDFInfo
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- CN110427088A CN110427088A CN201910727471.5A CN201910727471A CN110427088A CN 110427088 A CN110427088 A CN 110427088A CN 201910727471 A CN201910727471 A CN 201910727471A CN 110427088 A CN110427088 A CN 110427088A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
- G06F1/206—Cooling means comprising thermal management
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- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Cooling Or The Like Of Electrical Apparatus (AREA)
Abstract
The invention discloses the integral type cooling devices of a kind of computer CPU and video card heat dissipation, including cabinet, mainboard, CPU and video card, the mainboard to be mounted in cabinet, and CPU and video card are mounted on mainboard；It further include circulator, GPU heat-exchanger rig, CPU heat-exchanger rig, radiator and multiple connecting pipes；The circulator water outlet is connected in connecting pipe with GPU heat-exchanger rig water inlet by setting；The GPU heat-exchanger rig water outlet is connected by connecting pipe with CPU heat-exchanger rig water inlet；The CPU heat-exchanger rig water outlet is connected by connecting pipe with radiator water inlet；The radiator water outlet is connected by connecting pipe with circulator water inlet.It is radiated by setting water-cooling pattern, is substantially reduced the GPU temperature on video card, and substantially noiseless.
Description
Technical field
The present invention relates to a kind of computer heat radiating device, specifically a kind of computer CPU and the integral type that video card radiates are cold
But device.
Background technique
With the development of electronic technology, more and more people are worked and are entertained using computer.With living standard
Raising, more and more persons entertain or are worked with high performance computer.General host computer accessory includes mainboard, electricity
Source, central processing unit (CPU), memory, video card, hard disk etc., and higher host is generally configured, CPU and video card are selected
It is more high-end.
However the graphics processor (GPU) of CPU and video card often persistently gives out very high heat in full power operation
Amount, and CPU and GPU performance is better, the heat distributed is also more, if these heats, CPU and GPU can not be handled in high tender feeling
Meeting frequency reducing, leads to that partial properties can only be played under condition.
And existing video card, typically included wind-cooling heat dissipating, and fan turn of the GPU in Operation at full power, on video card
Speed can reach maximum, while can generate noise, and people is allowed to have the fidgets, meanwhile, it is also bad using wind cooling temperature lowering efficiency.
Summary of the invention
The purpose of the present invention is to provide the integral type cooling devices of a kind of computer CPU and video card heat dissipation, on solving
State the problem of proposing in background technique.
To achieve the above object, the invention provides the following technical scheme:
A kind of integral type cooling device of computer CPU and video card heat dissipation, including circulator, GPU heat-exchanger rig, CPU heat exchange
Device, radiator and multiple connecting pipes；The circulator is arranged in cabinet side；The GPU heat-exchanger rig setting
On video card GPU；The CPU heat-exchanger rig is arranged on CPU；The radiator is arranged in cabinet；The circulator
Water outlet is connected by connecting pipe with GPU heat-exchanger rig water inlet；The GPU heat-exchanger rig water outlet by connecting pipe with
CPU heat-exchanger rig water inlet is connected；The CPU heat-exchanger rig water outlet is connected by connecting pipe with radiator water inlet；
The radiator water outlet is connected by connecting pipe with circulator water inlet.
As a further solution of the present invention: the circulator include watered cup, circulator shell, water pump and
Circulator discharge outlet；The watered cup is mounted on above circulator shell；Being provided at the top of the watered cup prevents
The leakage-proof cover that coolant liquid is spilt；The water pump is arranged in circulator interior of shell side and is electrically connected with USB plug；Institute
The bottom for stating the water pump water inlet pipe of water pump is arranged in circulator outer casing bottom；The bottom of the circulator interior of shell is arranged
For inclination shape and lowest part is provided with circulator discharge outlet by valve；Circulator outer casing bottom side, which is provided with, to be followed
The bull of connector is provided on loop device water inlet and circulator water inlet；The pump outlet of the water pump passes through circulation
Crust of the device is provided with the connection of the bull and the bull of connector and another connecting pipe one end of connector on pump outlet
The parent part of head is connected, the company on the parent part of the connector of the connecting pipe other end and the GPU pressure head water inlet of GPU heat-exchanger rig
The bull of connector is connected.
