CN207729884U - A kind of ice pellets manufacture system that can continuously manufacture ice pellets - Google Patents
A kind of ice pellets manufacture system that can continuously manufacture ice pellets Download PDFInfo
- Publication number
- CN207729884U CN207729884U CN201721508788.2U CN201721508788U CN207729884U CN 207729884 U CN207729884 U CN 207729884U CN 201721508788 U CN201721508788 U CN 201721508788U CN 207729884 U CN207729884 U CN 207729884U
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- China
- Prior art keywords
- ice
- sorbet
- ice water
- heat exchanger
- cold
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model discloses a kind of ice pellets manufacture systems that can continuously manufacture ice pellets,Including ice water cold,Ice water bucket,Ice pellets shaping box,Ice water filter,Ice water circulation pumps,Sorbet heat exchanger,Sorbet temperature reducing unit and wind cooling temperature lowering unit,Ice pellets shaping box has babinet,Babinet has inner cavity,Interior intracavitary is provided with grid crawler belt,Ice water circulation bucket and go out ice channel,Grid crawler belt is located at the top of inner cavity,Grid crawler belt is placed on ice water circulation bucket,Go out the side that ice channel is located at babinet,Ice water cold is connected with ice water bucket by coil heat exchanger,Ice water bucket is connected with the ice water circulation bucket of ice pellets shaping box by pipeline,Ice water circulation bucket and the ice water filter,Ice water circulation pumps,Sorbet heat exchanger is sequentially connected logical by pipeline,Sorbet heat exchanger is connected with the Sorbet temperature reducing unit,Wind cooling temperature lowering unit is for persistently blowing a cold wind over to the Sorbet on grid crawler belt.The ice pellets manufacture system can continuous production ice pellets, and energy dissipation is small.
Description
Technical field
The utility model is related to a kind of ice pellets manufacturing device, in particular to a kind of ice pellets manufactures that can continuously manufacture ice pellets
System.
Background technology
Certain temperature is prepared, the uniform ice pellets of particle size has prodigious demand on aquatic products fresh-keeping of vegetables.Big ice
Block cannot usually fill up the gap between food, keep its fresh-keeping effect bad when the cold insulation for fresh food is fresh-keeping.And compared with
Short grained ice pellets is easy to fill vegetable and fruit, and the gap between aquatic products meat keeps its fresh-keeping effect best.
Currently, the method for producing ice pellets in the market is mainly broken by carrying out physics to berg.General line is produced
Then big ice cube carries out physics and is crushed, then screens out the ice pellets of suitable size.In this process, big ice cube is produced
It is being crushed, is being the process to heat up again that cools down on energy, the case where there are wastes.Also, during broken, some
Too little particle ice pellets just melts.Furthermore crushing plant is generally huger, system complex.
Utility model content
The purpose of this utility model is to provide a kind of ice pellets manufacture system that can continuously manufacture ice pellets, ice pellets manufacture system
System can continuous production ice pellets, and energy dissipation is small.
