CN108022895A - Water cooling dissipation heat structure - Google Patents
Water cooling dissipation heat structure Download PDFInfo
- Publication number
- CN108022895A CN108022895A CN201711424317.8A CN201711424317A CN108022895A CN 108022895 A CN108022895 A CN 108022895A CN 201711424317 A CN201711424317 A CN 201711424317A CN 108022895 A CN108022895 A CN 108022895A
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- Prior art keywords
- water cooling
- liquid
- liquid chamber
- plate body
- heat structure
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L23/00—Details of semiconductor or other solid state devices
- H01L23/34—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements
- H01L23/46—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements involving the transfer of heat by flowing fluids
- H01L23/473—Arrangements for cooling, heating, ventilating or temperature compensation ; Temperature sensing arrangements involving the transfer of heat by flowing fluids by flowing liquids
Abstract
The present invention provides a kind of water cooling dissipation heat structure, including water cooling row's unit, and water cooling row's unit includes：One holds liquid plate body, and there is a liquid chamber to circulate for a working fluid, which has a upper surface and a lower surface, is radiated in the indoor working fluid of the fluid chamber by the upper surface and the lower surface.
Description
Technical field
The present invention relates to field of radiating, refers in particular to a kind of water cooling dissipation heat structure.
Background technology
For computer in running, many built-in components can produce a large amount of thermal energy, therefore good cooling system is to determine computer
One big key factor of operational effectiveness and reliability.Among all elements that can be generated heat, generally with live load highest it
Central processing unit (CPU) and drawing wafer processor (GPU) etc. the two heat dissipation problem it is the most intractable.Especially current all kinds of electricity
Brain game picture it is more and more fine and smooth, the function of computer-aided drawing software is also increasingly powerful, this kind of software running when often
Central processing unit and drawing wafer processor can be allowed to be in higher load condition, while also result in substantial amounts of thermal energy and produce, this
If a little thermal energy cannot effectively disperse, the efficiency of central processing unit or drawing wafer processor is gently caused to decline, when serious more
The damage or service life that may cause central processing unit or drawing wafer processor are greatly reduced.
In order to reduce the operating temperature of heat-generating electronic elements, generally water-cooled device passes through two water by water cooling row on the market
Conduit connects a water pump (Pump) and water-cooling head patch touches a heater element (such as central processing unit), is driven by water pump (Pump)
Water cooling liquid (or working fluid), which is flow on water cooling row, to radiate and constantly carries out circulating cooling, quickly to remove heat.Please
Refering to Fig. 1, existing water cooling row 1 is made of plurality of radiating fins 11, plural 12 and two side water tank 13 of flat tube, these described dissipate
Hot fin 11 is arranged between these described vertical bar shape flat tubes 12, and foregoing two side water tank 13 and these described heat radiating fins
The both sides of piece 11 and these vertical bar shape flat tubes 12 are welded by scolding tin, make the two sides water tank 13 and described this
A little radiating fins 11 and these described vertical bar shape flat tubes 12 connect and compose the water cooling row 1, and are wherein set on side water tank 13
There are a water inlet 131 and a water outlet 132, which (schemes to be connected opposite two water conduits respectively with water outlet 132
In do not show).
It is flat from these described vertical bar shapes due to after the working fluid that the water inlet 131 flows into is in the side water tank 13
Quick straight through flow is passed through into opposite side water tank 13 in pipe 12, is then relied on again and is quickly led directly in these described vertical bar shape flat tubes 12
Flow through in side water tank 13, then discharged by the water outlet 132, so the working fluid with heat enters water cooling row
Flowing time in 1 is too short, and the opposite working fluid made with heat is made heat exchanger time with water cooling row and also do not grown, existing to cause
There is water cooling row bad to the antipyretic response of the working fluid with heat, in turn result in the problem of radiating efficiency is bad.In addition, by
It can not make structural adjustment change in response to the space in an electronic device in the overall structure of existing water cooling row so that be positioned over an electricity
When sub-device (such as computer or servomechanism) is interior, which asks supply that the discharge of existing water cooling puts
Topic.