As further scheme of the invention: the GPU heat-exchanger rig includes GPU pressure head shell, GPU pressure head water inlet
And GPU pressure head water outlet；Multiple GPU pressure head baffles are arranged in the GPU pressure head interior of shell；Multiple GPU pressure head baffles
It is equally distributed on GPU pressure head interior of shell；The GPU pressure head water inlet passes through GPU pressure head shell and is located at GPU pressure head baffle most
Left side；The GPU pressure head water outlet passes through GPU pressure head shell and is located at the GPU pressure head baffle rightmost side；The GPU pressure head shell
Four endpoints be provided on GPU pressure head extended end and GPU pressure head extended end and be provided with multiple GPU pressure head extended end screw threads
Hole；The GPU heat-exchanger rig is fixed on GPU by being threadedly engaged；The public affairs of connector are provided on the GPU pressure head water outlet
Part and it is connected with the parent part of the connector of another connecting pipe one end, the parent part and CPU of the connector of the connecting pipe other end
The bull of connector on the CPU pressure head water inlet of heat-exchanger rig is connected.
As further scheme of the invention: the CPU heat-exchanger rig includes CPU pressure head shell, CPU pressure head water inlet
And CPU pressure head water outlet；Multiple CPU pressure head baffles are arranged in the CPU pressure head interior of shell；Multiple CPU pressure head baffles
It is equally distributed on CPU pressure head interior of shell；The CPU pressure head water inlet passes through CPU pressure head shell and is located at CPU pressure head baffle most
Left side；The CPU pressure head water outlet passes through CPU pressure head shell and is located at the CPU pressure head baffle rightmost side；The CPU pressure head shell
Four endpoints, which are provided on CPU pressure head extended end and CPU pressure head extended end, is provided with multiple CPU pressure head extended end threaded holes；
The CPU heat-exchanger rig is fixed on GPU by being threadedly engaged；The bull of connector is provided on the CPU pressure head water outlet
And be connected with the parent part of the connector of another connecting pipe one end, the parent part of the connector of the connecting pipe other end and heat dissipation fill
The bull for the connector on heat-dissipating pipe water inlet set is connected.
As further scheme of the invention: the radiator includes heat-dissipating pipe water inlet, heat-dissipating pipe water outlet, dissipates
Thermal shell and heat-dissipating pipe；Described heat-dissipating pipe one end is connected with heat-dissipating pipe water inlet, the other end and heat-dissipating pipe water outlet phase
Even；The heat-dissipating pipe is fixed in radiator shell by multiple heat dissipation pipe holders；The heat-dissipating pipe is by multiple U-tubes
What road complemented each other to form；Four endpoints of the radiator shell are provided with radiator extended end and radiator prolongs
Multiple radiator extended end threaded holes are provided on long end；The radiator is fixed in cabinet by being threadedly engaged；Institute
It states the bull for being provided with connector on heat-dissipating pipe water outlet and is connected with the parent part of the connector of another connecting pipe one end, the company
The parent part of the connector of the adapter tube road other end is connected with the bull of the connector on the circulator water inlet of circulator.
As further scheme of the invention: radiator shell side is additionally provided with multiple fans；Multiple institutes
It states fan and water pump is electrically connected.
As further scheme of the invention: the connector includes bull, bull sleeve and parent part；The bull
It is fixed on pump outlet one end and is provided with multiple pipe surface ring dress protrusions between bull and pump outlet right end；
The section of the bull is to be provided with multiple bull nauropemeter face ring dress protrusions on the right side of trapezoidal and bull on inclined surface；The connection
It is fixed with parent part on the left of pipeline and parent part stretches out on the inside of connecting pipe and is provided with multiple parent part bottom horizontal surface ring dress grooves,
Parent part inclined surface is provided with multiple parent part lower inclined surface ring dress grooves；Multiple pipe surface ring dress protrusions and parent part
Bottom horizontal surface ring fills groove and corresponds mutual cooperation；Multiple bull nauropemeter face ring dress protrusions and parent part bottom are inclined
Skewed surface ring fills groove and corresponds mutual cooperation.
As further scheme of the invention: also sliding is provided with bull sleeve on described pump outlet one end；Institute
It states bull sleeve inner and is provided with multiple bull sleeve inner ring dress grooves；The bull horizontal surface is provided with multiple bull water
Flat surface ring dress protrusion；The parent part horizontal surface is provided with multiple parent part ring dress protrusions；Multiple bull sleeve inner rings
It fills groove and bull water-glass face ring dress protrusion and parent part ring dress protrusion is corresponded and cooperated.
