CN105180551B - A kind of cold preserving method of tank/bottle drink - Google Patents
A kind of cold preserving method of tank/bottle drink Download PDFInfo
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- CN105180551B CN105180551B CN201410239333.XA CN201410239333A CN105180551B CN 105180551 B CN105180551 B CN 105180551B CN 201410239333 A CN201410239333 A CN 201410239333A CN 105180551 B CN105180551 B CN 105180551B
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Abstract
The present invention relates to a kind of cold preserving method of tank/bottle drink, and tank/bottle drink is put into cryogenic liquid, with coolant contact heat-exchanging, by tank/bottle drink cooling, the coolant at least contains part water, using the method for ice sheet cold-storage, coolant is maintained constant temperature.When utilizing solid-liquid using ice sheet cold-storage is ingenious, absorb or release and converted between heat energy and interior energy, temperature-resistant principle, coolant is controlled under solid-liquid state, coolant long-time constant temperature can be maintained, the stop frequency of refrigeration system is reduced, extends the service life of refrigeration system, reduces frequency noise.Ensure the cleannes of cooling solution, improve visual effect, user's use trusts.The waste of cold can be avoided by recycling coolant simultaneously, save the energy.The water droplet on tank/bottle drink surface is got rid of, tank/bottle drink surface of submitting will not be stained with too many water droplet, and user feels good, and will not get clothes or floor after taking-up wet.
Description
Technical field
The present invention relates to the quickly cooling field of tank/bottle drink, the cold preserving method of especially a kind of tank/bottle drink.
Background technology
In food and drink, retail and recreation sector, product cooling is kept using various forms of devices.For cold drink, this
A little devices form typical two groups --- commercial beverage refrigerator and cold drink vending machine.Two kinds of device is substantial
It is the anterior refrigerator for having big glass, (being used for manual allocation) in the case of first group carries hinged door or sliding door, second
Distributor gear is carried in the case of group.Their precoolings simultaneously store beverage in case selling.In several cases, beverage is finally sold at it
It is before long-term to keep at low temperature.Then, using considerable energy, this is probably unnecessary.During to prevent that people from buying,
Do not cool down beverage, usual refrigerator or sell in machine and all have substantial amounts of cooling beverage, refrigeration system needs longtime running to protect
Hold the low temperature of beverage.
Summarize the problem, all fallbacks of two kinds of device.In use, first group of beverage refrigerator is opened greatly each
Substantial amounts of loss of cool air is all subjected to during door.Vending machine must provide automatic selling selling of the user to object is collected
Facilitate path, cause to seal poor.Refrigeration system, which usually requires that, carries out running background circulation to keep efficiency, but this use is not straight
Connect the additional energy for cooling down content.It it is known that beverage is stored in the refrigerator compartment of front opening by various beverages vending machine
It is interior to touch and observe product to facilitate.These compartments obviously have even more big energy dissipation.
No matter when final result may be sold and beverage is maintained at into cold conditions for a long time and uses electric energy in case selling
High wastage.Energy dissipation is not limited to business location's reception automatic vending machine.A variety of small-sized street-corner shop, gas station and coffees
The outlet of the coffee Room also provides beverage cooling compartment.For these operators, the cost of electric energy will account for the higher proportion of their operational overheads.
Not the problem of energy dissipation is not unique.Due to heat caused by refrigeration system, usually from the waste thermal energy by-product of refrigeration system
Product can cause around machine that regional area is undesired to warm.This causes user to be drunk in warm regions unsatisfactory
The embarrassment of their gratifying cold drinks.
Cooling velocity is also a problem, particularly in the high place of beverage sales amount, such as in special events-music
Meeting, athletic meeting etc..Generally, when activity starts, beverage is sufficiently cooled due to having refrigerated a few hours.It is but once movable
Carry out, the quantities of beverage sold can exceed the ability that refrigerator cools down more beverages.Then beverage is in only part cooling or complete
Sold in the state of uncolled.
As the improvement of people's living standards, pursuit more and more higher of the people to quality of life, especially young man, are more willing to
Meaning quote cold drink, and by beverage direct plunge into the suitable reference that refrigerator cool down from normal temperature low temperature, it is necessary to ten a few minutess even more
The long time, such time is oversize, does not meet present efficient rhythm of life, requirement of the people to cooling velocity
When more and more higher, especially people are badly in need of quoting low temperature beverage, conventional cooling means is just no longer applicable.
