CN209182763U - A kind of water-cooling system for digging mine equipment cooling for ideal money - Google Patents
A kind of water-cooling system for digging mine equipment cooling for ideal money Download PDFInfo
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- CN209182763U CN209182763U CN201822146863.6U CN201822146863U CN209182763U CN 209182763 U CN209182763 U CN 209182763U CN 201822146863 U CN201822146863 U CN 201822146863U CN 209182763 U CN209182763 U CN 209182763U
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- water
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- mine equipment
- ideal money
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Abstract
The utility model discloses a kind of water-cooling systems that mine equipment cooling is dug for ideal money, including replenisher tank, circulation water pot；Ideal money digs mine equipment, and it includes 1 calculation power plate cooling fin that ideal money, which digs mine equipment, is equipped with hydrophobic channel in the calculation power plate cooling fin；The bottom of replenisher tank is connected with the first water inlet pipe, for conveying nourishment source, is equipped with water supply solenoid valve thereon；Bottom is also connected with the first outlet conduit, and the hydrophobic channel which passes through calculation power plate cooling fin is connected to the bottom of circulation water pot；High water level pressure switch, low water level pressure switch are installed on the side wall of replenisher tank；The side wall upper part of circulation water pot is connected with circulating line, the side wall upper part of the other end connection replenisher tank of the circulating line；Ideal money, which digs mine equipment and recycles, is equipped with water circulating pump on the first outlet conduit between water pot.The water-cooling system can rapidly radiate for the realization of each calculation power chip.
Description
Technical field
The utility model belongs to the field of radiating of electronic equipment, and in particular to a kind of to dig mine equipment cooling for ideal money
Water-cooling system.
Background technique
Ideal money digs mine equipment and is mainly calculated using power chip is calculated to obtain ideal money, calculates power chip and exists
A large amount of heat can be generated during calculating, if the heat cannot shed in time, can directly be reduced and be calculated power chip
The reliability of working efficiency, service life and calculated result.In this way, seeming most important to the rapid cooling for calculating power chip.
In order to radiate to calculation power chip, it is that a cooling fin is arranged in every calculation power chip, passes through cooling fin realization pair
Each heat dissipation for calculating power chip.Although increasing cooling fin, radiating efficiency is not high.There is also submergence liquid coolings in the prior art
Mode and cold plate liquid cooling mode.Compared with cold plate liquid cooling mode, that there are structures is more complicated for submergence liquid cooling mode, and working medium is easily waved
The disadvantages of hair or infiltration are revealed, at high cost.
The patent application of application publication number CN108364922A discloses a kind of liquid cooling heat radiation system, including substrate；It is multiple
Heat source is installed on substrate；And cold plate, it is arranged on the side for being equipped with heat source of substrate, liquid cooling heat radiation system
Including multiple elastic heat conducting attachment devices, which is arranged between each heat source and cold plate, will be each
Heat source and cold plate elastic connection, in the technical solution, by cold plate to cooling heat source.For simple heat dissipation, heat dissipation
Efficiency improves really, but outside considering cost and radiating efficiency, is unable to meet demand.
Utility model content
The purpose of the utility model is to provide a kind of water-cooling system that mine equipment cooling is dug for ideal money, the water-cooling systems
It can rapidly radiate for the realization of each calculation power chip, in addition, this can obtain a large amount of warm water, which is capable of supply that city
Other life requirements.
For achieving the above object, the utility model the following technical schemes are provided:
A kind of water-cooling system for digging mine equipment cooling for ideal money, comprising:
Replenisher tank, circulation water pot；
Ideal money digs mine equipment, and it includes 1 calculation power plate cooling fin that ideal money, which digs mine equipment, in the calculation power plate cooling fin
Equipped with hydrophobic channel；
The bottom of replenisher tank is connected with the first water inlet pipe, for conveying nourishment source, is equipped with water supply solenoid valve thereon；
Bottom is also connected with the first outlet conduit, and the hydrophobic channel which passes through calculation power plate cooling fin is connected to recirculated water
The bottom of tank；High water level pressure switch, low water level pressure switch are installed on the side wall of replenisher tank；
The side wall upper part of circulation water pot is connected with circulating line, on the side wall of the other end connection replenisher tank of the circulating line
Portion；
Ideal money, which digs mine equipment and recycles, is equipped with water circulating pump on the first outlet conduit between water pot.