Therefore how will solve the problem above-mentioned and lack, as the inventor of this case is to being engaged in the related of the industry
Manufacturer is desired most ardently where the direction that research improves.
The content of the invention
The purpose of the present invention, is to provide a kind of good water cooling dissipation heat structure of solution thermal efficiency.
The purpose of the present invention, is to provide a kind of water cooling dissipation heat structure for pumping and being optionally arranged in an appearance liquid plate body.
Another object of the present invention, being to provide a kind of water cooling row unit, there is plural number appearance liquid plate body to pass through a communication member group
Connection, these described hold liquid plate body system according to the water cooling dissipation heat structure that setting environment is the setting for being stacked or disperseing.
To reach above-mentioned purpose, the present invention provides a kind of water cooling dissipation heat structure, it is characterized in that comprising：
One water cooling arranges unit, it includes again：
One holds liquid plate body, and there is a liquid chamber to circulate for a working fluid, which has a upper surface and one
Lower surface, is radiated in the indoor working fluid of the fluid chamber by the upper surface and the lower surface.
The water cooling dissipation heat structure, wherein：The liquid chamber connects an import and an outlet, which is empty
Chambers of the heart room or equipped with a runner, the import and the one water cooling head unit of outlet.
The water cooling dissipation heat structure, wherein：A pump is equipped with the liquid chamber, the working fluid can be driven.
The water cooling dissipation heat structure, wherein：The upper surface is equipped with one first radiating fin.
The water cooling dissipation heat structure, wherein：The appearance liquid plate body has a top plate and a bottom plate, which is formed in
One outside of the top plate, the lower surface are formed in an outside of the bottom plate.
The water cooling dissipation heat structure, wherein：The lower surface is equipped with one second radiating fin.
The present invention also provides a kind of water cooling dissipation heat structure, comprising：
One water cooling arranges unit, including：
One holds liquid plate body group, and there is plural number to hold liquid plate body, and each appearance liquid plate body has a liquid chamber；
One communication member group, has the plural plural liquid chamber of communication member connection；
One working fluid, plural liquid chamber is flowed through via the plural number communication member.
The water cooling dissipation heat structure, wherein：The appearance liquid plate body group includes one first and holds liquid plate body and one second appearance liquid
Plate body；The communication member group includes one first communication member and one second communication member.
The water cooling dissipation heat structure, wherein：There is the first appearance liquid plate body one first liquid chamber to supply working fluid
Circulation, which there is a second liquid chamber to circulate for the working fluid, and first liquid chamber is via this
First communication member and second communication member connect the second liquid chamber.
The water cooling dissipation heat structure, wherein：First liquid chamber is hollow cavity or equipped with a first flow.
The water cooling dissipation heat structure, wherein：The second liquid chamber is hollow cavity or equipped with a second flow channel.
The water cooling dissipation heat structure, wherein：First liquid chamber connects an import and an outlet.
The water cooling dissipation heat structure, wherein：First liquid chamber be equipped with one first interval fin by this first
Liquid chamber divides into a first area and a second area, which connects the import, which connects this and go out
Mouthful.
The water cooling dissipation heat structure, wherein：The import and the one water cooling head unit of outlet.
The water cooling dissipation heat structure, wherein：First liquid chamber and the second liquid chamber any of which are equipped with
One pump.
The water cooling dissipation heat structure, wherein：There is the first appearance liquid plate body one first top plate to dock one first bottom
Plate, first liquid chamber is between first top plate and first bottom plate, and first top plate has the first upper surface, this
One bottom plate has one first lower surface；The second appearance liquid plate body has one second top plate to dock one second bottom plate, second liquid
Fluid chamber is between second top plate and second bottom plate, and there is second top plate one second upper surface and second bottom plate to have
There is one second lower surface.
The water cooling dissipation heat structure, wherein：First upper surface is equipped with one first radiating fin group, first following table
One second radiating fin group is equipped between face and second upper surface, which is equipped with one the 3rd radiating fin group.
The water cooling dissipation heat structure, wherein：First upper surface is equipped with one first radiating fin group, first following table
Face is equipped with one second radiating fin group, which is equipped with one the 3rd radiating fin group, which is equipped with one the
Four radiating fin groups.
