CN109491475A - It is a kind of can high-efficiency water cooling cooling intelligent temperature control notebook radiator - Google Patents
It is a kind of can high-efficiency water cooling cooling intelligent temperature control notebook radiator Download PDFInfo
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- CN109491475A CN109491475A CN201811405584.5A CN201811405584A CN109491475A CN 109491475 A CN109491475 A CN 109491475A CN 201811405584 A CN201811405584 A CN 201811405584A CN 109491475 A CN109491475 A CN 109491475A
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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
- G06F1/203—Cooling means for portable computers, e.g. for laptops
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2200/00—Indexing scheme relating to G06F1/04 - G06F1/32
- G06F2200/20—Indexing scheme relating to G06F1/20
- G06F2200/201—Cooling arrangements using cooling fluid
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- Theoretical Computer Science (AREA)
- Computer Hardware Design (AREA)
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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 it is a kind of can high-efficiency water cooling cooling intelligent temperature control notebook radiator, its structure includes air-inlet grille, enter the wind connector, radiator body, water cooling plant, charging interface, integration is equipped with air inlet connector on the downside of radiator body left end, and right end inlays interlocking water cooling plant, charging interface, which is inlayed, to be buckled on the left of radiator body front end, and it is electrically connected with radiator body, 1 when the present invention uses, equipment can cooperate check valve by the guide device being equipped with, to enable equipment to the air that laptop radiating is guided out guide in water storage tank via being discharged after water direct heat-exchange, significantly cooled down to enable to be discharged air, preferably prevent the rising of environment temperature, guarantee that heat dissipation uses；2, equipment passes through the filter device for being equipped with and being automatically drained out air, is then exhausted to can absorb and filter via sponge after so that air is exchanged heat in water, so that humidity when preferably air being prevented to be discharged, is easy to use.
Description
Technical field
The present invention be it is a kind of can high-efficiency water cooling cooling intelligent temperature control notebook radiator, belong to notebook radiator neck
Domain.
Background technique
Notebook when in use, due to the load of the work such as processor operation, makes it that can generate a large amount of heat, and by
In protection of the notebook to inner part, it is often equipped with the heat dissipation effect that the shell with heat release hole is protected, but also leads to element etc.
Fruit decline, so the equipment for installing heat transmission additional to notebook is usually needed to carry out auxiliary heat dissipation, and these equipment are notebook
Radiator.
Traditional notebook radiator when in use, 1, heat dissipation individually only is aerated to notebook, and radiate and arrange
Wind out is to absorb the hot wind of heat, can be increased with the progress of heat dissipation so as to cause the temperature of ambient enviroment, in turn
The effect for also resulting in subsequent thermal dissipation ventilation is declined, and inconvenience is caused；2, traditional water cooling heat exchange, because after empty gurgling
Discharge will appear moist phenomenon, is easy to influence the use of computer, change to be all made of indirect heat transfer form to carry out air
Heat, but this also makes the reduction of air heat-exchange effect.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide it is a kind of can high-efficiency water cooling cooling intelligent temperature control
Notebook radiator, to solve traditional notebook radiator when in use, 1, only individually notebook is aerated it is scattered
Heat, and the wind for discharge of radiating is to absorb the hot wind of heat, so as to cause ambient enviroment temperature can with heat dissipation into
It goes and increases, and then the effect for also resulting in subsequent thermal dissipation ventilation is declined, and inconvenience is caused；2, traditional water cooling heat exchange, because
It will appear moist phenomenon for discharge after empty gurgling, be easy to influence the use of computer, to be all made of indirect heat transfer form
Carry out air heat-exchange, but this also make air heat-exchange effect reduce the problem of.