Compared with prior art, the beneficial effects of the present invention are: passing through GPU heat-exchanger rig, CPU heat-exchanger rig, heat dissipation dress
Set and circulator between cooperate, coolant liquid can be made to circulate between components, increase heat dissipation effect,
It is radiated by setting water-cooling pattern, is substantially reduced the GPU temperature on video card, and substantially noiseless.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the integral type cooling device of computer CPU and video card heat dissipation.
Fig. 2 is the sectional view of circulator in computer CPU and the integral type cooling device of video card heat dissipation.
Fig. 3 is the sectional view of GPU heat-exchanger rig in computer CPU and the integral type cooling device of video card heat dissipation.
Fig. 4 is the sectional view of CPU heat-exchanger rig in computer CPU and the integral type cooling device of video card heat dissipation.
Fig. 5 is the sectional view of radiator in computer CPU and the integral type cooling device of video card heat dissipation.
Fig. 6 is the structural schematic diagram of connecting pipe in computer CPU and the integral type cooling device of video card heat dissipation.
Fig. 7 is the sectional view of connector matching relationship in computer CPU and the integral type cooling device of video card heat dissipation.
In figure: 1- circulator, 2-GPU heat-exchanger rig, 3-CPU heat-exchanger rig, 4- radiator, 5- connector, 6- add
Water cover, 7- watered cup, 8- water pump water inlet pipe, 9- circulator shell, 10- valve, 11- circulator water outlet, 12- circulation
Device water inlet, 13-USB plug, 14- pump outlet, 15- water pump, 16- radiator extended end, 17- radiator extend
Hold threaded hole, 18- heat dissipation pipe holder, 19- fan, 20- heat-dissipating pipe water inlet, 21- heat-dissipating pipe water outlet, 22- heat-dissipating pipe, 160-
Radiator shell, 23-CPU pressure head extended end threaded hole, 24-CPU pressure head extended end, 25-CPU pressure head baffle, 26-CPU pressure
Head water inlet, 27-CPU pressure head water outlet, 240-CPU pressure head shell, 28-GPU pressure head extended end threaded hole, 29-GPU pressure head prolong
Long end, 30-GPU pressure head baffle, 31-GPU pressure head water inlet, 32-GPU pressure head water outlet, 290-GPU pressure head shell, 33- bull
Water-glass face ring fills protrusion, 34- bull, 35- bull sleeve, 37- bull sleeve inner ring and fills groove, 38- bull inclined surface
Ring dress protrusion, 39- pipe surface ring dress protrusion, 40- parent part ring dress protrusion, 41- parent part, 42- parent part bottom horizontal surface ring dress
Groove, 43- parent part lower inclined surface ring fill groove, 44- connecting pipe.
Specific embodiment
Technical solution of the present invention is described in more detail With reference to embodiment.
Embodiment 1
Fig. 1-6 is please referred to, the integral type cooling device of a kind of computer CPU and video card heat dissipation is present embodiments provided, including is followed
Loop device 1, GPU heat-exchanger rig 2, CPU heat-exchanger rig 3, radiator 4 and multiple connecting pipes 44；The circulator 1 is set
It sets in cabinet side；The GPU heat-exchanger rig 2 is arranged on video card GPU；The CPU heat-exchanger rig 3 is arranged on CPU；It is described
Radiator 4 is arranged in cabinet；1 water outlet of circulator by setting connecting pipe 44 and GPU heat-exchanger rig into
The mouth of a river is connected；The GPU heat-exchanger rig water outlet is connected by connecting pipe 44 with CPU heat-exchanger rig water inlet；The CPU is changed
Thermal water outlet is connected by connecting pipe 44 with 4 water inlet of radiator；4 water outlet of radiator passes through connecting tube
Road 44 is connected with 1 water inlet of circulator；In this way, coolant liquid circulates in a device, temperature with high efficiency can be realized.