What the above-mentioned purpose of the utility model was realized by following technical solution：A kind of ice that can continuously manufacture ice pellets
Grain manufacture system, it is characterised in that：The ice pellets manufacture system includes ice water cold, ice water bucket, ice pellets shaping box, ice water filtering
Device, ice water circulation pump, Sorbet heat exchanger, Sorbet temperature reducing unit and wind cooling temperature lowering unit, the ice pellets shaping box have babinet, case
There is body inner cavity, interior intracavitary to be provided with grid crawler belt, ice water circulation bucket and go out ice channel, and grid crawler belt is located at the top of inner cavity,
Grid crawler belt is placed on ice water circulation bucket, goes out the side that ice channel is located at babinet, and ice water cold and ice water bucket are changed by coil pipe
Hot device is connected, and ice water bucket is connected with the ice water circulation bucket of ice pellets shaping box by pipeline, and ice water cold and ice water bucket are used for
Ice water is manufactured, the ice water of manufacture is delivered to ice water circulation bucket, is used for ice pellets granulating and forming, ice water circulation bucket and the ice water mistake
Filter, ice water circulation pump, Sorbet heat exchanger are sequentially connected logical, Sorbet heat exchanger and the Sorbet temperature reducing unit phase by pipeline
Connection, ice water enter ice water circulation after the filtering of ice water filter and pump, ice water circulation pump again by ice water pump to Sorbet heat exchanger,
Sorbet temperature reducing unit is used to cool down to the ice water in Sorbet heat exchanger, and in Sorbet heat exchanger, part ice water is by cold at Sorbet, shape
At Sorbet and the mixture of water, the one outlet end of the Sorbet heat exchanger is connected with a mixture delivery pipe, mixture
Delivery pipe passes through the babinet of ice pellets shaping box, nozzle to stretch into inner cavity, and the nozzle of mixture delivery pipe is located at the top of grid crawler belt,
The mixture of Sorbet and water is delivered to the top of cabinets cavity by the mixture delivery pipe, and the grid for falling to circular flow is carried out
In band, in grid crawler belt, the mixture of Sorbet and water detaches under the centrifugation of grid, and ice water falls into cycle ice water bucket
In, pass through ice water circulation pump circulation again, Sorbet then stays on grid crawler belt, and it is logical to be delivered to out ice under the drive of grid crawler belt
Road, for the wind cooling temperature lowering unit for persistently blowing a cold wind over to the Sorbet on grid crawler belt, Sorbet is gradually long after being blown by cold wind
Become ice pellets greatly, ice pellets exports after falling into out ice channel.
In the utility model, the Sorbet temperature reducing unit includes that pumps for cryogenic media, cryogenic media heat exchanger and Sorbet are cold
Machine, the outlet end of Sorbet cold is connected with an input end of cryogenic media heat exchanger, for reducing cryogenic media heat exchanger
The one outlet end of interior medium temperature, cryogenic media heat exchanger is connected with the input end of pumps for cryogenic media, pumps for cryogenic media
Be connected with an input end of Sorbet heat exchanger, by pumps for cryogenic media to Sorbet heat exchanger be pumped transporting low temperature medium,
To the ice water cooling in Sorbet heat exchanger, the one outlet end of Sorbet heat exchanger and another input end of cryogenic media heat exchanger
It is connected, the cryogenic media in Sorbet heat exchanger after heat exchange conveys again to be back in the cryogenic media heat exchanger, low temperature
Another outlet end of media heat exchanger is connected with the input end of Sorbet cold, cycles back to the cryogenic media of Sorbet cold again
It is secondary to cool down in Sorbet cold, it then circulates, then cryogenic media heat exchanger is delivered to by the outlet end of Sorbet cold
In the utility model, the wind cooling temperature lowering unit includes cold wind cold, cold wind heat exchanger, cold wind wind turbine and cold wind
Pipe, there are two air inlet and two air outlets, an air inlet of cold wind heat exchanger and an air outlets to divide for cold wind heat exchanger tool
It is not connected with the air outlet of the cold wind cold and air inlet, for receiving the cold wind from cold wind cold, cold wind heat exchanger
Another air inlet be connected with the air outlet of cold wind wind turbine, the air inlet of cold wind wind turbine stretches into the interior intracavitary of babinet, cold wind
Another air outlet of heat exchanger is connected with the air inlet of cool air hose, and the air outlet of cool air hose stretches into the interior intracavitary of babinet, cold
The cold wind of air hose blowout is used to cool down to the Sorbet on grid crawler belt.
In the utility model, the coil heat exchanger is built in ice water bucket, and the outer surface of ice water bucket is enclosed with one layer
The insulating layer of 100mm thickness.
In the utility model, the water outlet of the ice water bucket is higher than the entrance of ice water circulation bucket, and the water in ice water bucket is in weight
Enter in ice water circulation bucket under the action of power.
In the utility model, it is provided with liquid level gauge in the ice water bucket, for showing the water level in bucket.
In the utility model, the preferred ethylene glycol of the cryogenic media, any type can be in 0 DEG C or less the object by pump pumping
Matter all can serve as the cryogenic media of the utility model.
In the utility model, the Sorbet heat exchanger, cryogenic media heat exchanger and cold wind heat exchanger are preferably shell-and-tube
Heat exchanger, is not limited to structural shape, and the heat exchange that any type can exchange heat all can be used as the heat exchanger of the utility model.