CN102686959A patents disclose a kind of cooling device, including：Cavity, the cavity are used to receive to be cooled down
Product；Tumbler, the product that the tumbler makes to be received in the cavity rotate；And cooling liquid supply dress
Put, the cooling liquid feedway provides cooling liquid to the cavity, wherein the tumbler is suitable to 90 revs/min
Rotating speed above rotates the product and is also adapted to provide the pulse of predetermined period or discontinuous rotation.
CN102869934A patents disclose a kind of cooling device, including：For receiving the cavity for the product to be cooled down,
For rotating the rotating device for the product being received in the cavity, and cooling agent is fed to the cooling agent confession of the cavity
Device is answered, wherein, the equipment also includes the device that synkinesia is applied to the cavity.
But above-mentioned two patent is that the product to be cooled down first is put into cavity, by coolant supply apparatus to sky
Intracavitary provides cooling liquid, and tumbler rotates product, completes quickly cooling, and coolant can not recycle, if every time quickly cooling all to
Cooling liquid is provided in cavity, lost time, and the temperature of coolant reaches the cooling agent in subzero ten several years and is stained with for saline solution
On Used for Making Beverage Container Body, it can influence to drink effect, moist tank body brings very big inconvenience to user.If coolant recycles,
Also have coolant and become cloudy phenomenon, influence visual experience.Need to freeze to coolant always or put every time in cooling procedure
Enter needs to change after new coolant after coolant temperature rise.
Given this present invention is proposed.
The content of the invention
The purpose of the present invention is overcome the deficiencies in the prior art, there is provided a kind of cold preserving method of tank/bottle drink.
In order to realize the purpose, the present invention adopts the following technical scheme that：A kind of cold preserving method of tank/bottle drink, by tank/
Bottle drink is put into cryogenic liquid, with coolant contact heat-exchanging, tank/bottle drink is cooled down, the coolant at least contains
There is part water, using the method for ice sheet cold-storage, coolant is maintained constant temperature.
The method of the ice sheet cold-storage is：
The perisporium that refrigeration system starts the cooling container to containing coolant freezes, and coolant temperature is dropped to ice
Near point, the internal perisporium of cooling container starts to freeze；
As the perisporium of the carry out cooling container of refrigeration gradually forms ice sheet, when ice layer thickness increases to certain thickness,
Refrigeration system stops refrigeration, and coolant and ice sheet maintain the temperature close to freezing point in cooling container；
With the cooling to tank/bottle drink, ice sheet gradually melts, and when ice sheet is reduced to certain thickness, is again started up
Refrigeration system；
Circulate successively, keep coolant temperature to maintain the temperature near freezing point.
The ice layer thickness is directly detected by ice layer thickness sensor：
During refrigeration, when cooling container internal perisporium has ice sheet, ice layer thickness sensor detection ice layer thickness, when ice layer thickness reaches
Arrive or during more than maximum set value, refrigeration system stops refrigeration；
After stopping refrigeration, when ice layer thickness sensor detects ice layer thickness at or below minimum setting value, refrigeration
System starts refrigeration, and the maximum set value of ice layer thickness and minimum setting value are relative with the width or diameter of the cooling container
Should.
The ice layer thickness is judged indirectly by the temperature and time of coolant：
During refrigeration, the temperature of coolant gradually reduces, after temperature sensor detects that cooling solution is down to freezing point, timer
Start timing, after reaching setting time T1, ice layer thickness meets or exceeds maximum set value, and refrigeration system stops refrigeration；
After stopping refrigeration, the temperature of coolant is maintained near freezing point in certain time, with to the cold of tank/bottle drink
But, ice sheet gradually melts, and after temperature sensor detects that cooling solution increases to over freezing point, starts timing, reaches setting time
After T2, ice sheet all melts, and refrigeration system is again started up freezing.