The circulator 1 includes watered cup 7, circulator shell 9, water pump 15 and circulator discharge outlet 11；
The watered cup 7 is mounted on above circulator shell 9 for adding coolant liquid into cooling device；The watered cup 7 pushes up
Portion is provided with the leakage-proof cover 6 for preventing coolant liquid from spilling；The water pump 15 is arranged in 9 interior side of circulator shell and electrical property
It is connected with USB plug 13；The bottom setting of the water pump water inlet pipe 8 of the water pump 15 is arranged in this way in 9 bottom of circulator shell
Water pump is set to fully absorb coolant liquid；Bottom inside the circulator shell 9 is set as inclination shape and lowest part passes through valve
Door 10 is provided with circulator discharge outlet 11, and setting in this way can emit completely the coolant liquid in cooling device；It is described
9 bottom side of circulator shell is provided on circulator water inlet 12 and circulator water inlet 12 and is provided with connector 5
Bull；The pump outlet 14 of the water pump 15 passes through circulator shell 9, is provided with connector 5 on pump outlet 14
Bull and the bull of connector 5 be connected with the parent part of the connector 5 of 44 one end of connecting pipe, 44 other end of connecting pipe
The parent part of connector 5 is connected with the bull of the connector 5 on the GPU pressure head water inlet 31 of GPU heat-exchanger rig 2.
The GPU heat-exchanger rig 2 includes GPU pressure head shell 290, GPU pressure head water inlet 31 and GPU pressure head water outlet
32；Multiple GPU pressure head baffles 30 are set inside the GPU pressure head shell 290；Multiple GPU pressure head baffles 30 are equally spaced
Coolant liquid is flowed according to specific stroke inside GPU pressure head shell 290；The GPU pressure head water inlet 31 passes through GPU pressure head
Shell 290 and be located at 30 leftmost side of GPU pressure head baffle；The GPU pressure head water outlet 32 passes through GPU pressure head shell 290 and is located at
30 rightmost side of GPU pressure head baffle；Described 290 4 endpoints of GPU pressure head shell are provided with GPU pressure head extended end 29 and GPU is pressed
Multiple GPU pressure head extended end threaded holes 28 are provided on head extended end 29, by the way that multiple GPU pressure head extended end threaded holes are arranged
28, it can be cooperated with the video card of different model；The GPU heat-exchanger rig 2 by GPU pressure head extended end threaded hole 28 with
The side GPU threaded hole, which be threadedly engaged, is fixed on GPU heat-exchanger rig 2 on GPU；The GPU pressure head shell 290 selects hot biography
Preferable material is led to be made；Be provided on the GPU pressure head water outlet 32 bull of connector 5 and with 44 one end of connecting pipe
The parent part of connector 5 is connected, the CPU pressure head of the parent part of the connector 5 of 44 other end of connecting pipe and CPU heat-exchanger rig 3 into
The bull of connector 5 on the mouth of a river 26 is connected.
The CPU heat-exchanger rig 3 includes CPU pressure head shell 240, CPU pressure head water inlet 26 and CPU pressure head water outlet
27；Multiple CPU pressure head baffles 25 are set inside the CPU pressure head shell 240；Multiple CPU pressure head baffles 25 are equally spaced
Coolant liquid is flowed according to specific stroke inside CPU pressure head shell 240；The CPU pressure head water inlet 26 passes through CPU pressure head
Shell 240 and be located at 25 leftmost side of CPU pressure head baffle；The CPU pressure head water outlet 27 passes through CPU pressure head shell 240 and is located at
25 rightmost side of CPU pressure head baffle；Described 240 4 endpoints of CPU pressure head shell are provided with CPU pressure head extended end 24 and CPU is pressed
Multiple CPU pressure head extended end threaded holes 23 are provided on head extended end 24, by the way that multiple CPU pressure head extended end threaded holes are arranged
23, it can be cooperated with the CPU of different model；The CPU heat-exchanger rig 3 passes through CPU pressure head extended end threaded hole 23 and CPU
Side threaded hole, which be threadedly engaged, is fixed on CPU heat-exchanger rig 3 on GPU；The CPU pressure head shell 240 selects heat transfer
Preferable material is made；The bull of connector 5 and the company with 44 one end of connecting pipe are provided on the CPU pressure head water outlet 27
The parent part of connector 5 is connected, the parent part of the connector 5 of 44 other end of connecting pipe and the heat-dissipating pipe water inlet 20 of radiator 4
On connector 5 bull be connected.