In the utility model, ice water cold and ice water bucket responsibility system manufacture ice water, ice pellets shaping box are supplied to, for finally making
Grain molding.Ice water in ice water bucket is entered by the pipeline of ice water bottom of the barrel in ice pellets shaping box, in ice pellets shaping box bottom, ice
Water enters ice water circulation after the filtering of ice water filter and pumps, and ice water circulation pump again send ice water into Sorbet heat exchanger, ice
Water is cooled down in Sorbet heat exchanger, and part ice water, at Sorbet, forms the mixture of Sorbet and water by cold.The mixture of Sorbet and water
It returns at the top of ice pellets shaping box, falls in the grid crawler belt of circular flow.In grid crawler belt, the separation of Sorbet and water in grid
It is detached under effect, ice water is fallen into cycle ice water bucket, passes through ice water circulation pump circulation again.Sorbet then stays in grid crawler belt
On, go to ice mouth under the drive of motor.In this process, the cold wind that Sorbet is blown by cold wind wind turbine, gradually grows up
As ice pellets.Before falling into ice mouth, the size of ice pellets is grown up to required size, is then fallen into ice mouth.
Description of the drawings
The utility model is described in further details with reference to the accompanying drawings and detailed description.
Fig. 1 is the overall structure diagram of the utility model ice pellets manufacturing device
In figure：1 ice water cold, 2 ice water buckets, 21 coil heat exchangers, 3 ice pellets shaping boxs, 31 grid crawler belts,
32 ice water circulation buckets, 33 go out ice channel, 34 babinets, 4 ice water filters, 5 ice water circulations pump,
6 Sorbet heat exchangers, 7 pumps for cryogenic media, 8 cryogenic media heat exchangers, 9 Sorbet cold,
10 cold wind cold, 11 cold wind heat exchangers, 12 cold wind wind turbines, 13 mixture delivery pipes, 14 cool air hoses.
Specific implementation mode
A kind of ice pellets manufacture system that can continuously manufacture ice pellets as shown in Figure 1, including ice water cold 1, ice water bucket 2,
Ice pellets shaping box 3, ice water filter 4, ice water circulation pump 5, Sorbet heat exchanger 6, Sorbet temperature reducing unit and wind cooling temperature lowering unit.
There is ice pellets shaping box 3 babinet 34, babinet 34 there is inner cavity, interior intracavitary to be provided with grid crawler belt 31, ice water circulation
Bucket 32 and goes out ice channel 33, and grid crawler belt 31 is located at the top of inner cavity, and grid crawler belt 31 is placed on ice water circulation bucket 32, goes out ice
Channel 33 is located at the side of babinet 34, and ice water cold 1 is connected with ice water bucket 2 by coil heat exchanger 21, coil heat exchanger 21
It is built in ice water bucket 2, the outer surface of ice water bucket 2 is enclosed with the insulating layer of one layer of 100mm thickness, ice water bucket 2 and ice pellets shaping box 3
Ice water circulation bucket 32 be connected by pipeline, for manufacturing ice water, the ice water of manufacture is delivered to for ice water cold 1 and ice water bucket 2
Ice water circulation bucket 32, is used for ice pellets granulating and forming, and ice water circulation bucket 32 exchanges heat with ice water filter 4, ice water circulation pump 5, Sorbet
Device 6 is sequentially connected logical by pipeline, and Sorbet heat exchanger 6 is connected with Sorbet temperature reducing unit, and ice water is after the filtering of ice water filter 4
Into ice water circulation pump 5, ice water circulation pump 5 is again by ice water pump to Sorbet heat exchanger 6, and Sorbet temperature reducing unit to Sorbet for changing
Ice water cooling in hot device 6, in Sorbet heat exchanger 6, part ice water, at Sorbet, forms the mixture of Sorbet and water, ice by cold
The one outlet end of husky heat exchanger 6 is connected with a mixture delivery pipe 13, and mixture delivery pipe 13 passes through ice pellets shaping box 3
Babinet 34, nozzle stretch into inner cavity, and the nozzle of mixture delivery pipe 13 is located at the mixture of the top of grid crawler belt 31, Sorbet and water
It is delivered to the top of 34 inner cavity of babinet by the mixture delivery pipe 13, falls in the grid crawler belt 31 of circular flow, in lattice
In grid crawler belt 31, the mixture of Sorbet and water detaches under the centrifugation of grid, and ice water is fallen into cycle ice water bucket 32, again
By 5 cycle of ice water circulation pump, Sorbet then stays on grid crawler belt 31, and ice channel is delivered to out under the drive of grid crawler belt 31
33, wind cooling temperature lowering unit is for persistently blowing a cold wind over to the Sorbet on grid crawler belt 31, Sorbet gradual long great achievement after being blown by cold wind
For ice pellets, ice pellets exports after falling into out ice channel 33.