The water cooling dissipation heat structure, wherein：The plural number of the appearance liquid plate body group holds liquid plate body and the communication member group
Gold or billon or silver or silver alloy or copper or copper alloy or iron or ferroalloy or titanium or titanium alloy or aluminum or aluminum alloy or stainless
Steel.
The water cooling dissipation heat structure, wherein：It is to stack setting or scattering device that the plural number, which holds liquid plate body,.
Compared with prior art, the invention has the advantages that：The good effect of solution thermal efficiency can be reached, and had
Effect increase (or extend) working fluid is in the indoor flowing time of fluid chamber, with effective improving heat radiation efficiency.
Brief description of the drawings
Fig. 1 is prior-art illustration；
Fig. 2A is the perspective exploded view that the present invention first is implemented；
Fig. 2 B are that the present invention first implements the perspective exploded view equipped with runner；
Fig. 2 C are that the present invention first implements to set the schematic diagram of radiating fin group；
Fig. 3 A are the decomposition diagram that the present invention first implements connection water-cooling head；
Fig. 3 B are the combination diagram that the present invention first implements connection water-cooling head；
Fig. 3 C are the decomposition diagram that the present invention first implements connection protection cap and fan；
Fig. 3 D are that the present invention first implements connection protection cap and the combination diagram of fan；
Fig. 4 A are the perspective exploded view that the present invention second is implemented；
Fig. 4 B are the schematic cross-sectional view of Fig. 4 A；
Fig. 4 C are that the present invention second implements the schematic diagram equipped with first flow；
Fig. 4 D are that the present invention second implements the schematic diagram equipped with first and second runner；
Fig. 5 is that the present invention second implements to be equipped with the decomposition diagram of plural fin；
Fig. 6 A are the decomposition diagram that the present invention second implements water cooling row's connection water cooling head unit；
Fig. 6 B are that the present invention second implements water cooling row equipped with plural fin and connects the decomposition diagram of water cooling head unit；
Fig. 6 C are the decomposition diagram that the present invention second implements connection protection cap and fan；
Fig. 7 is the plural schematic diagram for holding liquid plate body scattering device that the present invention second implements water cooling row.
Description of reference numerals：Water cooling arranges unit 20；Hold liquid plate body 21；Top plate 211；Bottom plate 212；Liquid chamber 213；Import
22；Outlet 23；Upper surface 2111；Lower surface 2121；Runner 24；Pump 28；First radiating fin group 25；Second radiating fin group
26；Water cooling arranges unit 30；First holds liquid plate body 31；First top plate 311；First upper surface 3111；First bottom plate 312；Under first
Surface 3121；First liquid chamber 313；First area 3131；Second area 3132；Import 314；Outlet 315；First interval is convex
Rib 316；First port 317；Second port 318；Second holds liquid plate body 32；Second top plate 321；Second bottom plate 322；Second liquid
Chamber 323；Second upper surface 3211；Second lower surface 3221；Third connectivity mouth 327；4th port 328；First flow 34；Second
Runner 35；Pump 28；First radiating fin group 25a, 25b；Second radiating fin group 26a, 26b；3rd radiating fin group 27a,
27b；4th radiating fin group 29b；First communication member 411；Second communication member 412；Water cooling head unit 91；Protection location
92；Part I 921；Part II 922；Fan 93.
Embodiment
The above-mentioned purpose and its structure of the present invention and characteristic functionally, will give according to the preferred embodiment of institute's accompanying drawings
Explanation.
The various implementations of the present invention are will be detailed below, identical element has change with identical symbolic indication in each implementation
The element of change is represented with different component symbols, refer to each schema and its component symbol and explanation.
The purpose of above-mentioned schema is to enable the invention to be more easily understood, and can encyclopaedize those schemas in this article,
And it is set to form some of specific embodiment.By specific embodiment herein and corresponding schema is referred to, with detailed
The specific embodiment of the present invention is explained, and to illustrate the action principle of invention.