To achieve the goals above, the present invention is to realize by the following technical solutions: one kind can high-efficiency water cooling cooling
Intelligent temperature control notebook radiator, structure include air-inlet grille, air inlet connector, radiator body, water cooling plant, charging
Interface, integration is equipped with air inlet connector on the downside of the radiator body left end, and right end inlays interlocking water cooling plant, described
Charging interface, which is inlayed, to be buckled on the left of radiator body front end, and is electrically connected with radiator body, and the air-inlet grille, which is inlayed, to be buckled
It is connected to inside air inlet connector, the water cooling plant includes water cooling assembly box, air inlet, ventilation guide device, exhaust dehumidifying dress
It sets, water inlet, capping, water flowing connector, discharge outlet, water storage tank, fitting joint, two sides are equal up and down for water cooling assembly box left end
Integration is equipped with fitting joint, and inlays interlocking, one inside the water cooling assembly box by fitting joint and radiator body
Change be equipped with water storage tank, the water inlet, discharge outlet respectively integration be set to water cooling assembly box right end up and down two sides, and through with
Water storage tank communicates, and there are two the water flowing connector is set, and is integrated with water cooling assembly box, and be correspondingly arranged at into water
On the right side of mouth, discharge outlet, 2 water flowing connectors right end, which inlays interlocking, capping, and the air inlet integration is filled through water cooling
With on the upside of box left end, the ventilation guide device is glued inside water storage tank, and right end assembles on the upside of box right end through water cooling,
The exhaust dehumidification device be equipped with 2, and at left and right horizontal arrange place, and with ventilation guide device interlocking.
Further, the ventilation guide device includes cooling gas outlet, exhaust partition, exhaust except wet sump, unidirectional assembly
Baffle, one-way ventilating hole, gag lever post, air inlet partition, the first extension spring, airtight baffle, the air inlet partition inlay splicing in
On the left of water storage tank inner tip, there are notch between bottom and water storage tank, the unidirectional assembly baffle integral middle is equipped with
One-way ventilating hole, and it is glued the downside between air inlet partition and water cooling assembly box, the unidirectional assembly baffle bottom end passes through first
Extension spring and airtight baffle are glued, and the vertical interlocking of the airtight baffle top middle portion has gag lever post, the exhaust partition left end
Integration is equipped with cooling gas outlet and sees, and is glued on the upside of left end and air inlet partition right end, and is glued with water storage tank upper inside,
And exhaust is formed between water storage tank top except wet sump, the exhaust runs through on the upside of water cooling assembly box right end except wet sump right end,
Interlocking is inlayed on the exhaust partition 2 exhaust dehumidification devices.
Further, the exhaust dehumidification device includes the first compressed spring, interim pressure end, squeezes buck plate, squeezes
Slot, filtered vent, sponge, the second extension spring, squeezes apopore, the second compressed spring, stripper plate, squeezes filtering buck plate
Partition, backwater hole are pressed, the extruding buck plate interlocking is in exhaust partition bottom end, and interior integrally is equipped with and squeezes slot, described
Extruding slot left end is right-angled trapezium slot, and is communicated through extruding buck plate with water storage tank on the right side of bottom end by backwater hole, described to face
When pressure end bottom end by the first compressed spring and squeeze buck plate and inlay snapping, and communicated on the left of slot bottom end with squeezing, institute
It states stripper plate right end and snapping is inlayed by the second compressed spring and extruding slot right end, the filtering buck plate is rectangular prismatoid,
And left end integral middleization runs through equipped with filtered vent, the filtering buck plate top passes through the second extension spring and water cooling
Assembly box inlays interlocking, and bottom end connects through exhaust partition with slot is squeezed, and inlays glue in the middle part of the filtering buck plate right end
It is connected to sponge, and bottom end is equipped with and squeezes apopore, the extruding partition is set on the left of stripper plate, and top and filtering buck plate
Interlocking on the right side of bottom end.