Cold water in replenisher tank flows through the hydrophobic channel for calculating power plate cooling fin through the first outlet conduit, takes away and calculates the heat dissipation of power plate
The heat of piece is to realize the heat dissipation to power plate is calculated.
Preferably, the hydrophobic channel include a water inlet, a water outlet and connect the water inlet water outlet it
Between multiple channels.Multiple channels are covered with entire calculation power plate cooling fin, can take away in large area calculate power plate cooling fin in this way
Heat, to improve radiating efficiency.
In another embodiment, the water-cooling system includes:
Multiple ideal moneys dig mine equipment, and each ideal money digs mine equipment and includes at least 2 calculation power plate cooling fins, each
It calculates and is equipped with hydrophobic channel in power plate cooling fin；
Multiple importings are in charge of, and each importing is in charge of comprising an input port and at least two delivery outlets；
Mine equipment is dug for each ideal money, is in charge of including at least two importings, first imports the multiple outputs being in charge of
Mouth is connect with the water inlet of multiple hydrophobic channels, and input port is connect with the first outlet conduit, and second imports the multiple outputs being in charge of
Mouth is connect with the water outlet of multiple hydrophobic channels, and input port is connect with the first outlet conduit before water circulating pump, the first outlet pipe
Recirculated water in road is imported to be in charge of through first and be imported into multiple multiple hydrophobic channels for calculating power plate cooling fin, then is imported through second
It is in charge of convergence and flows into water circulating pump.
Being in charge of in this way by multiple importings will need the multiple ideal moneys to radiate to dig mine equipment string such as into water-cooling system,
It can be realized as the quick of the calculation power plate cooling fin dug in mine equipment to multiple ideal moneys using a water-cooling system
Heat dissipation, and cost is very low.
In another embodiment, the water-cooling system further include:
Warm water water pot, the warm water water pot and circulation water pot are integrally formed, and centre passes through cooling piece for warm water water pot and circulation
Water pot separates；The cooling piece gives circulation water pot refrigeration on one side, and another side gives warm water water pot control heat；
The bottom of warm water water pot is connected with the second water inlet line, and the other end of the second water inlet line is connected to water circulating pump
Water outlet, and warm water solenoid valve is installed thereon；
The bottom of warm water water pot is connected with the second outlet conduit, is equipped with water outlet solenoid valve on second outlet conduit.
In the water-cooling system, using cooling piece can reduce circulation water pot in water temperature, be capable of increasing in this way water temperature and
The temperature difference of power plate heatsink temperature is calculated, is transmitted in the cold water compared with low temperature convenient for calculating the high temperature of power plate cooling fin, to improve heat dissipation
Efficiency.In addition, the warm water tank in the water-cooling system can provide warm water in real time, which is capable of supply that other lives in city
Demand, such as mining site is transported to by conveyance conduit, or for used in medical treatment.
Preferably, the water-cooling system further include:
Controller, for exporting control signal；
The bottom of the replenisher tank is also equipped with the first temperature sensor, detects signal to controller output temperature.
The bottom of the circulation water pot is also equipped with second temperature sensor, detects signal to controller output temperature.
The bottom of the warm water water pot is also equipped with third temperature sensor, detects signal to controller output temperature.
Three temperature sensors detect replenisher tank respectively, recycle the temperature of water in water pot and warm water water pot, and will test
Temperature signal is sent to controller, and controller can control the opening of warm water solenoid valve, water outlet solenoid valve according to the temperature of detection
Or it closes.
Preferably, the controller is integrated into ideal money and digs in mine equipment.Controller can be separately provided, and can also collect
It is dug in mine equipment to some ideal money, to control warm water solenoid valve, water outlet solenoid valve opens or closes.
Wherein, first water inlet pipe, the first outlet conduit and circulating line are copper pipe.
Wherein, second water inlet pipe and the second outlet conduit are pvc pipe.
