CN106790770A - A kind of water cooling plant, terminal bonnet and mobile terminal - Google Patents
A kind of water cooling plant, terminal bonnet and mobile terminal Download PDFInfo
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- CN106790770A CN106790770A CN201510807546.2A CN201510807546A CN106790770A CN 106790770 A CN106790770 A CN 106790770A CN 201510807546 A CN201510807546 A CN 201510807546A CN 106790770 A CN106790770 A CN 106790770A
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- water
- liquid
- heat
- water cooling
- storage cylinder
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
Abstract
The present invention is by providing a kind of water cooling plant, terminal bonnet with the water cooling plant, and the mobile terminal with the terminal bonnet, heat-conducting part absorbs the heat that the thermal source of mobile terminal is produced, and in by heat conducting pipe transferring heat to liquid storage cylinder, in the presence of controller, the water-cooled liquid in liquid storage cylinder is entered in inverting chamber by liquid outlet, and the water-cooled liquid in inverting chamber is flowed into water cooler by refluxing opening again；The water-cooled liquid entered in inverting chamber from liquid outlet can fully lower the temperature, and the water-cooled liquid after cooling flows into from refluxing opening cause that the temperature of water-cooled liquid in water cooler is lower in water cooler again, radiating effect is effectively lifted.
Description
Technical field
The present invention relates to moving communicating field, more particularly to a kind of water cooling plant, terminal bonnet and movement are eventually
End.
Background technology
Cell-phone heating is the problem that a user compares concern, and temperature is too high to cause smart mobile phone to be restarted,
Crash and even damage.Many manufacturers start to explore the related technology of water-cooled mobile phone, August strange cruel mobile phone hair on the 28th
Cloth can on disclose water-cooled cell phone system, using the radiating tube of similar PC (PC) as water-cooling channel.
Early in April in this year, Fujitsu has also issued mobile phone water-cooling system component, is a kind of less than a millimeters thick
Loop circuit heat pipe, fills liquid and is absorbed heat for mobile phone in heat pipe.
Although having pointed out the water cooling plant for mobile phone in the prior art, its scheme for being vessel end closure,
Condensation space is limited, causes condensation rate not high enough, and then triggers the radiating of water-cooled liquid not enough, using certain
Water-cooled liquid temperature degree rises after time, and water-cooled effect can have a greatly reduced quality.
The content of the invention
The invention provides a kind of water cooling plant, terminal bonnet and mobile terminal are solved in the prior art
The problem of mobile phone poor heat radiation.
In order to solve the above-mentioned technical problem, the present invention provides a kind of water cooling plant, including water cooler, inverting chamber,
And controller；
The water cooler includes heat-conducting part, liquid storage cylinder and the water cooling tube for connecting the two, also including being arranged at
State the water-cooled liquid in heat-conducting part, liquid storage cylinder and water cooling tube；The liquid storage cylinder is provided with what is connected with the inverting chamber
Liquid outlet；The inverting chamber is provided with what is connected with least one of the heat-conducting part, liquid storage cylinder and water cooling tube
Refluxing opening；
The heat that the heat-conducting part is used for self terminal thermal source in future is transferred to the liquid storage by the water cooling tube
Chamber, the controller is used to control the water-cooled liquid in the liquid storage cylinder to enter the inverting chamber through the liquid outlet；
It is back in the water cooler through the refluxing opening into the water-cooled liquid in the inverting chamber.
Further, the heat-conducting part include at least two heat conducting pipes, each heat conducting pipe respectively with the water cooling tube
Connection.
Further, the refluxing opening has check-valves, for preventing the water-cooled liquid from passing through the refluxing opening
The liquid storage cylinder is flowed into from the water cooler.
Further, the refluxing opening is arranged at the bottom wall and/or side wall of the inverting chamber.
Further, the controller includes compress cell and control unit, and the compress cell is arranged at institute
State in liquid storage cylinder, described control unit controls the compress cell work to be passed through with by water-cooled liquid in the liquid storage cylinder
The liquid outlet is sprayed to the inverting chamber.
Further, described control unit includes temperature control modules, and the temperature control modules are used to detect
The temperature of at least one of the heat-conducting part, liquid storage cylinder and water cooling tube three, and institute is controlled according to testing result
State compress cell work.
Further, described control unit also includes interactive controlling module, for obtaining the operation that user issues
Instruction, and the compress cell work is controlled according to operational order.