Beneficial effect
One kind of the present invention can high-efficiency water cooling cooling intelligent temperature control notebook radiator in use, when equipment extraction notes
When this air is aerated heat dissipation, air can be guided via air inlet between water cooling assembly box, air inlet partition and be formed
It in slot, and presses to enter in water storage tank after airtight baffle decline by pressure and exchange heat with the water stored in water storage tank, make
Heat transfer effect is more preferable, and the air to exchange heat can enter exhaust via cooling gas outlet and remove in wet sump, and remove wet sump via exhaust
The filtered vent of the interior filtering buck plate being equipped with enters filtering in sponge, after from exhaust except wet sump through water cooling assembles box
Place's discharge, and can be begun to decline after absorbing certain moisture in sponge, and after decline to a certain degree, squeeze and set in buck plate
Some stripper plates can squeeze sponge, so that the moisture for absorbing sponge is back to water storage tank via extruding apopore, backwater hole
It is interior, and after stripper plate squeezes sponge to a certain degree, i.e., when it reaches to a certain degree to the pressure on top surface of filtering buck plate, filtering
Buck plate can press the decline of interim pressure end, and move to left, thus make stripper plate can because filtering buck plate move to left and sponge
The fitting groove of sponge is sprung back and be detached from, and then filtering buck plate is made to pull rise by the second extension spring, is realized to discharge air
Filtering, and the setting of double filter devices, making to set preferably prevents from squeezing air filtration interval when removing water, and guarantees cooling
Efficiency can prevent that there was dampness in the air simultaneously, in conclusion 1, equipment can be matched by the guide device being equipped with when use of the present invention
Check valve is closed, to enable equipment that the air that laptop radiating is guided out is guided to direct via water in water storage tank
It is discharged after heat exchange, so that discharge air be enable significantly to be cooled down, preferably prevents the rising of environment temperature, guarantee
Heat dissipation uses；2, equipment, which passes through to be equipped with, is automatically drained out the filter device of air, thus can be via after so that air is exchanged heat in water
Sponge adsorption filtration is then exhausted from, so that humidity when preferably air being prevented to be discharged, is easy to use.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 be one kind of the present invention can high-efficiency water cooling cool down intelligent temperature control notebook radiator structural schematic diagram.
Fig. 2 is the structural schematic diagram of water cooling plant of the present invention.
Fig. 3 is the structural schematic diagram of A in Fig. 2 of the present invention.
Fig. 4 is the structural schematic diagram of B in Fig. 2 of the present invention.
In figure: air-inlet grille -1, air inlet connector -2, radiator body -3, water cooling plant -4, charging interface -5, water cooling dress
With box-a, air inlet-b, ventilation guide device-c, exhaust dehumidification device-d, water inlet-e, capping-f, water flowing connector-g, row
The mouth of a river-h, water storage tank-i, fitting joint-j, cooling gas outlet-c1, exhaust partition-c2, exhaust are except wet sump-c3, unidirectional assembly
Baffle-c4, one-way ventilating hole-c5, gag lever post-c6, air inlet partition-c7, the first extension spring-c8, airtight baffle-c9, first
Compressed spring-d1, interim pressure end-d2, it squeezes buck plate-d3, squeeze slot-d4, filtering buck plate-d5, filtered vent-
D6, sponge-d7, the second extension spring-d8, squeeze apopore-d9, the second compressed spring-d10, stripper plate-d11, squeeze every
Plate-d12, backwater hole-d13.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
Please refer to Fig. 1-Fig. 4, the present invention provide it is a kind of can high-efficiency water cooling cooling intelligent temperature control notebook radiator technology
Scheme: its structure includes air-inlet grille 1, air inlet connector 2, radiator body 3, water cooling plant 4, charging interface 5, the radiator
Integration is equipped with air inlet connector 2 on the downside of 3 left end of main body, and right end inlays interlocking water cooling plant 4, and the charging interface 5 is inlayed