Compared with prior art, the utility model has the beneficial effect that
The water-cooling system can rapidly radiate, in addition, the energy on the basis of lower cost for the realization of each calculation power plate
A large amount of warm water is enough obtained, which is capable of supply that other life requirements in city.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the water-cooling system that the ideal money that embodiment provides digs mine equipment cooling；
Fig. 2 is the schematic diagram that hydrophobic channel is equipped in the calculation power plate cooling fin of embodiment offer；
Fig. 3 is the structural schematic diagram that the importing that embodiment provides is in charge of.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, with reference to the accompanying drawings and embodiments
The present embodiment is described in further detail.It should be appreciated that the specific embodiments described herein are only used to explain
The utility model does not limit the protection scope of the utility model.
Referring to Fig. 1, it is provided in this embodiment for ideal money dig mine equipment cooling water-cooling system include: replenisher tank 101,
It recycles water pot 102, warm water water pot 103, ideal money and digs mine equipment 108, it includes 1 calculation power in mine equipment 108 that ideal money, which is dug,
Plate cooling fin, in the calculation power plate cooling fin in be equipped with hydrophobic channel, as shown in Fig. 2, hydrophobic channel include a water inlet 201,
One water outlet 202 and multiple channels between the water inlet water outlet are connected, is additionally provided with two plugs at the top of Vertical Channel
Son 203.
The bottom of replenisher tank 101 is connected with the first water inlet pipe 104 and is equipped with moisturizing thereon for conveying nourishment source
Solenoid valve 105；Bottom is also connected with the first outlet conduit 106, which, which passes through, calculates the hydrophobic of power plate cooling fin
Channel is connected to the bottom of circulation water pot 102；High water level pressure switch is installed on the side wall of replenisher tank 101, low water level pressure is opened
It closes.
The side wall upper part of circulation water pot 102 is connected with circulating line 107, and the other end of the circulating line 107 connects moisturizing
The side wall upper part of tank 101.Ideal money digs mine equipment 108 and recycles to be equipped on the first outlet conduit between water pot 102 and follows
Ring water pump 109.
Warm water water pot 103 and circulation water pot 102 are integrally formed, and centre passes through cooling piece 111 for warm water water pot 103 and circulation
Water pot 102 separates；111 one side of cooling piece is freezed to circulation water pot 102, and another side gives warm water water pot 103 control heat.
The bottom of warm water water pot 103 is connected with the second water inlet line 112, and the other end of the second water inlet line 112 is connected to
The water outlet of water circulating pump 109, and warm water solenoid valve 110 is installed thereon；The bottom of warm water water pot 103 is also connected with second and goes out
Waterpipe 113 is equipped with water outlet solenoid valve 114 on second outlet conduit 113.
In addition, water-cooling system further includes the controller (not showing in Fig. 1) for exporting control signal, which can be with
It is separately provided, is also desirably integrated into some ideal money and digs in mine equipment 108, the bottom of replenisher tank 101 is also equipped with the first temperature
Spend sensor 115, first temperature sensor 115 to controller output replenisher tank 101 in temperature detection signal, bottom also
Second temperature sensor 116 is installed, which exports the temperature inspection in circulation water pot 102 to controller
Survey signal.The bottom of warm water water pot 103 is also equipped with third temperature sensor 117, and the third temperature sensor 117 is to controller
Export the temperature detection signal in warm water water pot 103.
In the present embodiment, the first water inlet pipe 104, the first outlet conduit 106 and circulating line 107 can be copper pipe,
Second water inlet pipe 112 and the second outlet conduit 113 are pvc pipe.
The working principle of above-mentioned water-cooling system are as follows: when original state, water supply solenoid valve 105, moisturizing fills 101 water inlets, works as benefit
When water 101 water of filling reach high water level pressure switch, water supply solenoid valve 105 is closed, water circulating pump 109 is opened, opens ideal money
Mine equipment 108 is dug, warm water solenoid valve 110 is opened, the water that moisturizing fills 101 the insides is passed through the first outlet conduit by water circulating pump 109
It 106 and is calculated and is equipped with hydrophobic channel in power plate cooling fin and is transported to water circulating pump 109, while being sent by the second water inlet pipe 112
To warm water water pot 103, when circulation water pot 102 and 103 the inside water of warm water water pot reach certain altitude, opening cooling piece 111, refrigeration
111 one side of piece is freezed to circulation water pot 102, and another side is heated to warm water water pot 103.When circulation 102 water of water pot reaches certain height
Degree, water flow back to replenisher tank 101 by circulating line 107, form closed loop water route.103 the inside water of warm water water pot reaches high water level pressure
When power switchs, warm water solenoid valve 110, warm water storage are closed.The heat for calculating power plate cooling fin passes through the water band inside hydrophobic channel
It walks.