In order to solve the above-mentioned technical problem, the present invention also provides a kind of terminal bonnet, including bonnet body and upper
The water cooling plant stated, the water cooling plant is arranged at the inner side of the bonnet body.
Further, the roof of the inverting chamber is made up of the bonnet body.
Further, at least a portion of the roof is transparent.
Further, the controller includes compress cell and control unit, and the compress cell is arranged at institute
State in liquid storage cylinder, described control unit is used to controlling compress cell work with by water-cooled in the liquid storage cylinder
Liquid is sprayed to the inverting chamber through the liquid outlet；Described control unit includes forecast module, for obtaining
Weather condition, and when get have default weather in the default time when, control compress cell work.
In order to solve the above-mentioned technical problem, the present invention also provides a kind of mobile terminal, including terminal body and upper
The terminal bonnet stated, the terminal body is fixedly connected with the terminal bonnet.
Further, the thermal source includes cpu chip, and the heat-conducting part is arranged on the cpu chip.
Further, the mobile terminal includes battery, and the inverting chamber is arranged at corresponding with the battery
Region.
The beneficial effects of the invention are as follows：
The present invention by providing a kind of water cooling plant, the terminal bonnet with the water cooling plant, and having
The mobile terminal of the terminal bonnet, heat-conducting part absorbs the heat that the thermal source of mobile terminal is produced, and by leading
Heat pipe is transferred heat in liquid storage cylinder, and in the presence of controller, the water-cooled liquid in liquid storage cylinder is by going out liquid
Mouth enters in inverting chamber, and the water-cooled liquid in inverting chamber is flowed into water cooler by refluxing opening again；Enter from liquid outlet
The water-cooled liquid entered in inverting chamber can fully lower the temperature, and the water-cooled liquid after cooling is flowed into water cooler from refluxing opening again
So that the temperature of water-cooled liquid is lower in water cooler, radiating effect is set effectively to be lifted.
Additionally, when the forecast module in controller finds to have default weather, controlling compress cell by water-cooled
Liquid sprays, and partially transparent by the way that inverting chamber is set to, user is observed that the spray of water-cooled liquid in inverting chamber
Situation is penetrated, it is achieved thereby that the weather software that need not be opened on mobile terminal can just know weather condition, is beneficial to
The trip of user.
Brief description of the drawings
Fig. 1 is the structural representation of the water cooling plant that the embodiment of the present invention one is provided；
Fig. 2 is a kind of structural representation of water cooler that the embodiment of the present invention one is provided；
Fig. 3 is a kind of structural representation of water cooler that the embodiment of the present invention one is provided；
Fig. 4 is the structural representation of the terminal bonnet that the embodiment of the present invention two is provided；
Fig. 5 is the structural representation of the terminal body that the embodiment of the present invention three is provided；
Fig. 6 is the schematic diagram of the water-cooling pattern that the embodiment of the present invention three is provided；
Fig. 7 is the flow chart of the control water-cooled liquid injection that the embodiment of the present invention four is provided.
Specific embodiment
Inventive conception is that, the existing water cooling plant being applied on mobile terminal is improved, make
It turns into open structure, increases heat-dissipating space, allows the cooling enough quickly of water-cooled liquid energy, absorbs from shifting
More heats that the thermal source of dynamic terminal sends, make the radiating effect of mobile terminal more preferable.
Embodiment one
A kind of water cooling plant is present embodiments provided, Fig. 1 is refer to：
Water cooling plant includes water cooler 101, inverting chamber 102 and controller 103；Water cooler 101 includes heat conduction
Portion 1011, liquid storage cylinder 1013 and water cooling tube 1012, wherein water cooling tube 1012 are by heat-conducting part 1011 and liquid storage
Chamber 1013 connects；Heat-conducting part 1011 is used to transmit the heat that thermal source in terminal is produced by water cooling tube 1012
Into liquid storage cylinder 1013, this transmittance process is by water cooler 101, i.e. heat-conducting part 1011, liquid storage
Water-cooled liquid in chamber 1013 and water cooling tube 1012 is completed, and the water-cooled liquid of heat-conducting part 1011 absorbs heat in terminal
The heat that source produces, forms right by the relatively low water-cooled liquid of the temperature in water cooling tube 1012 and liquid storage cylinder 1013
Stream, the heat that thermal source in terminal is produced is distributed；Heat-conducting part 1011 includes heat conducting pipe 10111, heat conducting pipe 10111
Connected with water cooling tube 1012, heat conducting pipe 10111 is a kind of implementation of heat-conducting part 1011, using heat conduction
The form of pipe 10111 can play a part of water conservancy diversion as heat-conducting part 1011, make the water in heat-conducting part 1011
The flow path of cold liquid and/or the water-cooled liquid of vaporization is clear and definite, and increases the capillarity of heat-conducting part 1011
Effect, makes the water-cooled liquid in heat conducting pipe 10111 be easier flowing without being stagnated because gravity is produced, certainly,
Except heat conducting pipe 10111, the also structure including other forms of heat-conducting part 1011, as long as thermal source generation can be absorbed
Heat and heat is delivered to liquid storage cylinder 1013 by water cooling tube 1012.