It is buckled on the left of 3 front end of radiator body, and is electrically connected with radiator body 3, the air-inlet grille 1, which is inlayed, to be buckled in air inlet and connect
Inside first 2, the water cooling plant 4 includes water cooling assembly box a, air inlet b, ventilation guide device c, exhaust dehumidification device d, water inlet
Mouth e, capping f, water flowing connector g, discharge outlet h, water storage tank i, fitting joint j, two sides are uniform up and down for the water cooling assembly left end box a
Bodyization is equipped with fitting joint j, and inlays interlocking, the inside water cooling assembly box a one by fitting joint j and radiator body 3
Bodyization is equipped with water storage tank i, and integration is set to water cooling assembly box a right end two sides up and down respectively by the water inlet e, discharge outlet h, and passes through
It wears and is communicated with water storage tank i, there are two the water flowing connector g is set, and is integrated with water cooling assembly box a, and correspondence is set
On the right side of water inlet e, discharge outlet h, 2 water flowings connector g right end, which inlays interlocking, capping f, the air inlet b integration
On the upside of the water cooling assembly left end box a, the ventilation guide device c is glued inside water storage tank i, and right end is filled through water cooling
On the upside of box a right end, the exhaust dehumidification device d is arranged at left and right horizontal and is placed equipped with 2, and is filled with ventilation guidance
C interlocking is set, the ventilation guide device c includes cooling gas outlet c1, exhaust partition c2, exhaust except wet sump c3, unidirectional assembly gear
Plate c4, one-way ventilating hole c5, gag lever post c6, air inlet partition c7, the first extension spring c8, airtight baffle c9, the air inlet partition
C7 inlays splicing on the left of water storage tank i inner tip, and there are notch, the unidirectional assembly baffle c4 between bottom and water storage tank i
Integral middleization is equipped with one-way ventilating hole c5, and is glued the downside between air inlet partition c7 and water cooling assembly box a, the unidirectional dress
It is glued with the bottom end baffle c4 by the first extension spring c8 and airtight baffle c9, the vertical interlocking of the airtight baffle c9 top middle portion
There is gag lever post c6, exhaust partition c2 left end integration is equipped with cooling gas outlet c1 and sees, and left end and air inlet partition c7 right end
Upside is glued, and is glued with water storage tank i upper inside, and is formed with exhaust except wet sump c3, the row between the top water storage tank i
For gas except wet sump c3 right end is on the upside of water cooling assembly box a right end, interlocking is inlayed on the exhaust partition c2 2 exhaust dehumidifying dresses
D is set, the exhaust dehumidification device d includes the first compressed spring d1, interim pressure end d2, squeezes buck plate d3, squeezes slot d4, mistake
Buck plate d5 is filtered, filtered vent d6, sponge d7, the second extension spring d8, apopore d9 is squeezed, the second compressed spring d10, squeezes
Pressing plate d11, partition d12, backwater hole d13 are squeezed, the extruding buck plate d3 interlocking is in the bottom end exhaust partition c2, and inside is integrally
Change and be equipped with extruding slot d4, the extruding left end slot d4 is right-angled trapezium slot, and is filled by backwater hole d13 through extruding on the right side of bottom end
Matching board d3 is communicated with water storage tank i, and the bottom end interim pressure end d2 is inlayed by the first compressed spring d1 with buck plate d3 is squeezed
Snapping, and communicated on the left of the bottom end slot d4 with squeezing, the stripper plate d11 right end is by the second compressed spring d10 and squeezes slot d4
Right end inlays snapping, and the filtering buck plate d5 is rectangular prismatoid, and left end integral middleization runs through equipped with filtered vent
D6, the filtering top buck plate d5 assembles box a by the second extension spring d8 and water cooling and inlays interlocking, and bottom end is through exhaust
Partition c2 connects with slot d4 is squeezed, and splicing is inlayed in the middle part of the filtering buck plate d5 right end sponge d7, and bottom end is equipped with and squeezes
Apopore d9, the extruding partition d12 is set on the left of stripper plate d11, and interlocking on the right side of top and the filtering bottom end buck plate d5.