The radiator 4 includes heat-dissipating pipe water inlet 20, heat-dissipating pipe water outlet 21, radiator shell 160 and dissipates
Heat pipe 22；Described 22 one end of heat-dissipating pipe is connected with heat-dissipating pipe water inlet 20, and the other end is connected with heat-dissipating pipe water outlet 21；It is described to dissipate
Heat pipe 22 is fixed in radiator shell 160 by multiple heat dissipation pipe holders 18；The heat-dissipating pipe 22 is by multiple U-tubes
What road complemented each other to form, in this way, the heat dissipation area of heat-dissipating pipe 22 can be increased；The heat-dissipating pipe 22 select heat transfer compared with
Good material is made；Four endpoints of the radiator shell 160 are provided with radiator extended end 16 and radiator
Multiple radiator extended end threaded holes 17 are provided on extended end 16, by the way that multiple radiator extended end threaded holes are arranged
17, it can be cooperated with the cabinet of different model；The radiator 4 passes through radiator extended end threaded hole 17 and cabinet
Interior side threaded hole, which be threadedly engaged, is fixed on radiator 4 in cabinet；The company of being provided on the heat-dissipating pipe water outlet 21
5 bull of connector and it is connected with 5 parent part of connector of 44 one end of connecting pipe, 5 parent part of connector of 44 other end of connecting pipe
It is connected with 5 bull of connector on the circulator water inlet 12 of circulator 1.
160 side of radiator shell is additionally provided with multiple fans 19, and fan 19 makes to dissipate against the blowing of heat-dissipating pipe 22
22 internal coolant temperature of heat pipe accelerates decline；Multiple fans 19 are electrically connected with water pump 15；
The working principle example of the present embodiment is: after cooling device various components are mounted on corresponding position, open leakage-proof cover 6 to
Circulator 1 adds coolant liquid, while USB plug 13, which is inserted on cabinet, makes water pump 15 and fan 19 start to work, at this time water
Coolant liquid is transmitted to the inside of various components in cooling device until full of coolant liquid in cooling device by pump 15, and cooling fills at this time
It sets and cools down to CPU and GPU.When not needing cooling device operation, USB plug 13 is extracted from cabinet, it can be to cold
But device powers off.When needing for coolant liquid in cooling device to be discharged, USB plug 13 is inserted on cabinet, valve is opened simultaneously
10, coolant liquid is emitted from circulator discharge outlet 11 at this time.
Embodiment 2
Referring to Fig. 7, the present embodiment is further improved on the basis of embodiment 1, improvements are as follows: with pump outlet 14
On 5 bull of connector be connected with 5 parent part of connector of 44 one end of connecting pipe for, the connector 5 includes bull 34, public
Part sleeve 35 and parent part 41；The bull 34 be fixed on 14 one end of pump outlet and bull 34 and pump outlet 14 most
Multiple pipe surface ring dress protrusions 39 are provided between right end；The section of the bull 34 is trapezoidal and 34 right side inclined surface of bull
On be provided with multiple bull nauropemeter face rings dress protrusion 38；It is fixed with parent part 41 on the left of the connecting pipe 44 and parent part 41 stretches out
The inside of connecting pipe 44 is provided with multiple parent part bottom horizontal surface ring dress grooves 42, and 41 inclined surface of parent part is provided with multiple
Parent part lower inclined surface ring fills groove 43；When bull 34 and parent part 41 cooperate, multiple pipe surface ring dress protrusions 39
It corresponds and cooperates with parent part bottom horizontal surface ring dress groove 42；Multiple bull nauropemeter face rings fill raised 38 Hes
Parent part lower inclined surface ring fills groove 43 and corresponds mutual cooperation；In this way, can prevent coolant liquid from leaking out, make
Prevent into the damage of computer hardware.
Also sliding is provided with bull sleeve 35 on described 14 one end of pump outlet；The bull sleeve 35 is internally provided with
Multiple bull sleeve inner rings fill groove 37；34 horizontal surface of bull is provided with multiple bull water-glass face ring dress protrusions
33；41 horizontal surface of parent part is provided with multiple parent part ring dress protrusions 40；Multiple bull sleeve inner rings fill groove 37
It corresponds and cooperates with bull water-glass face ring dress protrusion 33 and parent part ring dress protrusion 40；In this way, can be further
Prevent coolant liquid from leaking out.
Better embodiment of the invention is explained in detail above, but the present invention is not limited to above-mentioned embodiment party
Formula within the knowledge of one of ordinary skill in the art can also be without departing from the purpose of the present invention
Various changes can be made.