By water cooling tube 1012, the water-cooled liquid of the vaporization that will be produced in heat-conducting part 1011 is transported liquid storage cylinder 1013
To in liquid storage cylinder 1013, the water-cooled liquid in liquid storage cylinder 1013 can flow to heat-conducting part by water cooling tube 1012
1011.In the present embodiment, liquid storage cylinder 1013 is preferably disposed on the nonthermal source of terminal, why to be set
It is placed on nonthermal source because the effect of liquid storage cylinder 1013 is that the water-cooled liquid after vaporization is liquefied as into water again again
Cold liquid, liquid storage cylinder 1013 will necessarily release heat in this process, if liquid storage cylinder 1013 is arranged at into heat
On source, then the heat dispersal situations of the thermal source can be made worse, and the water-cooled liquid after vaporization in liquid storage cylinder 1013
Also it is water-cooled liquid to be difficult to normal liquefaction.
The structure of water cooler here can be the structure shown in Fig. 1, naturally it is also possible to be other structures,
Refer to Fig. 6, Fig. 6 represents a kind of structure of water cooler, it include evaporation part 604, condensation part 601 and
Connection evaporation part 604 and the wireway 603 and catheter 602 of condensation part 601, in evaporation part 604, cold
Water-cooled liquid is provided with solidifying portion 601, wireway 603 and catheter 602；Evaporation part 604 is generally disposed at end
On the thermal source at end, after evaporation part 604 absorbs the heat that thermal source is produced, the liquid water-cooled in evaporation part 604
Liquid is vaporizated into gaseous state water-cooled liquid, and gaseous state water-cooled liquid is moved along wireway 603 to condensation part 601；Condensation part
601 temperature is relatively low, and it is liquid water-cooled liquid that gaseous state water-cooled liquid liquefies again in condensation part, heat is discharged, so
Liquid water-cooled liquid returns to evaporation part 604 again by catheter 602 afterwards, continues to absorb the heat that thermal source is produced,
So it is a radiating circulation.Fig. 7 is refer to again, Fig. 7 represents another structure of water cooler, it includes inhaling
Hot portion 701, radiating part 702, and the air flue 703 and fluid passage 704 of endothermic section 701 and radiating part 702 are connected,
Liquid-sucking core is provided with fluid passage 704, water-cooled liquid is moved in fluid passage 704 in the presence of capillary effect；Inhale
Hot portion 702 absorbs the heat that thermal source is produced, and water-cooled liquid therein is vaporizated into gaseous state water-cooled liquid, by air flue 703
Radiating part 702 is moved to, is liquefied again as liquid water-cooled liquid in radiating part 702；Liquid water-cooled liquid is through liquid passing channle
704 return endothermic section 701, continue to absorb the heat for carrying out self-heat power.The water cooler of above two structure
It is applied in the water cooling plant in the present embodiment, particularly water cooling tube 1012, as long as can realize heat-conducting part
The relatively low water-cooled liquid energy of temperature gets at and reaches in 1011 heat transfer to liquid storage cylinder 1013, and liquid storage cylinder 1013
Heat is absorbed in heat-conducting part 1011.In addition, the structure of the water cooler in the present embodiment can also be
Other suitable structures, this can determine suitable structure according to specific application scenarios.