In the utility model, Sorbet temperature reducing unit includes pumps for cryogenic media 7, cryogenic media heat exchanger 8 and Sorbet cold 9,
The outlet end of Sorbet cold 9 is connected with an input end of cryogenic media heat exchanger 8, for reducing cryogenic media heat exchanger 8
The one outlet end of interior medium temperature, cryogenic media heat exchanger 8 is connected with the input end of pumps for cryogenic media 7, cryogenic media
Pump 7 is connected with an input end of Sorbet heat exchanger 6, and transporting low temperature is pumped to Sorbet heat exchanger 6 by pumps for cryogenic media 7
Medium, to the ice water cooling in Sorbet heat exchanger 6, cryogenic media is ethylene glycol, the one outlet end of Sorbet heat exchanger 6 and low temperature
Another input end of media heat exchanger 8 is connected, and the cryogenic media in Sorbet heat exchanger 6 after heat exchange conveys again to be back to
In cryogenic media heat exchanger 8, another outlet end of cryogenic media heat exchanger 8 is connected with the input end of Sorbet cold 9, cycle
It is back to the cryogenic media cooling in Sorbet cold 9 again of Sorbet cold 9, is then circulated, then going out by Sorbet cold 9
Mouth end is delivered to cryogenic media heat exchanger 8
In the utility model, wind cooling temperature lowering unit includes cold wind cold 10, cold wind heat exchanger 11, cold wind wind turbine 12 and cold wind
Pipe 14, there are two air inlet and two air outlets, an air inlet of cold wind heat exchanger 11 and one go out the tool of cold wind heat exchanger 11
Air port is connected with the air outlet of cold wind cold 10 and air inlet respectively, for receiving the cold wind from cold wind cold 10, cold wind
Another air inlet of heat exchanger 11 is connected with the air outlet of cold wind wind turbine 12, and the air inlet of cold wind wind turbine 12 stretches into babinet 34
Interior intracavitary, another air outlet of cold wind heat exchanger 11 is connected with the air inlet of cool air hose 14, the air outlet of cool air hose 14
The interior intracavitary of babinet 34 is stretched into, the cold wind that cool air hose 14 is blown out is used to cool down to the Sorbet on grid crawler belt 31.
In the utility model, the water outlet of ice water bucket 2 is higher than the entrance of ice water circulation bucket 32, and the water in ice water bucket 2 is in weight
Enter in ice water circulation bucket 32 under the action of power.It is provided with liquid level gauge in ice water bucket 2, for showing the water level in bucket, such as fruit ice
Water shortage in bucket 2 is then supplemented by the water supplement port on ice water bucket top.Sorbet heat exchanger 6,8 and of cryogenic media heat exchanger
Cold wind heat exchanger 11 is shell-and-tube heat exchanger.
When the ice pellets manufacture system works, -0 DEG C of cold water is first prepared, become Sorbet and water after -0 DEG C of cold water cooling
The mixture of mixture, Sorbet and water is separated into Sorbet and water, and ice water cools down again, and Sorbet then passes through cold wind and cools down, and becomes
The consistent ice pellets of grain size.The ice pellets manufacture system can continuously manufacture the consistent ice pellets of granular size.