During refrigeration, refrigeration system is at least uniformly freezed to cooling container perisporium, absorbs cooling container by a cooling-storage structure
With the part cold of refrigeration system radiation, when ice sheet melts or coolant temperature rises, the part cold release, system is reduced
The frequency that cooling system starts.
The coolant is water, maintains 0 ° ± 1 °.
When only tank/bottle drink being put into and taken out, tank/bottle drink is located on cooling-liquid level, remaining
Time tank/bottle drink is respectively positioned under coolant.
Control tank/bottle drink and coolant vertical direction relative motion, make tank/bottle drink be located at cooling-liquid level it
Tank/bottle drink is put into and taken out under upper or cooling-liquid level, when on cooling-liquid level；Positioned at coolant
Tank/bottle drink is cooled down when under liquid level, if the tank being put into/bottle drink temperature is higher, control tank/bottle drink and
Coolant horizontal direction relative motion, tank/bottle drink is contacted the coolant of diverse location at different moments and quickly exchange heat.
After technical solutions according to the invention, following beneficial effect is brought：
1st, when the present invention utilizes solid-liquid using ice sheet cold-storage is ingenious, converted between absorption or releasing heat energy and interior energy,
Temperature-resistant principle, control coolant can maintain coolant long-time constant temperature under solid-liquid state, reduce refrigeration system
Stop frequency, extend the service life of refrigeration system, reduce frequency noise.
2nd, when tank of the present invention/bottle drink is located at more than liquid level, tank/bottle drink is picked and placeed, liquid level with
When lower, tank/bottle drink is cooled down, picked and placeed conveniently, coolant can be used multiple.
3rd, the present invention carries out circularly purifying to coolant, ensures the cleannes of cooling solution, and coolant can recycle,
Improve visual effect, user's use trusts.
4th, the tank/bottle drink surface sent out after present invention cooling will not be stained with too many water droplet, and user feels good, and avoids
Get clothes and the ground of user wet.
5th, coolant constant temperature, tank/bottle drink chilling temperature precise control.
6th, the present invention is uniformly freezed to cooling container perisporium, and making to freeze on cooling container internal perisporium forms ice sheet, internal permanent
Geothermal liquid can be used as cooling solution.
The embodiment of the present invention is described in further detail below in conjunction with the accompanying drawings.
Brief description of the drawings
Fig. 1：Ice sheet cold-storage of the present invention maintains constant temperature structure schematic diagram
Fig. 2：Ice sheet cold-storage of the present invention maintains constant temperature method flow chart
Fig. 3：Coolant purification process figure of the present invention
Fig. 4：Present invention separation coolant drop flow chart
Wherein：1st, cooling container, 2, ice sheet, 3, coolant, 4, ice layer thickness sensor, 6, master control borad, 7, evaporator tube
Road, 8, heat-insulation layer, 31 circulation loops, 32, coarse filtration module, 33, adsorption module, 34, smart filtering module.
Embodiment
A kind of cold preserving method of tank/bottle drink of the present invention, tank/bottle drink is put into cryogenic liquid, with
Coolant contact heat-exchanging, tank/bottle drink is cooled down, control tank/bottle drink and coolant vertical direction relative motion, make
Tank/bottle drink is located on cooling-liquid level or under cooling-liquid level, tank/bottle is drunk when on cooling-liquid level
Product are put into and taken out；Tank/bottle drink is cooled down when under cooling-liquid level, if the tank being put into/bottle drink
Product temperature degree is higher, controls tank/bottle drink and coolant horizontal direction relative motion, tank/bottle drink is contacted at different moments
The coolant of diverse location quickly exchanges heat.
Refrigeration in the present invention is sensu lato refrigeration, including quickly cooling, cold storage, freezing etc. are to article progress low-temperature treatment
Process.
When only tank/bottle drink being put into and taken out, tank/bottle drink is located on cooling-liquid level, remaining
Time tank/bottle drink is respectively positioned under coolant, cold-storage jar/bottle drink
Embodiment one
The coolant at least contains part water, using the method for ice sheet cold-storage, coolant is maintained constant temperature.