It is the perspective exploded view that the present invention first is implemented to please refer to Fig.2 A；Fig. 2 B are being equipped with for the implementation of the present invention first
Runner perspective exploded view.As shown in the figure, water cooling row's unit 20, which includes an appearance liquid plate body 21, has a top plate 211 and a bottom plate
212, a liquid chamber 213 is formed between the top plate 211 and the bottom plate 212.The top plate 211 and the bottom plate 212 form two
The ennation to extend outwardly forms an import 22 and an outlet 23, and the import 22 and the outlet 23 connect the liquid chamber 213.One
Upper surface 2111 is formed in an outside of the top plate 211, and a lower surface 2121 is formed in an outside of the bottom plate 212.One work
Liquid (such as pure water) flows into the liquid chamber 213 after holding the outside of liquid plate body 21 and absorbing heat from the import 22, then in liquid
Flowed out in fluid chamber 213 after flowing from the outlet 23.The heat of the working fluid of flowing passes through the top in the liquid chamber 213
Plate 21, which is delivered to the upper surface 2111 and radiates and be delivered to the lower surface 2121 by the bottom plate 212, to radiate.The liquid chamber 213
It is a hollow cavity (such as Fig. 2A) in this implementation, but is substituted one and implement to be equipped with a runner 24 in the liquid chamber 213 (as schemed
2B), the runner 24 tie up in the liquid chamber 213 wriggle extension, and the both ends of the runner 24 be respectively turned on the import 22 and
The outlet 23.Represent that the runner 24 is that plural convex body interval is formed in this implementation, but substitute and implement one, which can also
It is that one or several groove is formed.The runner 24 is an other element with the appearance liquid plate body 21 or is integrally formed, and the runner 24
System links or is molded over the side that the top plate 211 faces the liquid chamber 213, or the runner 24 links or be molded over the bottom plate
212 face the side of the liquid chamber 213.The working solution system of influent chamber 213 is along the runner 24 towards the outlet 23
Flowing.Therefore, which guides the working fluid flow path.
One pump 28 is optionally arranged on that the appearance liquid plate body 21 is outer or interior, and the pump 28 is arranged on the fluid chamber in this implementations expression
In room 213.Pump 28 in the liquid chamber 213 can be positioned close at the import 22 or export at 23.Substituted one real
Apply, which can also be arranged at the import 22 or at the outlet 23.Pump 28 for example including an impeller and a drive motor (such as
Submerged motor or drip-proof motors) drive the impeller to rotate to drive the working fluid to flow.
As shown in Figure 2 C, substitute and implement one, the upper surface 2111 of the appearance liquid plate body 21 is equipped with one first radiating fin group
25 and/or the lower surface be equipped with one second radiating fin group 26.First and second radiating fin group 25,26 includes a plurality of dissipate
Hot fin, thus be delivered to the heat of the upper surface 2111 and the lower surface 2121 by first and second radiating fin group 25,
26 heat dissipations.
As shown in Fig. 3 A and Fig. 3 B, the one water cooling head unit 91 of import 22 and the connection of outlet 23 of the appearance liquid plate body 21, the water
An outer surface system contact at least heater element for cold head unit 91.The water cooling head unit 91 connects the import 22 and the outlet
23, the working fluid flowed out from the outlet 23 of the appearance liquid plate body 21 is flowed into the water cooling head unit 91, in water cooling head unit 91
Working fluid with absorbing heat after the heater element heat exchange, the working fluid then heated from the import 22 flow into the appearance liquid
Heat dissipation in the liquid chamber 213 of plate body 21.
As shown in Fig. 3 C and Fig. 3 D, substitute and implement one, a protection location 92 is, for example, the cover or mask, it has one the
A part 921 and one Part II 922 from the appearance liquid plate body be provide with over and under first radiating fin 25 and this second
Radiating fin 26 and the appearance liquid plate body 21, to protect first radiating fin 25 and second radiating fin 26 and the appearance liquid plate body
21 is impaired.Furthermore the selectable connection at least fan 93 of the protection location 92, an outlet air surface of the fan 93 towards this first
Radiating fin 25 and second radiating fin 26 and the appearance liquid plate body 21, to produce air flow direction first radiating fin 25 and be somebody's turn to do
Second radiating fin 26 and the appearance liquid plate body 21 help to radiate.