The ice pellets manufacture system of the utility model has back between the coil heat exchanger in ice water cold 1 and ice water bucket 2
Two groups of pipeline connections.When work, ice water cold 1 continues low-temperature receiver being sent into coil pipe, passes through the temperature transmitter control in ice water bucket 2
Water refrigeration in ice water bucket is arrived -0 DEG C by the low-temperature receiver output quantity of ice making water cooling unit 1.The water outlet of ice water bucket 2 is than ice pellets shaping box 3
Ice water circulation bucket entrance it is high, -0 DEG C of water of ice water bucket 2 is under gravity, continuous to enter in cycle ice water bucket.
If the water shortage in ice water bucket 2, supplemented by the water supplement port on ice water bucket top.
There are two air hoses of one-in-and-one-out in the upper end of the circular flow from right to left of grid crawler belt 31,34 cavity of babinet, respectively with
The hot junction of cold wind wind turbine 12 is connected with cool air hose 14.The upper surface of cavity is Sorbet entrance by right end, with mixture delivery pipe 13
It is connected, the mixture for receiving Sorbet and water from Sorbet heat exchanger 6.
- 0 DEG C of water in the ice water circulation bucket of ice pellets shaping box 3 is sent into ice by ice water filter 4 by ice water circulation pump 5
In husky heat exchanger, by absorbing cold caused by pumps for cryogenic media 7, become the mixture of Sorbet and water, finally by ice pellets
The Sorbet entrance of shaping box 3 enters the epicoele of ice pellets shaping box 3, falls on grid crawler belt 31.Lattice are installed on grid crawler belt 31
Grid, grid can separate Sorbet and water, and Sorbet stays on crawler belt, and water falls into the ice water circulation bucket in ice pellets molding machine 3
In.Grid crawler belt 31 rotates under the drive of motor, may be implemented constantly from right toward left movement, i.e., by Sorbet constantly by ice
Husky entrance is sent to ice mouth.In this process, cold wind wind turbine 12 will be sent into cold from the hot wind of 3 epicoele right end of ice pellets shaping box
In wind heat exchanger 11, hot wind absorbs the cold from cold wind cold 10, and temperature drops to -15 DEG C, become to return to after cold wind ice pellets at
3 epicoele left end of molding box, cold is transmitted to has grid crawler belt to transport on the Sorbet come at this time, and Sorbet receives cold, at this from the right side
Ice pellets must slowly be become during moving downward.Since the temperature of Sorbet is certain, the temperature of cold wind is certain, the fortune of crawler belt grid
Dynamic speed is certain, and therefore, the cold that all Sorbets obtain is certain, and when all Sorbets become ice pellets, the grain size of ice pellets is certain
's.Ice pellets falls into out ice channel 33, is collected by worker after the left end of grid crawler belt 31 is formed.
Pumps for cryogenic media 7 is connect by pipeline with Sorbet heat exchanger 6, cryogenic media heat exchanger 8.Pipeline wherein pours into low temperature
Medium ethylene glycol.Temperature can be pumped into down to -8 DEG C of ethylene glycol under the pumping of pumps for cryogenic media 7 in Sorbet heat exchanger 6, will be cold
Amount gives the ice water in 6 hot junction of Sorbet heat exchanger, makes the reduction of its temperature, becomes the mixture of Sorbet and water.The cold quilt of ethylene glycol
After changing away, become -2 DEG C, subsequently into the hot junction of cryogenic media heat exchanger 8, in cryogenic media heat exchanger 8, by ice water cold 9
The cold cooling sent, becomes -8 DEG C again.
In the utility model, ice water cold 1, Sorbet cold 9 and cold wind cold 10 are connected with cooling tower, pass through cooling
Tower takes away heat.
As the transformation of the utility model, cryogenic media is not limited to ethylene glycol, and any type can be pumped at 0 DEG C or less by pump
The substance sent all can serve as the cryogenic media of the utility model.Sorbet heat exchanger, cryogenic media heat exchanger and the cold wind
Heat exchanger is preferably shell-and-tube heat exchanger, is not limited to structural shape, and the heat exchange that any type can exchange heat all can be used as this reality
With novel heat exchanger.
Above-described embodiment of the utility model is not the restriction to scope of protection of the utility model, the reality of the utility model
It is without being limited thereto to apply mode, all this kind the above according to the present utility model, according to the ordinary technical knowledge of this field and used
With means, under the premise of not departing from the utility model above-mentioned basic fundamental thought, the utility model above structure is made its
The modification, replacement or change of its diversified forms, shall fall within the scope of the present invention.