Liquid outlet 1021 is provided between liquid storage cylinder 1013 and inverting chamber 102, controller 103 is used to control to store up
Water-cooled liquid in sap cavity 1013 enters inverting chamber 102.Refluxing opening 1022 is additionally provided with inverting chamber 102, is flowed back
Mouthfuls 1022 by least one of inverting chamber 102 and heat-conducting part 1011, liquid storage cylinder 1013 and water cooling tube 1012
Connection.The connection for herein referring to, refers to that the water-cooled liquid in inverting chamber 102 can be by refluxing opening 1022 from exchange
Flowed into water cooler 101 in chamber 102.Because the location status of mobile phone are often to become, refluxing opening 1022 sets
Seated position will adapt to the different azimuth of mobile phone, it is possible to which the multiple orientation on the wall of inverting chamber 102 are set back
Head piece 1022, and guiding device, water-cooled liquid in inverting chamber 102 can under the traction of guiding device from
Refluxing opening 1022 is flowed into water cooler 101, and the preferred scheme of the present embodiment is to set refluxing opening 1022
On the bottom wall and side wall of inverting chamber 102, bottom wall refers to the side relative with water cooler 101, and side wall is
Around those faces of bottom wall.The volume of inverting chamber 102 can with the difference of water cooler 101, it than larger,
Area also than larger, makes water-cooled liquid energy enough be carried out in the cavity wall and/or cavity space of inverting chamber 102 sufficiently
Heat exchange, the water-cooled liquid energy being circulated in water cooling plant originally enough accelerates water-cooled liquid by bigger volume
Cooling rate, then the water-cooled liquid after cooling is back in water cooler 101 by refluxing opening 1022；Return
The position that head piece 1022 is connected with water cooler 101 is preferably located on the position of heat-conducting part 1011, so passes through
Crossing the water-cooled liquid of further cooling can directly participate in absorbing the process of heat, allow the heat quilt of heat-conducting part 1011
What is absorbed is more abundant.In order to reach more preferable cooling-down effect, refluxing opening 1022 is additionally provided with check-valves, for preventing
Water-cooled liquid in sealing cooler 101 flows into inverting chamber 102 by the refluxing opening 1022.
In order to accelerate the water-cooled liquid in liquid storage cylinder 1013 to the speed in inverting chamber 102, controller 103 includes
Compress cell and control unit, control unit control compress cell make the water-cooled liquid in liquid storage cylinder 1013 through going out liquid
In the injection of mouth 1021 to inverting chambers 102.Compress cell increases the pressure of water-cooled liquid in liquid storage cylinder 1013, pressure
Water-cooled liquid after strong increase can be directly injected in inverting chamber 102 along liquid outlet 1021.Here supercharging list
Unit is preferably booster pump, and liquid outlet 1021 can then be set to shower nozzle, and after supercharging pump startup, water-cooled liquid passes through
Shower nozzle is sprayed into inverting chamber 102 from liquid storage cylinder 1013, and now the pressure reduction in water cooler 101, promotes
Water-cooled liquid in inverting chamber 102 is flowed in water cooler 101 by refluxing opening 1022.
Control unit can be freely judge current concrete condition, and compress cell is entered according to judged result
Row control.Control unit is specifically included with lower module：Temperature control modules, interactive controlling module, forecast mould
Block, temperature control modules are used to obtain the temperature of current water cooler 101, specially heat-conducting part 1011, water-cooled
The temperature of at least one of pipe 1012 and the three of liquid storage cylinder 1013, and when the temperature for obtaining is more than a threshold
It is set in advance during this threshold value during value, according to the heat resistance of terminal, the comfort level of human body, and terminal
Heat dispersal situations and the threshold value that sets, control compress cell start, and make the water-cooled liquid in liquid storage cylinder 1013 through going out liquid
In the injection of mouth 1021 to inverting chambers 102.
When user's organule temperature is too high, or other reasonses, inevitably want manually opened supercharging
Unit carries out the injection of water-cooled liquid, and interactive controlling module is just used to obtain the instruction of user input, and when acquisition
To user input open command when, control compress cell make the water-cooled liquid in liquid storage cylinder 1013 through liquid outlet
In 1021 injection to inverting chambers 102.