It is the perspective exploded view that the present invention second is implemented please continue to refer to Fig. 4 A；The section view that Fig. 4 B are Fig. 4 A is illustrated
Figure.As shown in the figure, water cooling row's unit 30, which includes plural number, holds liquid plate body, each appearance liquid plate body has a liquid chamber, a connection
Element group has the plural plural liquid chamber of communication member connection so that working fluid flows through plural number via the plural number communication member
Liquid chamber.These described appearance liquid plate bodys can stack setting or scattering device according to environment is set.Although in this schema table
Be shown as two and hold liquid plate bodys but not limited to this, hold liquid plate body quantity can according to use demand and use environment three or
Four connections that the rest may be inferred.
Implementing water cooling row's unit 30 at this includes one first appearance liquid plate body 31 and one second appearance liquid plate body 32.Wherein this
One holds liquid plate body 31, and there is one first top plate 311 to dock one first bottom plate 312, and one first liquid chamber 313 is in first top plate
Between 311 and first bottom plate 312, and an outside of first top plate 311 has the first upper surface 3111, first bottom plate
312 outside has one first lower surface 3121.First top plate 311 and first bottom plate 312 form two and extend outwardly
Ennation form an import 314 and an outlet 315, the import 314 and the outlet 315 connect first liquid chamber 313, and
Connect the water cooling head unit 91.This second holds liquid plate body 32 there is one second top plate 321 to dock one second bottom plate 322, and one second
Liquid chamber 323 is between second top plate 321 and second bottom plate 322, and second top plate 321 has one second upper surface
3211 and second bottom plate 322 there is one second lower surface 3221.The communication member group includes one first communication member 411 and one
Second communication member 412, first liquid chamber 313 are connected via first communication member 411 and second communication member 412
The second liquid chamber 323.Foregoing first holds liquid plate body 31 and 32 systems of the second appearance liquid plate body stack and set, and second top
321 system interval of plate corresponds to first bottom plate 312.
Implement first liquid chamber 313 at this to distinguish first liquid chamber 313 equipped with one first interval fin 316
For a first area 3131 and a second area 3132, the first area 3131 and the second area 3132 do not connect directly, should
First area 3131 connects the import 314, which connects the outlet 315.
Furthermore the first appearance liquid plate body 31 is equipped with one first port 317 and one second port 318 connects first fluid chamber
Room 313,317 and second port of the first port, 318 system through first bottom plate 312 and correspond to respectively the first area 3131 and
The second area 3132.The second appearance liquid plate body 32 is equipped with a third connectivity mouth 327 and one the 4th port 328 runs through second top plate
321 connect the second liquid chamber 323.The both ends of first communication member 411 connect first port 317 and the 3rd respectively
Port 327, to connect the first area 3131 of first liquid chamber 313 and the second liquid chamber 323；Second connected member
The both ends of part 412 connect 318 and the 4th port 328 of the second port respectively, to connect the second of first liquid chamber 313
Region 3132 and the second liquid chamber 323.
One working fluid (such as pure water), as shown by the arrow of fig. 4b, after absorbing heat in 30 outside of water cooling row unit, from
First import 314 for holding liquid plate body 31 flows into the first area 3131 of first liquid chamber 313, then first is connected by this
Logical element 411 flow to the second liquid chamber 323 of the second appearance liquid plate body 32.In the working solution of the second liquid chamber 323
Body flows to the second area 3132 of first liquid chamber 313 by second communication member 412, then from the outlet 315
Flow out the first appearance liquid plate body 31.The heat of the working fluid of flowing passes through first top plate in first liquid chamber 313
311 are delivered on this first surface 3111 and are delivered to first lower surface 3121 by first bottom plate 312 and radiate.This
In two liquid chambers 323 heat of the working fluid of flowing by second top plate 321 be delivered to second upper surface 3211 and
Second lower surface 3221 is delivered to by second bottom plate 322 to radiate.
Furthermore it is expressed as hollow cavity in the first liquid chamber 313 of this implementation and 323 system of second liquid chamber.But
It is not limited to this, as shown in Figure 4 C, a first flow 34 is equipped with first liquid chamber 313, which is
Hollow cavity.Or as shown in Figure 4 D, the first flow 34, the second liquid chamber 323 are equipped with first liquid chamber 313
The working fluid is guided equipped with a second flow channel 35.