Claims (9)
1. a kind of ice pellets manufacture system that can continuously manufacture ice pellets, it is characterised in that：The ice pellets manufacture system includes ice water
Cold (1), ice water bucket (2), ice pellets shaping box (3), ice water filter (4), ice water circulation pump (5), Sorbet heat exchanger (6), ice
There is babinet (34), babinet (34) to have inner cavity, inner cavity for husky temperature reducing unit and wind cooling temperature lowering unit, the ice pellets shaping box (3)
It being inside provided with grid crawler belt (31), ice water circulation bucket (32) and goes out ice channel (33), grid crawler belt (31) is located at the top of inner cavity,
Grid crawler belt (31) is placed on ice water circulation bucket (32), goes out the side that ice channel (33) is located at babinet (34), ice water cold (1)
It is connected by coil heat exchanger (21) with ice water bucket (2), the ice water circulation bucket (32) of ice water bucket (2) and ice pellets shaping box (3)
It is connected by pipeline, for manufacturing ice water, the ice water of manufacture is delivered to ice water circulation bucket for ice water cold (1) and ice water bucket (2)
(32), ice pellets granulating and forming, ice water circulation bucket (32) and the ice water filter (4), ice water circulation pump (5), Sorbet are used for
Heat exchanger (6) is sequentially connected logical by pipeline, and Sorbet heat exchanger (6) is connected with the Sorbet temperature reducing unit, and ice water is through ice
Entering ice water circulation after water filter (4) filtering and pumps (5), ice water circulation pumps (5) again by ice water pump to Sorbet heat exchanger (6),
Sorbet temperature reducing unit is used to cool down to the ice water in Sorbet heat exchanger (6), in the Sorbet heat exchanger (6), part ice water by it is cold at
Sorbet, forms the mixture of Sorbet and water, and the one outlet end of the Sorbet heat exchanger (6) is connected with a mixture conveying
It manages (13), mixture delivery pipe (13) passes through the babinet (34) of ice pellets shaping box (3), nozzle to stretch into inner cavity, mixture delivery pipe
(13) nozzle is located at the top of grid crawler belt (31), and the mixture of Sorbet and water is delivered to by the mixture delivery pipe (13)
The top of babinet (34) inner cavity, falls in the grid crawler belt (31) of circular flow, in grid crawler belt (31), Sorbet and water
Mixture detaches under the centrifugation of grid, and ice water is fallen into cycle ice water bucket (32), passes through ice water circulation pump (5) again and follows
Ring, Sorbet then stay on grid crawler belt (31), are delivered to out ice channel (33) under grid crawler belt (31) drive, described is air-cooled
For temperature reducing unit for persistently blowing a cold wind over to the Sorbet on grid crawler belt (31), Sorbet gradually grows up into ice after being blown by cold wind
Grain, ice pellets fall into out ice channel (33) and export afterwards.