Forecast module is used to obtain weather condition, and weather condition is to include the weather condition in following certain hour,
Such as 24 hours, or the longer time, and default weather occurs in the default time when getting,
Default weather mentioned here, be according to user the need for and hobby oneself setting, with it is very big from
By spending, such as, when default weather to be set as going on a journey user inconvenient weather, represent when forecast mould
When block gets that weather occurs sleety weather in the default time, control compress cell makes in liquid storage cylinder 1013
Water-cooled liquid sprayed into inverting chamber 102 through liquid outlet 1021.The meeting that the water-cooled liquid of injection is natural is being exchanged
The globule is left on the wall of chamber 102, in order to observe the water-cooled liquid of injection, the roof of inverting chamber 102 can be set to
It is transparent；The roof of inverting chamber 102 refers to inverting chamber 102 and the extraneous cavity wall part for contacting, and here saturating
It is bright be not necessarily it is fully transparent, as long as its transparency be sufficient for user from external observation to inverting chamber 102 chamber
The globule on wall.When the temperature of terminal is normal, and interactive controlling module does not also capture user input
Unlatching compress cell instruction when, if user is it was observed that there is the globule in the cavity wall of inverting chamber 102, just
Can be appreciated that and sleety weather next occurs；Certainly, if user does not have in the cavity wall of inverting chamber 102
It was found that the globule, then it represents that ensuing weather condition is suitably gone on a journey, the weather software that need not so open a terminal
Ensuing weather condition can just be known, be easy to user to make a plan.User can also change default weather
For fine day etc. is totally different from above-mentioned weather, this has no effect on the work of the forecast module in the present embodiment,
The weather condition that forecast module correctly can set according to user is operated.In order to allow users to preferably
It was observed that there is the injection of water-cooled liquid in inverting chamber 102, forecast module controls compress cell between the default time
Every startup, make compress cell repeatedly start, the water-cooled liquid in liquid storage cylinder 1013 sprayed into inverting chamber 102,
User can so be avoided because not recognizing to connect down without the globule in the cavity wall of inverting chamber 102 is observed in time
To have the problem of default weather, make Consumer's Experience more friendly.
In addition, liquid injection port is additionally provided with the cavity wall of inverting chamber 102, liquid injection port is by inverting chamber 102 and outward
Boundary connects, for addition water-cooled liquid in inverting chamber 102.Certainly, when without water-cooled liquid, note
Liquid mouthful is closing, and the situation that the water-cooled liquid in inverting chamber 102 is flowed out by liquid injection port will not occur.
The part such as water cooler 101, inverting chamber 102 in water cooling plant can set the material of auxiliary heat dissipation,
For example in the overlying coping stone of inverting chamber 102 ink, or graphite is also provided with the liquid storage cylinder 1013 of water cooler 101
Heat conduction, heat is outwards distributed.
Here thermal source, refers to the larger component of terminal caloric value in normal work, for this kind of first device
Part, user during normal use can often experience its operating temperature often higher than other parts, certainly,
Nonthermal source refers to just the small component of caloric value in normal work, and for terminal, thermal source is typically CPU
(central processing unit), and nonthermal source is typically battery；And normal work refers to component in terminal not
Generation is abnormal or damages, such as, it is normal for, the internal resistance of battery is small, and its caloric value is very little certainly,
But because service time of battery is long, or battery breaks down, at this moment its internal resistance increase can substantially be felt
The caloric value increase of battery is felt, now it is considered that battery also becomes thermal source.And in the present embodiment, lead
Hot portion 1011 is preferably located on cpu chip, and inverting chamber 102 is preferably located on the battery pair with terminal
The position answered.
Embodiment two
A kind of terminal bonnet is present embodiments provided, Fig. 2 is refer to:
Terminal bonnet includes the water cooling plant in bonnet body 201 and embodiment one, after water cooling plant is arranged at
The inner side of lid body 201, the inner side of bonnet body 201 here refer to terminal bonnet with terminal combinations one
Rise when using, that side that bonnet body 201 is connected with terminal.Further, inverting chamber in the present embodiment
102 roof is made up of bonnet body 201, so can largely reduce the volume of terminal,
Also allow for installing.In order to observe the injection situation of water-cooled liquid in inverting chamber 102, the roof of inverting chamber 102
It is partially transparent, its transparency is enough to see the globule in the cavity wall of inverting chamber 102.
Water cooling plant includes water cooler 101, inverting chamber 102 and controller 103；Water cooler 101 includes heat conduction
Portion 1011, liquid storage cylinder 1013 and water cooling tube 1012, heat-conducting part 1011 are arranged on the thermal source of terminal, storage
Sap cavity 1013 is arranged on the nonthermal source of terminal, water cooling tube 1012 connection heat-conducting part 1011 and liquid storage cylinder 1013,
The water-cooled liquid of the vaporization produced in heat-conducting part 1011 can be transported to by liquid storage cylinder 1013 by water cooling tube 1012
In, the water-cooled liquid in liquid storage cylinder 1013 can flow to heat-conducting part 1011 by water cooling tube 1012.