As shown in Fig. 2 the method for the ice sheet cold-storage is：
The perisporium that refrigeration system starts the cooling container to containing coolant freezes, and coolant temperature is dropped to ice
Near point, the internal perisporium of cooling container starts to freeze；
As the perisporium of the carry out cooling container of refrigeration gradually forms ice sheet, when ice layer thickness increases to certain thickness,
Refrigeration system stops refrigeration, and coolant and ice sheet maintain the temperature close to freezing point in cooling container；
With the cooling to tank/bottle drink, ice sheet gradually melts, and when ice sheet is reduced to certain thickness, is again started up
Refrigeration system；Circulate successively, keep coolant temperature to maintain the temperature near freezing point.
Coolant is used for the article of cooling required cooling, such as tank/bottle drink, if the temperature of coolant is not fixed, no
The temperature that can accurately control tank body beverage to be cooled to, so coolant maintains control of the constant temperature to chilling temperature quite important, also
If there is the simple start and stop for setting temperature sensor to detect coolant temperature control refrigeration system, refrigeration system needs frequent start-stop,
Have a strong impact on the service life of refrigeration system, while refrigeration system is mostly compressor cooling, it is also very big during compressor start
Noise.
During ingenious utilization solid-liquid of the invention, converted between absorption or releasing heat energy and interior energy, temperature-resistant principle,
Coolant is controlled to maintain coolant long-time constant temperature under solid-liquid state.Cooling container perisporium is uniformly freezed, made cold
But frozen on container internal perisporium and form ice sheet, internal isothermal liquid can be used as cooling solution.Use reducing for ice sheet cold-storage
The stop frequency of refrigeration system, extend the service life of refrigeration system, reduce frequency noise.
The stop frequency frequency of refrigeration system is reduced simultaneously, and the number of start and stop in the set time is reduced, any electrical equipment member
Part number of start and stop in the range of service life is fixed, so the number of start and stop is reduced in the set time, can extend system
The life-span of cooling system, especially compressor, during compressor start, noise is had, reducing the initiation culture of compressor can also reduce
Noise pollution.
The method for controlling refrigeration system start and stop：The ice layer thickness is directly detected by ice layer thickness sensor, this method
And most straightforward approach, set ice layer thickness sensor to detect ice layer thickness sensor inside cooling container.Ice layer thickness
Sensor is according to the differences of the parameters such as the resistance during water freezing and ice-out, electric capacity, conductance, it can be determined that ice sheet is thick
Degree, it either can also use the sensors such as laser range sensor or thickness transducer detection ice layer thickness.
During refrigeration, when cooling container internal perisporium has ice sheet, ice layer thickness sensor detection ice layer thickness, when ice layer thickness reaches
Arrive or during more than maximum set value, refrigeration system stops refrigeration；
After stopping refrigeration, when ice layer thickness sensor detects ice layer thickness at or below minimum setting value, refrigeration
System starts refrigeration, and the maximum set value of ice layer thickness and minimum setting value are relative with the width or diameter of the cooling container
Should.
In the process of refrigerastion of coolant, the width of the maximum set value of ice layer thickness and minimum setting value and the cooling container
Degree or diameter are corresponding.When cooling container is larger, the maximum set value of ice layer thickness and minimum setting value should set relative
Big, when cooling container is smaller, the maximum set value of ice layer thickness and minimum setting value should set relatively small, such guarantor
Card with coolant cool down tank body beverage when internal liquid absorb heat, temperature be not in time for also rise when, just by ice-out when absorb,
And the initial stage of freezing is also to need certain time, cooling container it is bigger, it is necessary to cold is more and the time is longer, the stage also needs
The constant temperature of remaining ice sheet maintenance coolant, therefore the maximum set value of ice layer thickness and minimum setting value and the cooling container
Width or diameter match.
It is preferred that the width or diameter of the maximum set value of ice layer thickness and minimum setting value and the cooling container are proportional,
The maximum set value of the ice layer thickness is the ice layer thickness in the range of the width of cooling container or the 1/50~1/10 of diameter
Minimum setting value for cooling container width or diameter 1/80~1/50 in the range of.
Also a kind of method for controlling refrigeration system start and stop：The temperature of coolant in cooling container is detected by temperature sensor
Degree, by timer detection time, the time that freezing point is down to by detecting coolant temperature judges ice layer thickness.