The water-cooling system is a homestat, and temperature detection signal detects recirculated water to controller based on the received
When the temperature of 109 the inside of pump is greater than 60 degree, reduce the working frequency that ideal money digs mine equipment, so that ideal money digs mine equipment
Power becomes smaller, and heat dissipation capacity becomes smaller, and the temperature for calculating water in drain water piping in power plate cooling fin reduces, appropriate adjusting cooling piece 111
Working condition, so that making the temperature of 109 the inside of water circulating pump reduces；When detecting the temperature of the inside of water circulating pump 109 less than 10
When spending, increase the working frequency that ideal money digs mine equipment, become larger to dig mine plant capacity, heat dissipation capacity becomes larger, and calculates power plate and dissipates
The temperature of water increases in drain water piping in backing, the appropriate working condition for adjusting cooling piece 111, to make in water circulating pump 109
The temperature in face increases；Digging mine equipment working frequency can be adjusted by controller in a word and cooling piece working condition maintains system
Balance.
In the water-cooling system, the first temperature sensor 115 inside water pot, second temperature sensor 116, third temperature are passed
Sensor 117, high-low position water level pressure switch, water supply solenoid valve 105, warm water solenoid valve 110, water outlet solenoid valve 114, cooling piece
111 and water circulating pump 109 be all it is controllable, grade is controlled by the controller, mutually adjust formed a stable dynamic equilibrium
System.
When including that multiple ideal moneys dig mine equipment in water-cooling system, each ideal money digs mine equipment and includes at least 2
Power plate cooling fin is calculated, is equipped with hydrophobic channel in each calculation power plate cooling fin；At this point, be in charge of in water-cooling system comprising multiple importings,
As shown in figure 3, each importing is in charge of comprising an input port 301 and at least two delivery outlets 302, input port and delivery outlet are
Fixed concept, the i.e. port of the side comprising a port are input port, and the port of the side comprising multiple ports is output
Mouthful.
Mine equipment is dug for each ideal money, is in charge of including at least two importings, first imports the multiple outputs being in charge of
Mouth 302 is connect with the water inlets of hydrophobic channel in multiple calculation power plate cooling fins, and input port 301 is connect with the first outlet conduit, the
Two import multiple delivery outlets 302 for being in charge of connect with the water outlet of multiple hydrophobic channels, input port 301 and the before water circulating pump
One outlet conduit 106 connects, and the recirculated water in the first outlet conduit 106, which imports to be in charge of through first, imported into multiple calculation power plates heat dissipations
In multiple hydrophobic channels of piece, then is imported through second and be in charge of convergence inflow water circulating pump 109.
Above-mentioned each input port passes through connector with delivery outlet and connects with pipeline.It is in charge of and will needs by multiple importings in this way
Multiple ideal moneys of heat dissipation dig mine equipment string such as into water-cooling system, it can be realized as pair using a water-cooling system
Multiple ideal moneys dig the rapid cooling of the calculation power plate cooling fin in mine equipment, and cost is very low.
In above-mentioned water-cooling system, warm water tank can provide warm water in real time, which is capable of supply that other lives in city need
It asks, such as mining site is transported to by conveyance conduit, or for used in medical treatment.
Technical solution of the present invention and beneficial effect is described in detail in above-described specific embodiment, Ying Li
What is solved is the most preferred embodiment the foregoing is merely the utility model, is not intended to restrict the invention, all in the utility model
Spirit in any modification, supplementary, and equivalent replacement etc. done, should be included in the protection scope of the utility model it
It is interior.
Claims (10)
1. a kind of water-cooling system for digging mine equipment cooling for ideal money characterized by comprising
Replenisher tank, circulation water pot；
Ideal money digs mine equipment, and it includes 1 calculation power plate cooling fin that ideal money, which digs mine equipment, is equipped in the calculation power plate cooling fin
Hydrophobic channel；
The bottom of replenisher tank is connected with the first water inlet pipe, for conveying nourishment source, is equipped with water supply solenoid valve thereon；Bottom
It is also connected with the first outlet conduit, the hydrophobic channel which passes through calculation power plate cooling fin is connected to circulation water pot
Bottom；High water level pressure switch, low water level pressure switch are installed on the side wall of replenisher tank；
The side wall upper part of circulation water pot is connected with circulating line, the side wall upper part of the other end connection replenisher tank of the circulating line；
Ideal money, which digs mine equipment and recycles, is equipped with water circulating pump on the first outlet conduit between water pot.