The method is mainly characterized in that: when equipment extraction notebook air be aerated heat dissipation when, can by air via
Air inlet b is guided to the slot formed between water cooling assembly box a, air inlet partition c7, and is pressed under airtight baffle c9 by pressure
Enter in water storage tank i after drop and exchanges heat with the water stored in water storage tank i, the air meeting for keeping heat transfer effect more preferable, and exchanging heat
It enters exhaust via cooling gas outlet c1 to remove in wet sump c3, and via exhaust except the filtering buck plate being equipped in wet sump c3
The filtered vent d6 of d5 enters filtering in sponge d7, after from exhaust except wet sump c3 is through water cooling assembly box a place's discharge, and
Sponge d7 can be begun to decline after absorbing certain moisture, and after decline to a certain degree, and what is be equipped in extruding buck plate d3 squeezes
Pressing plate d11 can squeeze sponge d7, so that the moisture for absorbing sponge d7 is back to storage via extruding apopore d9, backwater hole d13
In sink i, and after stripper plate d11 squeezes sponge d7 to a certain degree, i.e., it reaches one to the pressure on top surface of filtering buck plate d5
When determining degree, filtering buck plate d5 can press interim pressure end d2 decline, and move to left, to make stripper plate d11 can be because of filtering
Buck plate d5 move to left and the rebound of sponge d7 and be detached from the fitting groove of sponge d7, and then make to filter buck plate d5 and be drawn by second
It stretches spring d8 and pulls rise, realize the filtering to discharge air, and the setting of double filter devices, making to set preferably prevents from squeezing
Air filtration interval when pressure water removal guarantees that cooling efficiency can prevent that there was dampness in the air simultaneously.
Problems solved by the invention be traditional notebook radiator when in use, 1, only individually to notebook into
Row ventilation and heat, and the wind for discharge of radiating is to absorb the hot wind of heat, it can be with scattered so as to cause the temperature of ambient enviroment
Heat progress and increase, and then also result in subsequent thermal dissipation ventilation effect declined, lead to inconvenience；2, traditional water cooling
Heat exchange is easy to influence the use of computer, indirectly change to be all made of because discharge will appear moist phenomenon after empty gurgling
Hot form carries out air heat-exchange, but this also makes the reduction of air heat-exchange effect, and the present invention is combined with each other by above-mentioned component,
Enable the invention to realize, 1, equipment can cooperate check valve by the guide device that is equipped with, to make equipment to notebook electricity
The air that is guided out of brain heat dissipation can guide in water storage tank via being discharged after water direct heat-exchange, to enable that air is discharged
Significantly cooled down, preferably prevent the rising of environment temperature, guarantees that heat dissipation uses；2, equipment is by being equipped with automatic row
The filter device of air out is then exhausted from, thus more preferably to can absorb and filter via sponge after so that air is exchanged heat in water
Humidity when air being prevented to be discharged, be easy to use.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field
For technical staff, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention
Or in the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects,
Should regard embodiment as exemplary, and be non-limiting, the scope of the present invention by appended claims rather than on
Bright restriction is stated, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in this
In invention.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only
It contains an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art answer
When considering the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments that member is understood that.
Claims (3)
1. one kind can high-efficiency water cooling cooling intelligent temperature control notebook radiator, structure include air-inlet grille (1), air inlet connector
(2), radiator body (3), water cooling plant (4), charging interface (5), radiator body (3) the left end downside integration are equipped with
It enters the wind connector (2), and right end is inlayed interlocking and had water cooling plant (4), the charging interface (5), which is inlayed, is buckled in radiator body
(3) it on the left of front end, and being electrically connected with radiator body (3), the air-inlet grille (1), which is inlayed, is buckled in air inlet connector (2) inside,
It is characterized by:
The water cooling plant (4) includes water cooling assembly box (a), air inlet (b), ventilation guide device (c), exhaust dehumidification device
(d), water inlet (e), capping (f), water flowing connector (g), discharge outlet (h), water storage tank (i), fitting joint (j), the water cooling dress
With box (a) left end, two sides integration is equipped with fitting joint (j) up and down, and is inlayed by fitting joint (j) and radiator body (3)
Interlocking connects, and integrally is equipped with water storage tank (i), the water inlet (e), discharge outlet (h) difference one in water cooling assembly box (a)
Bodyization is set to water cooling assembly box (a) right end two sides up and down, and through communicating with water storage tank (i), the water flowing connector (g) is equipped with two
It is a, and be integrated with water cooling assembly box (a), and be correspondingly arranged at water inlet (e), discharge outlet (h) right side, described 2
Water flowing connector (g) right end, which inlays interlocking, capping (f), and air inlet (b) integration is on water cooling assembly left end box (a)
Side, the ventilation guide device (c) is glued in water storage tank (i) inside, and right end is through water cooling assembly box (a) right end upside, institute
State exhaust dehumidification device (d) be equipped with 2, and at left and right horizontal arrange place, and with ventilation guide device (c) interlocking.