Claims (8)
1. the integral type cooling device of a kind of computer CPU and video card heat dissipation, which is characterized in that including circulator (1), GPU
Heat-exchanger rig (2), CPU heat-exchanger rig (3), radiator (4) and multiple connecting pipes (44)；The circulator (1) sets
It sets in cabinet side；The GPU heat-exchanger rig (2) is arranged on video card GPU；The CPU heat-exchanger rig (3) is arranged on CPU；
The radiator (4) is arranged in cabinet；Circulator (1) water outlet is filled by connecting pipe (44) and GPU heat exchange
Water inlet is set to be connected；The GPU heat-exchanger rig water outlet is connected by connecting pipe (44) with CPU heat-exchanger rig water inlet；Institute
CPU heat-exchanger rig water outlet is stated to be connected by connecting pipe (44) with radiator (4) water inlet；The radiator (4) goes out
The mouth of a river is connected by connecting pipe (44) with circulator (1) water inlet.
2. the integral type cooling device of computer CPU according to claim 1 and video card heat dissipation, which is characterized in that described
Circulator (1) includes watered cup (7), circulator shell (9), water pump (15) and circulator discharge outlet (11)；Institute
Watered cup (7) is stated to be mounted on above circulator shell (9)；Being provided at the top of the watered cup (7) prevents coolant liquid from leaking
Leakage-proof cover (6) out；The water pump (15) is arranged in circulator shell (9) interior side and is electrically connected with USB plug
(13)；The bottom of the water pump water inlet pipe (8) of the water pump (15) is arranged in circulator shell (9) bottom；The circulator
The internal bottom of shell (9) is set as inclination shape and lowest part passes through valve (10) and is provided with circulator discharge outlet (11)；Institute
It states circulator shell (9) bottom side and is provided on circulator water inlet (12) and circulator water inlet (12) and be provided with
The bull of connector (5)；The pump outlet (14) of the water pump (15) passes through circulator shell (9), pump outlet
(14) bull of the bull of connector (5) and connector (5) and the connector (5) of another connecting pipe (44) one end are provided on
Parent part be connected, the GPU pressure head of the parent part of the connector (5) of connecting pipe (44) other end and GPU heat-exchanger rig (2) is intake
The bull of connector (5) on mouth (31) is connected.
3. the integral type cooling device of computer CPU according to claim 2 and video card heat dissipation, which is characterized in that described
GPU heat-exchanger rig (2) includes GPU pressure head shell (290), GPU pressure head water inlet (31) and GPU pressure head water outlet (32)；Institute
It states and multiple GPU pressure head baffles (30) is set inside GPU pressure head shell (290)；Multiple GPU pressure head baffles (30) are equally spaced
It is internal in GPU pressure head shell (290)；The GPU pressure head water inlet (31) passes through GPU pressure head shell (290) and is located at GPU pressure head
Baffle (30) leftmost side；The GPU pressure head water outlet (32) passes through GPU pressure head shell (290) and is located at GPU pressure head baffle (30)
The rightmost side；Four endpoints of the GPU pressure head shell (290) are provided with GPU pressure head extended end (29) and GPU pressure head extended end
(29) multiple GPU pressure head extended end threaded holes (28) are provided on；The GPU heat-exchanger rig (2) is fixed on by being threadedly engaged
On GPU；Be provided on the GPU pressure head water outlet (32) bull of connector (5) and with another connecting pipe (44) one end
The parent part of connector (5) is connected, parent part and CPU heat-exchanger rig (3) of the connector (5) of connecting pipe (44) other end
The bull of connector (5) on CPU pressure head water inlet (26) is connected.
4. the integral type cooling device of computer CPU according to claim 3 and video card heat dissipation, which is characterized in that described
CPU heat-exchanger rig (3) includes CPU pressure head shell (240), CPU pressure head water inlet (26) and CPU pressure head water outlet (27)；Institute
It states and multiple CPU pressure head baffles (25) is set inside CPU pressure head shell (240)；Multiple CPU pressure head baffles (25) are equally spaced
It is internal in CPU pressure head shell (240)；The CPU pressure head water inlet (26) passes through CPU pressure head shell (240) and is located at CPU pressure head
Baffle (25) leftmost side；The CPU pressure head water outlet (27) passes through CPU pressure head shell (240) and is located at CPU pressure head baffle (25)
The rightmost side；(240) four endpoints of the CPU pressure head shell are provided with CPU pressure head extended end (24) and CPU pressure head extended end
(24) multiple CPU pressure head extended end threaded holes (23) are provided on；The CPU heat-exchanger rig (3) is fixed on by being threadedly engaged
On GPU；Be provided on the CPU pressure head water outlet (27) bull of connector (5) and with another connecting pipe (44) one end
The parent part of connector (5) is connected, the parent part of the connector (5) of connecting pipe (44) other end and the heat dissipation of radiator (4)
The bull of connector (5) on water inlet tube mouth (20) is connected.