Again as shown in Fig. 4 C and Fig. 4 D, which ties up to the extension wriggled in first liquid chamber 313, and should
The both ends of first flow 34 are respectively turned on the import 314 and the outlet 315.Represent that the first flow 34 is that plural number is convex in this implementation
Body interval is formed, but is substituted and implemented one, which can also be that one or several groove is formed.The first flow 34
Be an other element or be integrally formed with the first appearance liquid plate body 31, and 34 system of first flow link or be molded over this first
Top plate 311 faces the side of first liquid chamber 313, or the first flow 34 links or be molded over first bottom plate 312
In face of the side of first liquid chamber 313.34 system of first flow guides the working fluid flow path, so as to flow into first
The working solution system of liquid chamber 313 is flowed along the first flow 34.
The second flow channel 35 is identical with first flow 34, but the both ends of the second flow channel 35 correspond to the second appearance liquid respectively
327 and the 4th port 328 of third connectivity mouth of second top plate 321 of plate body 32, therefore, when working fluid is from first connected member
Part 411 flow to the second liquid chamber 323 of the second appearance liquid plate body 32, on the working fluid edge of the second liquid chamber 323
The second flow channel 35 to flow towards 328 direction of the 4th port, first liquid is then flow to by second communication member 412
The second area 3132 of chamber 313, from the outlet 315 outflow the first appearance liquid plate body 31.
Furthermore in the lump with reference to shown in figure 4A to Fig. 4 D, a pump 28 be optionally arranged on this first hold liquid plate body 31 or this
Two appearance liquid plate bodys 32 are outer or interior, and Fig. 4 A to Fig. 4 C represent that the pump 28 is arranged on the first liquid chamber 313 of the first appearance liquid plate body
It is interior.Pump 28 in first liquid chamber 313 can be positioned close at the import 314 or export at 315.Substituted one real
Apply, which can also be arranged at the import 314 or at the outlet 315.Pump 28 is for example including an impeller and a drive motor
(such as submerged motor or drip-proof motors) drives the impeller to rotate to drive the working fluid to flow.Implement in another substitute, such as scheme
4D, the pump 28 can also be arranged in the second liquid chamber 323.
If Fig. 5 is that the present invention second implements to be equipped with shown in the decomposition diagram of plural fin, in the lump with reference to earlier figures 4A extremely
Fig. 4 C, substitute one and implement, and the first upper surface 3111 of the foregoing first appearance liquid plate body 31 is equipped with one first radiating fin group
Set between second upper surface 3211 of 25a, the first lower surface 3121 of the first appearance liquid plate body 31 and the second appearance liquid plate body 32
There is one second radiating fin group 26a, which is equipped with one the 3rd radiating fin group 27a.This first and second and
3rd radiating fin group 25a, 26a, 27a includes a plurality of radiating fins, therefore is delivered to the first of the first appearance liquid plate body 31
Upper surface 3111 and first lower surface 3121 and second hold the second upper surface 3211 and second lower surface of liquid plate body 32
3221 heat by this first and second and the 3rd radiating fin group 25a, 26a, 27a radiate.
It is the decomposition diagram that the present invention second implements water cooling row's connection water cooling head unit please continue to refer to Fig. 6 A；Fig. 6 B are
The present invention second implements water cooling row and is equipped with plural fin and connects the decomposition diagram of water cooling head unit.As shown in the figure, foregoing
The import 314 and outlet 315 of two the first appearance liquid plate bodys 31 implemented connect the water cooling head unit 91 to connect first liquid respectively
Fluid chamber 313 (as shown in fig. 4 a and fig. 4b) and the water cooling head unit 91, the working fluid in water cooling head unit 91 is with the hair
Heat is absorbed after thermal element heat exchange, the working fluid then heated flows into this from the import 314 and first holds the of liquid plate body 31
Heat dissipation in one liquid chamber 313.