2. one kind according to claim 1 can high-efficiency water cooling cooling intelligent temperature control notebook radiator, it is characterised in that:
The ventilation guide device (c) includes cooling gas outlet (c1), exhaust partition (c2), exhaust except wet sump (c3), unidirectional assembly gear
Plate (c4), one-way ventilating hole (c5), gag lever post (c6), air inlet partition (c7), the first extension spring (c8), airtight baffle (c9),
The air inlet partition (c7) inlays splicing on the left of water storage tank (i) inner tip, there are notch between bottom and water storage tank (i),
Unidirectional assembly baffle (c4) integral middleization is equipped with one-way ventilating hole (c5), and is glued and fills in air inlet partition (c7) and water cooling
With downside between box (a), the unidirectional assembly baffle bottom end (c4) passes through the first extension spring (c8) and airtight baffle (c9) glue
It connects, the vertical interlocking of airtight baffle (c9) top middle portion has gag lever post (c6), and exhaust partition (c2) the left end integration is set
There is cooling gas outlet (c1) to see, and be glued on the upside of left end and air inlet partition (c7) right end, and with water storage tank (i) upper inside glue
It connects, and is formed with exhaust except wet sump (c3) between water storage tank (i) top, the exhaust is except wet sump (c3) right end is through water cooling dress
On the upside of box (a) right end, inlaying interlocking on the exhaust partition (c2) has 2 exhaust dehumidification devices (d).
3. one kind according to claim 1 or 2 can high-efficiency water cooling cooling intelligent temperature control notebook radiator, feature exists
In: the exhaust dehumidification device (d) includes the first compressed spring (d1), interim pressure end (d2), squeezes buck plate (d3), extruding
Slot (d4), filtered vent (d6), sponge (d7), the second extension spring (d8), squeezes apopore at filtering buck plate (d5)
(d9), the second compressed spring (d10), stripper plate (d11), extruding partition (d12), backwater hole (d13), the extruding buck plate
(d3) interlocking is in the bottom end exhaust partition (c2), and interior integrally is equipped with and squeezes slot (d4), and extruding slot (d4) left end is straight
Angle dovetail groove, and communicated through buck plate (d3) is squeezed with water storage tank (i) on the right side of bottom end by backwater hole (d13), it is described interim
The pressure end bottom end (d2) is by the first compressed spring (d1) and squeezes buck plate (d3) and inlays snapping, and with squeeze the bottom end slot (d4)
Left side communicates, and stripper plate (d11) right end inlays snapping by the second compressed spring (d10) and extruding slot (d4) right end, institute
Stating filtering buck plate (d5) is rectangular prismatoid, and left end integral middleization runs through equipped with filtered vent (d6), the filtering
Interlocking is inlayed by the second extension spring (d8) and water cooling assembly box (a) in the buck plate top (d5), and exhaust partition is run through in bottom end
(c2) connect with extruding slot (d4), inlaying splicing in the middle part of filtering buck plate (d5) right end has sponge (d7), and bottom end is equipped with
It squeezes apopore (d9), the extruding partition (d12) is set on the left of stripper plate (d11), and top and filtering bottom buck plate (d5)
End right side interlocking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811405584.5A CN109491475B (en) | 2018-11-23 | 2018-11-23 | Intelligent temperature control notebook computer radiator capable of achieving efficient water cooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811405584.5A CN109491475B (en) | 2018-11-23 | 2018-11-23 | Intelligent temperature control notebook computer radiator capable of achieving efficient water cooling |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109491475A true CN109491475A (en) | 2019-03-19 |
| CN109491475B CN109491475B (en) | 2020-11-17 |
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| US6674642B1 (en) * | 2002-06-27 | 2004-01-06 | International Business Machines Corporation | Liquid-to-air cooling system for portable electronic and computer devices |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN109491475B (en) | 2020-11-17 |
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