During refrigeration, the temperature of coolant gradually reduces, after temperature sensor detects that cooling solution is down to freezing point, timer
Start timing, after reaching setting time T1, ice layer thickness meets or exceeds maximum set value, and refrigeration system stops refrigeration；
After stopping refrigeration, the temperature of coolant is maintained near freezing point in certain time, and temperature sensor detects cooling
After solution increases to over freezing point, start timing, after reaching setting time T2, ice sheet all melts, and refrigeration system is again started up making
It is cold.This method needs the power of refrigeration system larger, and the extension time at initial stage of freezing is shorter.
In the process of refrigerastion of coolant, setting time T1 and T2 is corresponding with the width or diameter of the cooling container, if
Fix time T1 and T2 and the width or diameter of the cooling container it is proportional.
During refrigeration, refrigeration system is at least uniformly freezed to cooling container perisporium, absorbs cooling container by a cooling-storage structure
With the part cold of refrigeration system radiation, when ice sheet melts or coolant temperature rises, the part cold release, system is reduced
The frequency that cooling system starts.Increase the utilization rate of cold to the full extent, reduce the waste of cold.Outermost layer can also set guarantor
Warm layer, stop influence of the external temperature to internal constant temperature.
For the cavity volume of cooling container 1 as shown in Figure 1 built with coolant 3, cooling container is provided with refrigeration system, the refrigeration
System is that compressor refrigeration system or other any refrigeration systems freezed, the evaporator pipeline 7 of the refrigeration system are uniform
It is wrapped on the outer wall of cooling container 1, ice layer thickness sensor 4 or temperature sensor is set in cooling container 1, ice layer thickness passes
Sensor 4 or temperature sensor, it is connected with master control borad 6, the outermost layer of cooling container 1 is preferably provided the heat-insulation layer 8 of expanded material, institute
State coolant 3 and at least contain part water, can be water or the aqueous solution, the ice sheet 2 on the inwall of cooling container 1 maintains internal coolant
Temperature is maintained near freezing point.
The coolant is water, maintains 0 ° ± 1 °.Coolant can be down to the saline solution in subzero ten several years from temperature,
Tank/bottle drink after quickly cooling, has some solution and is stained with tank body from solution, during user's beverage, may feel that and is stained with
The saline taste of saline solution on tank body, influence beverage drinks effect, so coolant preferably selects water, colorless and odorless, and preferably
For pure water, that is, do not interfere with and drink effect, health will not also be impacted.And the minimum temperature of the liquid of water is
0 °, less than 0 ° after can freeze, and the optimal consumption temperature of most of beverage is more than 0 °, such as：Laughable optimal consumption temperature
For 2.2 °, the optimal consumption temperature of beer is 8 °.So the cooling temperature of most of beverage is disclosure satisfy that using water as coolant
The needs of degree.
Embodiment two
From coolant out, surface speckles with many coolant drops to tank/bottle, and user takes the tank/bottle drink cooled down
Product surface is damp, easily gets clothes and floor wet, before being removed for the tank that solves the above problems/bottle drink, control tank/
By being moved under cooling-liquid level on cooling-liquid level, control tank/bottle drink rotates at a high speed bottle drink, will stick in
The coolant drop of tank/bottle drink perisporium separates with tank/bottle perisporium, i.e. gets rid of the coolant drop brought out.
The control tank/bottle drink rotate to be at a high speed control tank/bottle drink around Pivot Point Center at a high speed rotation and/or around
The axle center parallel and misaligned with Pivot Point Center rotates at a high speed.
Multiple tanks/bottle drink can be refrigerated in cold storage procedure simultaneously, multiple tanks/bottle drink refrigerates simultaneously when, is only controlled
The tank that will be removed/bottle drink rotates at a high speed around Pivot Point Center.Avoid flogging a dead horse.
The rotating speed of the high speed rotation is 50~800rpm, preferably 200~500rpm.Some too small small drops of speed are not
It can be got rid of, speed is too big, and machine is unstable.
The time of the high speed rotation is 3~10s, preferably 4~8s.Time is too short, it is impossible to coolant drop is kept completely separate,
Time is oversize, loses time, and wastes power.