5. the integral type cooling device of computer CPU according to claim 4 and video card heat dissipation, which is characterized in that described
Radiator (4) includes heat-dissipating pipe water inlet (20), heat-dissipating pipe water outlet (21), radiator shell (160) and heat-dissipating pipe
(22)；Described heat-dissipating pipe (22) one end is connected with heat-dissipating pipe water inlet (20), and the other end is connected with heat-dissipating pipe water outlet (21)；Institute
Heat-dissipating pipe (22) are stated to be fixed in radiator shell (160) by multiple heat dissipation pipe holders (18)；The heat-dissipating pipe (22) is
It is complemented each other to form by multiple U-tube roads；Four endpoints of the radiator shell (160) are provided with radiator
Multiple radiator extended end threaded holes (17) are provided on extended end (16) and radiator extended end (16)；The heat dissipation dress
(4) are set to be fixed in cabinet by being threadedly engaged；Be provided on the heat-dissipating pipe water outlet (21) bull of connector (5) and with
The parent part of the connector (5) of another connecting pipe (44) one end is connected, the mother of the connector (5) of connecting pipe (44) other end
Part is connected with the bull of the connector (5) on the circulator water inlet (12) of circulator (1).
6. the integral type cooling device of computer CPU according to claim 5 and video card heat dissipation, which is characterized in that described
Radiator shell (160) side is additionally provided with multiple fans (19)；Multiple fans (19) and water pump (15) are electrically connected.
7. the integral type cooling device of computer CPU according to claim 2 and video card heat dissipation, which is characterized in that described
Connector (5) includes bull (34), bull sleeve (35) and parent part (41)；The bull (34) is fixed on pump outlet
(14) it is provided with multiple pipe surface rings on one end and between bull (34) and pump outlet (14) right end and fills raised (39)；
The section of the bull (34) is to be provided with multiple bull nauropemeter face ring dress protrusions on the right side of trapezoidal and bull (34) on inclined surface
(38)；It is fixed with parent part (41) on the left of the connecting pipe (44) and parent part (41) is stretched out on the inside of connecting pipe (44) and is provided with
Multiple parent part bottom horizontal surface rings fill groove (42), and parent part (41) inclined surface is provided with multiple parent part lower inclined surface rings
It fills groove (43)；Multiple pipe surface rings fill raised (39) and parent part bottom horizontal surface ring dress groove (42) corresponds
It cooperates；Multiple bull nauropemeter face rings fill raised (38) and parent part lower inclined surface ring dress groove (43) one is a pair of
It should cooperate.
8. the integral type cooling device of computer CPU according to claim 7 and video card heat dissipation, which is characterized in that described
Also sliding is provided with bull sleeve (35) on pump outlet (14) one end；The bull sleeve (35) is internally provided with multiple public affairs
Part sleeve inner ring fills groove (37)；Bull (34) horizontal surface is provided with multiple bull water-glass face ring dress protrusions
(33)；Parent part (41) horizontal surface is provided with multiple parent part rings and fills raised (40)；Multiple bull sleeve inner ring dresses
Groove (37) and bull water-glass face ring fill raised (33) and parent part ring dress raised (40) is corresponded and cooperated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910727471.5A CN110427088A (en) | 2019-08-07 | 2019-08-07 | A kind of integral type cooling device of computer CPU and video card heat dissipation |
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| CN201910727471.5A CN110427088A (en) | 2019-08-07 | 2019-08-07 | A kind of integral type cooling device of computer CPU and video card heat dissipation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110989803A (en) * | 2019-11-25 | 2020-04-10 | 华为技术有限公司 | Heat dissipation method and electronic equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110989803A (en) * | 2019-11-25 | 2020-04-10 | 华为技术有限公司 | Heat dissipation method and electronic equipment |
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