2. can continuously manufacture the ice pellets manufacture system of ice pellets as described in claim 1, it is characterised in that：The Sorbet drop
Warm unit includes pumps for cryogenic media (7), cryogenic media heat exchanger (8) and Sorbet cold (9), the outlet end of Sorbet cold (9) with
One input end of cryogenic media heat exchanger (8) is connected, low for reducing the medium temperature in cryogenic media heat exchanger (8)
The one outlet end of warm media heat exchanger (8) is connected with the input end of pumps for cryogenic media (7), pumps for cryogenic media (7) and ice
One input end of husky heat exchanger (6) is connected, and being pumped transporting low temperature to Sorbet heat exchanger (6) by pumps for cryogenic media (7) is situated between
Matter, to the ice water cooling in Sorbet heat exchanger (6), one outlet end and the cryogenic media heat exchanger (8) of Sorbet heat exchanger (6)
Another input end is connected, and the cryogenic media in Sorbet heat exchanger (6) after heat exchange conveys again is back to low temperature Jie
In matter heat exchanger (8), another outlet end of cryogenic media heat exchanger (8) is connected with the input end of Sorbet cold (9), cycle
It is back to the cryogenic media cooling in Sorbet cold (9) again of Sorbet cold (9), is then circulated, then pass through Sorbet cold
(9) outlet end is delivered to cryogenic media heat exchanger (8)
3. can continuously manufacture the ice pellets manufacture system of ice pellets as described in claim 1, it is characterised in that：The air-cooled drop
Warm unit includes cold wind cold (10), cold wind heat exchanger (11), cold wind wind turbine (12) and cool air hose (14), cold wind heat exchanger (11)
Tool there are two air inlet and two air outlets, the air inlet and an air outlet of cold wind heat exchanger (11) respectively with it is described cold
The air outlet of Air cooler (10) is connected with air inlet, for receiving the cold wind from cold wind cold (10), cold wind heat exchanger
(11) another air inlet is connected with the air outlet of cold wind wind turbine (12), and the air inlet of cold wind wind turbine (12) stretches into babinet
(34) another air outlet of interior intracavitary, cold wind heat exchanger (11) is connected with the air inlet of cool air hose (14), cool air hose
(14) air outlet stretches into the interior intracavitary of babinet (34), and the cold wind of cool air hose (14) blowout is used for the ice on grid crawler belt (31)
Sand cooling.
4. can continuously manufacture the ice pellets manufacture system of ice pellets as described in claim 1, it is characterised in that：The coil heat exchange
Device (21) is built in ice water bucket (2).
5. can continuously manufacture the ice pellets manufacture system of ice pellets as described in claim 1, it is characterised in that：The ice water bucket
(2) water outlet is higher than the entrance of ice water circulation bucket (32), and the water in ice water bucket (2) enters ice water circulation under gravity
In bucket (32).
6. can continuously manufacture the ice pellets manufacture system of ice pellets as described in claim 1, it is characterised in that：The ice water bucket
(2) it is provided with liquid level gauge in, for showing the water level in bucket.
7. can continuously manufacture the ice pellets manufacture system of ice pellets as claimed in claim 2, it is characterised in that：The low temperature is situated between
Matter is ethylene glycol.
8. can continuously manufacture the ice pellets manufacture system of ice pellets as claimed in claim 2, it is characterised in that：The low temperature is situated between
Matter heat exchanger (8) is shell-and-tube heat exchanger.
9. can continuously manufacture the ice pellets manufacture system of ice pellets as claimed in claim 3, it is characterised in that：The cold wind changes
Hot device (11) is shell-and-tube heat exchanger.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508788.2U CN207729884U (en) | 2017-11-13 | 2017-11-13 | A kind of ice pellets manufacture system that can continuously manufacture ice pellets |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721508788.2U CN207729884U (en) | 2017-11-13 | 2017-11-13 | A kind of ice pellets manufacture system that can continuously manufacture ice pellets |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207729884U true CN207729884U (en) | 2018-08-14 |
Family
ID=63087865
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721508788.2U Withdrawn - After Issue CN207729884U (en) | 2017-11-13 | 2017-11-13 | A kind of ice pellets manufacture system that can continuously manufacture ice pellets |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207729884U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107894123A (en) * | 2017-11-13 | 2018-04-10 | 中国电器科学研究院有限公司 | A kind of ice pellets manufacture system that can continuously manufacture ice pellets |
| CN113928363A (en) * | 2021-11-15 | 2022-01-14 | 安徽远嘉轨道车辆装备有限公司 | Rail vehicle bogie deicing device |
-
2017
- 2017-11-13 CN CN201721508788.2U patent/CN207729884U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107894123A (en) * | 2017-11-13 | 2018-04-10 | 中国电器科学研究院有限公司 | A kind of ice pellets manufacture system that can continuously manufacture ice pellets |
| CN107894123B (en) * | 2017-11-13 | 2023-10-20 | 中国电器科学研究院股份有限公司 | Ice grain manufacturing system capable of continuously manufacturing ice grains |
| CN113928363A (en) * | 2021-11-15 | 2022-01-14 | 安徽远嘉轨道车辆装备有限公司 | Rail vehicle bogie deicing device |
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Granted publication date: 20180814 Effective date of abandoning: 20231020 |
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