After grabbing device crawl tank/bottle drink of the tank/bottle drink, tank body top is covered, tank body top is convex
The dented space that edge is formed is isolated with coolant, prevents coolant from entering in the dented space that tank body upper flange is formed.Avoid
There is coolant in the dented space on tank body top, gets the clothes of user wet or get ground wet.
After the above method, tank/bottle drink surface of submitting does not have too many coolant drop, and user is taken with hand
When, too moist sensation will not be felt, while will not also get the clothing of user wet because of the coolant drop that tank/bottle drink is taken out of
Clothes or ground.
Embodiment three
Because tank/bottle drink needs to be immersed in coolant, and coolant described in refrigerating recycles, time length
Afterwards, coolant can be contaminated, if the coolant on the one hand sticked on tank body is drunk rear unhealthful, another aspect, in vision
On bad sensation can be caused to user, to solve the above problems during quickly cooling, constantly or discontinuity to cooling hold
Coolant in device carries out purified treatment, realizes that coolant recycles.
As shown in figure 1, setting circulation loop in cooling container, coarse filtration module, adsorption module, essence are set on circulation loop
Filtering module, coarse filtration module and smart filtering module use filter element filtering, and coarse filtration module filter element filtering net diameter is more than smart mistake
Module filter element filtering net diameter is filtered, adsorption module uses charcoal absorption.
The process for stating purified treatment is that coolant will be extracted to the cooling container for containing coolant out by a circulation loop, according to
The secondary coarse filtration processing for proceeding through coarse filter, the adsorption treatment by activated carbon, the smart filtration treatment by fine filter
Coolant is returned in cooling container by circulation loop afterwards.
In cold storage procedure, the detection of turbidity is carried out to coolant, when the turbidity of coolant exceedes setting value, to coolant
Purified, realize that coolant recycles, or during above-mentioned quickly cooling, periodically coolant is purified, realize cooling
Liquid recycles.
The control method of detection that turbidity is carried out to coolant is specially：Turbidity transducer is set, detects the turbid of coolant
Degree, the control system of the turbidity transducer and quick cooler, which connects, sends the dirty degree detected to control system, works as turbidity
When the turbidity of the coolant of sensor detection exceedes setting value, control system control control purifies to coolant, Ran Houzai
It is back in cooler and is reused by top.This kind of control method is the most accurate, when the turbidity of internal coolant exceedes setting
During value, start decontamination process, when the turbidity of internal coolant is relatively low, be started without decontamination process.
Periodically carrying out purification to coolant is：Timer, detection time, every a timing can be set in cooling container
Between, control system control extracts coolant by circulation loop out from the bottom of cooling container, is purified, then again by top
It is back in cooler and reuses.This kind of control method is the simplest, only needs start by set date purified treatment.
If detect that turbidity exceedes another setting value inside cooling container, control system, control system are transmitted a signal to
Send the alarm for changing coolant or control system control is changed to coolant.
Pass through the above method, it is ensured that coolant clean hygiene, sticked in even if user has drunk on beverage pot/bottle
Coolant drop, body will not also be damaged, while coolant is clean, user sees rear comfortable, trusts tank/bottle drink
It is put into and wherein refrigerates.
It the foregoing is only the preferred embodiment of the present invention, it is noted that for one of ordinary skill in the art
Speech, without departing from the principles of the present invention, can also make various deformation and improvement, and this should also be considered as the protection of the present invention
Scope.
Claims (5)
1. a kind of cold preserving method of tank/bottle drink, tank/bottle drink is put into cryogenic liquid, contacts and changes with coolant
Heat, tank/bottle drink is cooled down, it is characterised in that：The coolant at least contains part water, using the method for ice sheet cold-storage,
Coolant is set to maintain constant temperature；
The method of the ice sheet cold-storage is：
The perisporium that refrigeration system starts the cooling container to containing coolant freezes, and coolant temperature is dropped to freezing point attached
Closely, the internal perisporium of cooling container starts to freeze；
As the perisporium of the carry out cooling container of refrigeration gradually forms ice sheet, when ice layer thickness increases to certain thickness, refrigeration
System stops refrigeration, and coolant and ice sheet maintain the temperature close to freezing point in cooling container；
With the cooling to tank/bottle drink, ice sheet gradually melts, and when ice sheet is reduced to certain thickness, is again started up freezing
System；
Circulate successively, keep coolant temperature to maintain the temperature near freezing point；
The ice layer thickness is judged indirectly by the temperature and time of coolant：
During refrigeration, the temperature of coolant gradually reduces, and after temperature sensor detects that cooling solution is down to freezing point, timer starts
Timing, after reaching setting time T1, ice layer thickness meets or exceeds maximum set value, and refrigeration system stops refrigeration；
After stopping refrigeration, the temperature of coolant is maintained near freezing point in certain time, with the cooling to tank/bottle drink,
Ice sheet gradually melts, and after temperature sensor detects that cooling solution increases to over freezing point, starts timing, reaches setting time T2
Afterwards, ice sheet all melts, and refrigeration system is again started up freezing.