Furthermore if Fig. 6 C are that the present invention second implements connection protection cap and the combination diagram of fan.It is shown in one
Substitute and implement, the Part I 921 and Part II 922 of the protection location 92 arrange the cover over and under of unit 30 from the water cooling
If this first and second and the 3rd radiating fin group 25a, 26a, 27a and this first and second hold liquid plate body 31,32, with protect this
One and second and third radiating fin group 25a, 26a, 27a and the first and second appearance liquid plate body 31,32 are not damaged.In addition, the guarantor
The also selectable connection at least fan 93 of unit 92 is protected, first and second is helped by an at least fan 93 and the 3rd dissipates
Hot fins group 25a, 26a, 27a and the first and second appearance liquid plate body 31,32 radiate.
It is the plural schematic diagram for holding liquid plate body scattering device that the present invention second implements water cooling row please continue to refer to Fig. 7.Such as
Shown in figure, substitute and implement one, the first appearance liquid plate body 31 of foregoing water cooling row unit 30 and 32 system of the second appearance liquid plate body disperse
Setting, the first appearance liquid plate body 31 and the second appearance liquid plate body 32 are separately positioned on different because of use demand or setting environmental demand
Position, is then connected by first communicating pipe 411 and second communicating pipe 412.Furthermore in the lump refering to what is shown in Fig. 5, this implementation
The first upper surface 3111 of the first appearance liquid plate body 31 be equipped with one first radiating fin group 25b, which is equipped with
One second radiating fin group 26b, second upper surface 3211 are equipped with one the 3rd radiating fin group 27b, second lower surface 3221
The first and second appearance liquid plate body 31,32 is helped to radiate equipped with one the 4th radiating fin group 29b.
In addition to be illustrated, the appearance liquid plate body 21 or first of the foregoing water cooling row's unit 20,30 respectively implemented holds liquid plate body 31
And second hold liquid plate body 32, or the first communication member 411 of the communication member group or the second communication member 412 can be gold or silver
Or copper or iron or titanium or aluminium or the alloy material of stainless steel or these metals are formed.The wherein metal strength of titanium matter
High and light-weight characteristic and heat transfer efficiency are good, with the effect for effectively lifting the effect of heat conduction efficiency and mitigating overall weight
Fruit.
Each implementation by more than is flowed with reaching the good effect of solution thermal efficiency according to (first, second) of foregoing implementation
Road to be effectively increased (or extension), and the working fluid is in the indoor flowing time of (first, second) fluid chamber, effectively to be lifted
Radiating efficiency.And include plural number in a water cooling row's unit implemented and hold liquid plate body (such as first hold liquid plate body and second hold liquid plate
Body) when, it is the setting that is stacked or disperses which, which arranges unary system according to environment is set,.
It is described above to be merely exemplary for the purpose of the present invention, and it is nonrestrictive, and those of ordinary skill in the art understand,
In the case where not departing from the spirit and scope that claim is limited, can many modifications may be made, change or equivalent, but will all fall
Enter within protection scope of the present invention.
Claims (20)
1. a kind of water cooling dissipation heat structure, it is characterized in that comprising：
One water cooling arranges unit, it includes again：
One holds liquid plate body, and there is a liquid chamber to circulate for a working fluid, which has a upper surface and a following table
Face, is radiated in the indoor working fluid of the fluid chamber by the upper surface and the lower surface.
2. water cooling dissipation heat structure as claimed in claim 1, it is characterised in that：The liquid chamber connects an import and one goes out
Mouthful, which is hollow cavity or equipped with a runner, the import and the one water cooling head unit of outlet.
3. water cooling dissipation heat structure as claimed in claim 2, it is characterised in that：A pump is equipped with the liquid chamber, can be driven
Move the working fluid.
4. water cooling dissipation heat structure as claimed any one in claims 1 to 3, it is characterised in that：The upper surface is equipped with one the
One radiating fin.
5. water cooling dissipation heat structure as claimed in claim 4, it is characterised in that：The appearance liquid plate body has a top plate and a bottom
Plate, the upper surface are formed in an outside of the top plate, which is formed in an outside of the bottom plate.
6. water cooling dissipation heat structure as claimed in claim 4, it is characterised in that：The lower surface is equipped with one second radiating fin.