Liquid outlet 1021 is provided between liquid storage cylinder 1013 and inverting chamber 102, controller 103 is used for liquid storage
Water-cooled liquid in chamber 1013 is entered in inverting chamber 102 by liquid outlet 1021.The cavity wall of inverting chamber 102
On be additionally provided with refluxing opening 1022, refluxing opening 1022 connects inverting chamber 102 with water cooler 101, into exchange
Water-cooled liquid in chamber 102 can be back in water cooler 101 by refluxing opening 1022.
Controller 103 includes control unit and compress cell, and compress cell is used to increase water in liquid storage cylinder 1013
The pressure of cold liquid, the water-cooled liquid in liquid storage cylinder 1013 is sprayed into inverting chamber 102 through liquid storage mouthful, control
Unit be used for control compress cell work whether.Control unit freely judge current concrete condition, tool
Body is included with lower module：Temperature control modules, interactive controlling module, forecast module, temperature control modules are used
In the temperature for obtaining current water cooler 101, and when the temperature for getting is more than a threshold value, control unit
The startup of compress cell is just controlled, compress cell is increased the pressure of water-cooled liquid in liquid storage cylinder 1013, Ran Houzeng
Water-cooled liquid after pressure is just sprayed into inverting chamber 102 by liquid outlet 1021.Interactive controlling module is used to obtain
The instruction of the unlatching compress cell of user input, and when getting, control compress cell increase water-cooled liquid
Pressure, makes water-cooled liquid be sprayed into inverting chamber 102 by liquid outlet 1021.Forecast module is used to obtain weather
Situation, and when get have default weather in the default time when, control compress cell increase water-cooled liquid pressure
By force, water-cooled liquid is made to be sprayed into inverting chamber 102 by liquid outlet 1021.Here just can be by partially transparent
Bonnet body 201 observe the globule on bonnet body 201, if user is it was observed that inverting chamber 102
Occur the globule in cavity wall, will realise that and next occur default weather, the day that need not so open a terminal
Gas software can just know ensuing weather condition, be easy to user to formulate plan of travel, make Consumer's Experience more
It is friendly.
Liquid injection port is additionally provided with the cavity wall of inverting chamber 102, liquid injection port connects inverting chamber 102 with the external world, uses
Water-cooled liquid is added in inverting chamber 102.Certainly, when without water-cooled liquid, liquid injection port is closing
, the situation that the water-cooled liquid in inverting chamber 102 is flowed out by liquid injection port will not occur.
In order to prevent the spilling situation of possible water-cooled liquid, also set between bonnet body 201 and water cooling plant
There is sealing ring 1023.
Embodiment three
A kind of mobile terminal is present embodiments provided, Fig. 3 is refer to:
Mobile terminal includes the terminal bonnet in terminal body and embodiment two, and terminal body and terminal bonnet are solid
Fixed connection.Terminal bonnet includes the water cooling plant in bonnet body 201 and embodiment one；Terminal body includes
Thermal source 301, thermal source 301 here refers to the big component of mobile terminal caloric value in normal work, right
In this kind of component, user during normal use can often experience its operating temperature often higher than other portions
Point, for mobile terminal, thermal source 301 is typically CPU (central processing unit).
Water cooling plant includes water cooler 101, inverting chamber 102 and controller 103；Water cooler 101 includes heat conduction
Portion 1011, liquid storage cylinder 1013 and water cooling tube 1012, heat-conducting part 1011 and liquid storage cylinder 1013 pass through water cooling tube
1012 are connected, and water-cooled liquid is flowed by water cooling tube 1012 between heat-conducting part 1011 and liquid storage cylinder 1013；
Liquid outlet 1021 is provided between liquid storage cylinder 1013 and inverting chamber 102, inverting chamber 102 is provided with refluxing opening
1022, refluxing opening 1022 connects inverting chamber 102 with water cooler 101, and water-cooled liquid passes through refluxing opening 1022
Flowed to water cooler 101 from inverting chamber 102；Heat-conducting part 1011 is arranged on the thermal source 301 of terminal body,
For the heat of thermal source 301 to be transferred into liquid storage cylinder 1013 by water cooling tube 1012, controller 103 is used to control
Water-cooled liquid in liquid storage cylinder processed 1013 enters inverting chamber 102 through liquid outlet 1021；Into in inverting chamber 102
Water-cooled liquid is back in water cooler 101 through refluxing opening 1022.Controller 103 is used to control compress cell, increases
Plus in liquid storage cylinder 1013 water-cooled liquid pressure, water-cooled liquid is sprayed into from liquid storage cylinder 1013 by liquid outlet 1021
In inverting chamber 102.