A kind of 2. cold preserving method of tank/bottle drink according to claim 1, it is characterised in that：During refrigeration, refrigeration system
At least cooling container perisporium is uniformly freezed, the part that cooling container and refrigeration system radiation are absorbed by a cooling-storage structure is cold
Amount, when ice sheet melts or coolant temperature rises, the part cold release, reduce the frequency that refrigeration system starts.
A kind of 3. cold preserving method of tank/bottle drink according to claim 1, it is characterised in that：The coolant is water,
Maintain 0 ° ± 1 °.
A kind of 4. cold preserving method of tank/bottle drink according to claim 1, it is characterised in that：Only tank/bottle is drunk
When product are put into and taken out, tank/bottle drink is located on cooling-liquid level, and remaining time tank/bottle drink is respectively positioned on cold
But under liquid.
A kind of 5. cold preserving method of tank/bottle drink according to claim 1, it is characterised in that：Control tank/bottle drink
With coolant vertical direction relative motion, tank/bottle drink is located on cooling-liquid level or under cooling-liquid level, be located at
Tank/bottle drink is put into and taken out when on cooling-liquid level；To tank/bottle drink when under cooling-liquid level
Cooled down, if the tank being put into/bottle drink temperature is higher, control tank/bottle drink and coolant horizontal direction relative motion,
Make tank/bottle drink contact the coolant of diverse location at different moments quickly to exchange heat.
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| CN201410239333.XA CN105180551B (en) | 2014-05-30 | 2014-05-30 | A kind of cold preserving method of tank/bottle drink |
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| CN201410239333.XA CN105180551B (en) | 2014-05-30 | 2014-05-30 | A kind of cold preserving method of tank/bottle drink |
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| CN105180551B true CN105180551B (en) | 2017-11-28 |
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| JP6765002B2 (en) * | 2017-03-28 | 2020-10-07 | シャープ株式会社 | Insulation equipment, cold insulation equipment, distribution packaging container, distribution system and distribution method |
| CN112401655B (en) * | 2019-08-22 | 2022-09-16 | 佛山市顺德区美的饮水机制造有限公司 | Water dispenser, refrigeration control method thereof and computer readable storage medium |
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| GB2505869A (en) * | 2012-07-12 | 2014-03-19 | Imi Cornelius Uk Ltd | A beverage cooler comprising an ice bank which has a selectable size |
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| JP5945378B2 (en) * | 2012-01-17 | 2016-07-05 | 株式会社テックスイージー | Freezing detector |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2287681A (en) * | 1942-06-23 | Refrigerating device for bottled | ||
| GB423221A (en) * | 1933-06-24 | 1935-01-28 | Bosch Robert | Improvements in or relating to refrigeration |
| GB2168798A (en) * | 1984-12-19 | 1986-06-25 | Charles Raymond Micallef | A method and apparatus for cooling beverage in a bottle |
| CN2314323Y (en) * | 1997-11-04 | 1999-04-14 | 魏辅唐 | Quick cooling apparatus for canned drinks |
| CN202074776U (en) * | 2011-04-27 | 2011-12-14 | 林勇 | Bottle-packed beverage quick cooling device |
| GB2505869A (en) * | 2012-07-12 | 2014-03-19 | Imi Cornelius Uk Ltd | A beverage cooler comprising an ice bank which has a selectable size |
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| CN105180551A (en) | 2015-12-23 |
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