2. the water-cooling system of mine equipment cooling is dug for ideal money as described in claim 1, which is characterized in that described hydrophobic logical
Road includes a water inlet, a water outlet and connects multiple channels between the water inlet water outlet.
3. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 2, which is characterized in that the water cooling system
System includes:
Multiple ideal moneys dig mine equipment, and each ideal money digs mine equipment and includes at least 2 calculation power plate cooling fins, each calculation power
Hydrophobic channel is equipped in plate cooling fin；
Multiple importings are in charge of, and each importing is in charge of comprising an input port and at least two delivery outlets；
Dig mine equipment for each ideal money, be in charge of including at least two importing, first import multiple delivery outlets for being in charge of and
The water inlets of multiple hydrophobic channels connects, and input port connect with the first outlet conduit, multiple delivery outlets that the second importing is in charge of and
The water outlet of multiple hydrophobic channels connects, and input port is connect with the first outlet conduit before water circulating pump, in the first outlet conduit
Recirculated water through first import be in charge of imported into it is multiple calculate power plate cooling fins multiple hydrophobic channels in, then through second import be in charge of
It assembles and flows into water circulating pump.
4. the water-cooling system as claimed in claim 1 or 3 for digging mine equipment cooling for ideal money, which is characterized in that the water
Cooling system further include:
Warm water water pot, the warm water water pot and circulation water pot are integrally formed, and centre passes through cooling piece for warm water water pot and circulation water pot
It separates；The cooling piece gives circulation water pot refrigeration on one side, and another side gives warm water water pot control heat；
The bottom of warm water water pot is connected with the second water inlet line, and the other end of the second water inlet line is connected to the water outlet of water circulating pump
End, and warm water solenoid valve is installed thereon；
The bottom of warm water water pot is connected with the second outlet conduit, is equipped with water outlet solenoid valve on second outlet conduit.
5. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 4, which is characterized in that the water cooling system
System further include:
Controller, for exporting control signal；
The bottom of the replenisher tank is also equipped with the first temperature sensor, detects signal to controller output temperature.
6. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 5, which is characterized in that the recirculated water
The bottom of tank is also equipped with second temperature sensor, detects signal to controller output temperature.
7. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 5, which is characterized in that the warm water water
The bottom of tank is also equipped with third temperature sensor, detects signal to controller output temperature.
8. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 5, which is characterized in that the controller
Ideal money is integrated into dig in mine equipment.
9. the water-cooling system of mine equipment cooling is dug for ideal money as described in claim 1, which is characterized in that described first enters
Waterpipe, the first outlet conduit and circulating line are copper pipe.
10. the water-cooling system of mine equipment cooling is dug for ideal money as claimed in claim 4, which is characterized in that described second
Water inlet line and the second outlet conduit are pvc pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822146863.6U CN209182763U (en) | 2018-12-20 | 2018-12-20 | A kind of water-cooling system for digging mine equipment cooling for ideal money |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822146863.6U CN209182763U (en) | 2018-12-20 | 2018-12-20 | A kind of water-cooling system for digging mine equipment cooling for ideal money |
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| CN209182763U true CN209182763U (en) | 2019-07-30 |
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ID=67377483
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| Application Number | Title | Priority Date | Filing Date |
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| CN201822146863.6U Active CN209182763U (en) | 2018-12-20 | 2018-12-20 | A kind of water-cooling system for digging mine equipment cooling for ideal money |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112379754A (en) * | 2020-11-24 | 2021-02-19 | 深圳杰微芯片科技有限公司 | Operation control method for force calculation equipment |
-
2018
- 2018-12-20 CN CN201822146863.6U patent/CN209182763U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112379754A (en) * | 2020-11-24 | 2021-02-19 | 深圳杰微芯片科技有限公司 | Operation control method for force calculation equipment |
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