Below, by taking user's sending signal as an example, the principle of water-cooled in the present embodiment is illustrated, refer to Fig. 5:
Interactive controlling module in controller 103 is monitored to the control signal of user input, when detecting
When user has issued enabling signal, interactive controlling module sends control signal to compress cell, makes compress cell
Start, to increase the pressure of water-cooled liquid in liquid storage cylinder 1013, allow water-cooled liquid to pass through liquid outlet from liquid storage cylinder 1013
In injection to inverting chamber 102；It is in vaporific tiny liquid pearl that originally water-cooled liquid in inverting chamber 102 be all,
Can sufficiently lower the temperature in inverting chamber 102, the water-cooled liquid after cooling is by the refluxing opening in inverting chamber 102
1022, into the heat-conducting part 1011 in water cooler 101；Water-cooled liquid in heat-conducting part 1011 absorbs terminal
Thermal source 301 heat, be vaporizated into gaseous water-cooled liquid；The gaseous state water-cooled liquid of temperature drift is by water cooling tube
1012 are diffused into liquid storage cylinder 1013, in liquid storage cylinder 1013 from it is gaseous liquefied be the water-cooled liquid of liquid, put
Go out heat, complete a Water-cooling circulating.
Preferably, heat-conducting part 1011 is arranged on the cpu chip of mobile terminal, and inverting chamber 102 is then set
In the corresponding region of battery 302 of mobile terminal.
Example IV
A kind of control method of water-cooled liquid injection is present embodiments provided, Fig. 4 is refer to, comprised the following steps：
When branch is forecast：
S4011, forecast module detect whether the renewal of weather condition.
S4012, when there is weather condition to update, forecast module detection update after weather condition in, it is following pre-
If time period in whether have default weather.
S4013, when default weather has been detected, with default Fixed Time Interval control compress cell, make
Compress cell sprays into inverting chamber 102 the water-cooled liquid in liquid storage cylinder 1013 by liquid outlet 1021.
Here why compress cell is controlled with Fixed Time Interval, is to keep the chamber of inverting chamber 102
There is the globule on wall, user can observe in time, play an intuitively weather forecast effect.
S4021, temperature control modules obtain the temperature of thermal source in the temperature and/or terminal of current water cooler 101,
Judge whether it exceedes default threshold value.
The temperature of the thermal source of terminal can be more refined as in water cooler 101 by the temperature of water cooler 101
The temperature of at least one of heat-conducting part 1011, water cooling tube 1012 and the three of liquid storage cylinder 1013 is characterized.
S4022, when the temperature for getting exceed default threshold value when, control compress cell, make compress cell will
Water-cooled liquid in liquid storage cylinder 1013 is sprayed into inverting chamber 102 by liquid outlet 1021.
In spraying into the water-cooled liquid in inverting chamber 102 and turning again to water cooler 101 by refluxing opening 1022 naturally,
Thermal source is further lowered the temperature.
S4031, interactive controlling module obtain the control signal of user input.
Here the mode of user input control signal can be various, can associate a switch in the external world,
Or in terminal pre-installed software, these modes are all feasible.
S4032, when get user input unlatching compress cell control signal when, control compress cell make
Water-cooled liquid in liquid storage cylinder 1013 is sprayed into inverting chamber 102 by liquid outlet 1021.
Above content is to combine specific embodiment further description made for the present invention, it is impossible to recognized
Fixed specific implementation of the invention is confined to these explanations.For the ordinary skill of the technical field of the invention
For personnel, without departing from the inventive concept of the premise, some simple deduction or replace can also be made,
Protection scope of the present invention should be all considered as belonging to.
Claims (14)
1. a kind of water cooling plant, it is characterised in that including water cooler, inverting chamber and controller；
The water cooler includes heat-conducting part, liquid storage cylinder and the water cooling tube for connecting the two, also including being arranged at
State the water-cooled liquid in heat-conducting part, liquid storage cylinder and water cooling tube；The liquid storage cylinder is provided with what is connected with the inverting chamber
Liquid outlet；The inverting chamber is provided with what is connected with least one of the heat-conducting part, liquid storage cylinder and water cooling tube
Refluxing opening；
The heat that the heat-conducting part is used for self terminal thermal source in future is transferred to the liquid storage by the water cooling tube
Chamber, the controller is used to control the water-cooled liquid in the liquid storage cylinder to enter the inverting chamber through the liquid outlet；
It is back in the water cooler through the refluxing opening into the water-cooled liquid in the inverting chamber.