7. a kind of water cooling dissipation heat structure, comprising：
One water cooling arranges unit, including：
One holds liquid plate body group, and there is plural number to hold liquid plate body, and each appearance liquid plate body has a liquid chamber；
One communication member group, has the plural plural liquid chamber of communication member connection；
One working fluid, plural liquid chamber is flowed through via the plural number communication member.
8. water cooling dissipation heat structure as claimed in claim 7, it is characterised in that：The appearance liquid plate body group includes one first and holds liquid plate
Body and one second appearance liquid plate body；The communication member group includes one first communication member and one second communication member.
9. water cooling dissipation heat structure as claimed in claim 8, it is characterised in that：The first appearance liquid plate body has one first liquid
Chamber circulates for working fluid, this second holds liquid plate body and have a second liquid chamber for working fluid circulation, and this first
Liquid chamber connects the second liquid chamber via first communication member and second communication member.
10. water cooling dissipation heat structure as claimed in claim 9, it is characterised in that：First liquid chamber be hollow cavity or
Equipped with a first flow.
11. water cooling dissipation heat structure as claimed in claim 10, it is characterised in that：The second liquid chamber be hollow cavity or
Equipped with a second flow channel.
12. water cooling dissipation heat structure as claimed in claim 9, it is characterised in that：First liquid chamber connect an import and
One outlet.
13. water cooling dissipation heat structure as claimed in claim 12, it is characterised in that：First liquid chamber be equipped with one first
First liquid chamber is divided into a first area and a second area by interval fin, which connects the import, should
Second area connects the outlet.
14. water cooling dissipation heat structure as claimed in claim 12, it is characterised in that：The import and one water-cooling head of outlet
Unit.
15. water cooling dissipation heat structure as claimed in claim 9, it is characterised in that：First liquid chamber and the second liquid
Chamber any of which is equipped with a pump.
16. water cooling dissipation heat structure as claimed in claim 9, it is characterised in that：The first appearance liquid plate body has one first top
Plate is to dock one first bottom plate, and first liquid chamber is between first top plate and first bottom plate, and first top plate has
There is the first upper surface, which has one first lower surface；There is the second appearance liquid plate body one second top plate to dock one
Second bottom plate, the second liquid chamber is between second top plate and second bottom plate, and second top plate has on one second
Surface and second bottom plate have one second lower surface.
17. water cooling dissipation heat structure as claimed in claim 16, it is characterised in that：First upper surface is equipped with one first heat dissipation
Fins group, is equipped with one second radiating fin group between first lower surface and second upper surface, which is equipped with one
3rd radiating fin group.
18. water cooling dissipation heat structure as claimed in claim 16, it is characterised in that：First upper surface is equipped with one first heat dissipation
Fins group, first lower surface are equipped with one second radiating fin group, which is equipped with one the 3rd radiating fin group, this
Two lower surfaces are equipped with one the 4th radiating fin group.
19. water cooling dissipation heat structure as claimed in claim 7, it is characterised in that：The plural number of the appearance liquid plate body group holds liquid plate body
And the material of the communication member group is gold or billon or silver or silver alloy or copper or copper alloy or iron or ferroalloy or titanium or titanium
Alloy or aluminum or aluminum alloy or stainless steel.
20. water cooling dissipation heat structure as claimed in claim 7, it is characterised in that：The plural number hold liquid plate body be stack set or
Scattering device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711424317.8A CN108022895A (en) | 2017-12-25 | 2017-12-25 | Water cooling dissipation heat structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711424317.8A CN108022895A (en) | 2017-12-25 | 2017-12-25 | Water cooling dissipation heat structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108022895A true CN108022895A (en) | 2018-05-11 |
Family
ID=62070976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711424317.8A Pending CN108022895A (en) | 2017-12-25 | 2017-12-25 | Water cooling dissipation heat structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108022895A (en) |
Cited By (1)
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|---|---|---|---|---|
| CN110543069A (en) * | 2018-05-28 | 2019-12-06 | 中强光电股份有限公司 | Liquid cooling type radiator |
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Application publication date: 20180511 |