2. water cooling plant as claimed in claim 1, it is characterised in that the heat-conducting part includes at least two
Individual heat conducting pipe, each heat conducting pipe is connected with the water cooling tube respectively.
3. water cooling plant as claimed in claim 1, it is characterised in that the refluxing opening has for preventing
Only the water-cooled liquid in the water cooler flows into the check-valves of the inverting chamber by the refluxing opening.
4. water cooling plant as claimed in claim 1, it is characterised in that the refluxing opening is arranged at described
The bottom wall and/or side wall of inverting chamber.
5. the water cooling plant as described in claim any one of 1-4, it is characterised in that the controller bag
Compress cell and control unit are included, the compress cell is arranged in the liquid storage cylinder, described control unit control
The compress cell work is made to be sprayed to the inverting chamber through the liquid outlet with by water-cooled liquid in the liquid storage cylinder
It is interior.
6. water cooling plant as claimed in claim 5, it is characterised in that described control unit includes temperature
Control module, the temperature control modules are used to detect in the heat-conducting part, liquid storage cylinder and water cooling tube three extremely
The temperature of few one, the compress cell work is controlled according to testing result.
7. water cooling plant as claimed in claim 5, it is characterised in that described control unit also includes handing over
Mutual control module, for receiving the operational order that user issues, and controls the supercharging according to the operational order
Cell operation.
8. a kind of terminal bonnet, it is characterised in that including bonnet body and such as claim any one of 1-7
Described water cooling plant, it is characterised in that the water cooling plant is arranged at the inner side of the bonnet body.
9. terminal bonnet as claimed in claim 8, it is characterised in that the roof of the inverting chamber is by institute
State bonnet body composition.
10. terminal bonnet as claimed in claim 8 or 9, it is characterised in that at least the one of the roof
Part is transparent.
11. terminal bonnets as claimed in claim 10, it is characterised in that the controller includes supercharging
Unit and control unit, the compress cell are arranged in the liquid storage cylinder, and described control unit is used to control
The compress cell work is sprayed to the inverting chamber with by water-cooled liquid in the liquid storage cylinder through the liquid outlet
It is interior；Described control unit includes forecast module, and the default time is got for obtaining weather condition, and working as
When inside having default weather, the compress cell work is controlled.
12. a kind of mobile terminals, it is characterised in that including terminal body and as claim 8-11 is any
Terminal bonnet described in, the terminal body is fixedly connected with the terminal bonnet.
13. mobile terminals as claimed in claim 12, it is characterised in that the thermal source includes CPU cores
Piece.
14. mobile terminal as described in claim 12 or 13, it is characterised in that the mobile terminal bag
Battery is included, the inverting chamber is arranged at region corresponding with the battery.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510807546.2A CN106790770A (en) | 2015-11-19 | 2015-11-19 | A kind of water cooling plant, terminal bonnet and mobile terminal |
| PCT/CN2016/077251 WO2016188213A1 (en) | 2015-11-19 | 2016-03-24 | Water cooling device, rear terminal cover and mobile terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510807546.2A CN106790770A (en) | 2015-11-19 | 2015-11-19 | A kind of water cooling plant, terminal bonnet and mobile terminal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106790770A true CN106790770A (en) | 2017-05-31 |
Family
ID=57392593
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510807546.2A Pending CN106790770A (en) | 2015-11-19 | 2015-11-19 | A kind of water cooling plant, terminal bonnet and mobile terminal |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN106790770A (en) |
| WO (1) | WO2016188213A1 (en) |
Cited By (2)
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| CN110137623A (en) * | 2019-06-13 | 2019-08-16 | 张丽 | A kind of new energy battery of mobile phone heat radiation protection structure |
| CN112396818A (en) * | 2020-11-12 | 2021-02-23 | 贵州电网有限责任公司 | Portable mobile detection terminal |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3480674A1 (en) | 2017-11-07 | 2019-05-08 | Vestel Elektronik Sanayi ve Ticaret A.S. | Cooling system for a mobile terminal |
| CN107889428A (en) * | 2017-11-17 | 2018-04-06 | 郑州爱派科技有限公司 | A kind of smart mobile phone high temperature intelligent alarm device |
| CN115904262B (en) * | 2023-03-10 | 2023-05-05 | 绿晶半导体科技(北京)有限公司 | Solid state disk writing method with high writing performance |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2016188213A1 (en) | 2016-12-01 |
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