CN208567232U - A kind of fluid state ice automatic storing, conveying and metering system - Google Patents
A kind of fluid state ice automatic storing, conveying and metering system Download PDFInfo
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- CN208567232U CN208567232U CN201820892716.0U CN201820892716U CN208567232U CN 208567232 U CN208567232 U CN 208567232U CN 201820892716 U CN201820892716 U CN 201820892716U CN 208567232 U CN208567232 U CN 208567232U
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Abstract
The utility model relates to a kind of fluid state ice automatic storing, conveying and metering systems, including ice making unit, icebox, mixing chamber, dial ice unit, ice-breaking storehouse and control unit, described control unit includes the sensing unit, controlled valve and controller being electrically connected with each other, and sensing unit includes liquid level sensor, the second liquid level sensor and third liquid level sensor and gravity sensor；Controller by the feedback information of sensing unit control ice making unit, icebox, mixing chamber, ice-breaking storehouse switching operations；It dials ice unit the solid ice in icebox is delivered in ice-breaking storehouse, ice breaker by solid ice it is broken after by transporter broken ice is delivered in mixing chamber through communicating pipe, formation ice slurry is exported by efferent duct to needing freezing point after the agitated machine uniform stirring of the broken ice in mixing chamber.Above-mentioned fluid state ice system can be automatically performed the advantages of storage, conveying and metering as needed.
Description
Technical field
The utility model relates to a kind of fluid state ice manufacturing system, especially a kind of automatic storing of fluid state ice, conveying and
Metering system.
Background technique
There are many fluid state ice generating means currently on the market, and the mode for generating fluid state ice is also had nothing in common with each other, and are all small-scale
Output, being used while making, but on a large scale with fluidised form ice slurry and to the concentration of ice and water ratio requires in fluidised form ice slurry when, just
It is unable to satisfy the requirement of end production technology, cannot achieve automatic storing and by concentration than automatic conveying, currently on the market also
Not similar product.
The drawbacks of traditional design and production:
1. cannot achieve extensive fluidised form ice slurry automatic storage and automatic conveying；
2. can not require according to the technique of end ice slurry concentration, reach the concentration mixing ratio of ice and water in fluidised form ice slurry；
3. cannot achieve the measuring requirement for remotely infusing ice slurry automatically with ice slurry point.
Utility model content
In view of the above situation, it is necessary to which a kind of fluidised form for being automatically performed storage, conveying and metering system as needed is provided
Ice manufacturing system.
In order to solve the above technical problems, providing a kind of fluid state ice automatic storing, conveying and metering system, comprising:
Ice making unit；
Icebox comprising ice storage storehouse, the ice storage storehouse include the reservoir bed of lower end and the ice storage layer of upper end, the reservoir bed
It is connected respectively with the water inlet of the ice making unit and ice mouth by the first ice water pipe and ice pipe with the ice storage layer, is also wrapped
Include the water supply pipe to reservoir bed moisturizing；
Mixing chamber comprising blender, the connection blender motor, export ice slurry efferent duct and with the water storage
The second ice water pipe that layer communicates；
Ice-breaking storehouse is connected between the ice-breaking storehouse and the mixing chamber by communicating pipe, and ice-breaking is equipped in the ice-breaking storehouse
Machine, transporter and the second motor, the third motor that connect the ice breaker and the transporter,
Ice unit is dialled, described group of ice unit is set to the upper end in the ice storage storehouse and can be defeated by the solid ice in the ice storage storehouse
It send to the ice-breaking storehouse；
Control unit comprising sensing unit, controlled valve and the controller being electrically connected with each other, the sensing unit point
It does not include set on the reservoir bed, the ice storage layer and the first liquid level sensor, the second liquid level sensor in the mixing chamber
With third liquid level sensor, the gravity sensor set on ice-breaking orlop portion and the position sensing on described group of ice unit
Device；The controlled valve includes the first switch valve being set on the first ice water pipe, set on the second switch of the water supply pipe
Valve, the third switch valve set on the communicating pipe and the 4th switch valve set on the second ice water pipe, the controller pass through
The feedback information of the sensing unit controls the controlled valve, blender, ice breaker, transporter and the switch fortune for dialling ice unit
Make；
The solid ice in the ice storage storehouse is delivered in the ice-breaking storehouse by described group of ice unit, and the ice breaker is by solid ice
The broken ice is delivered in the mixing chamber through the communicating pipe by the transporter after broken, in the mixing chamber
Broken ice forms ice slurry after the blender uniform stirring and is exported by the efferent duct to needing freezing point.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the icebox includes that tool is closed
The outer storehouse of cavity, the icebox are fixedly installed in the airtight cavity, and the first ice water pipe and the ice pipe are each passed through
The cavity wall in the outer storehouse is connect with the ice making unit, and the cavity wall that the water supply pipe passes through the outer storehouse is connect with water supply source,
The cavity wall that the efferent duct passes through the outer storehouse is connect with freezing point is needed.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the outer storehouse includes outer framework
And the insulating layer set on outer framework inner wall, the ice storage storehouse include the insulation shell of outer layer, are poly- ammonia inside the insulation shell
Ester material.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the both ends point in the ice storage storehouse
Fixed column is not installed, one end of the fixed column is each passed through the ice storage layer and reservoir bed and ice storage orlop portion is solid
Fixed, the other end is individually fixed in the top in the outer storehouse, and the both ends of described group of ice unit are respectively arranged in a fixed column
On, it is connected separately with a fixing line in the top and bottom of the fixed column, two fixing lines are separately connected another described solid
The lower end and upper end of fixed column.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, described group of ice unit includes carrying out
Band and the bearing at the fixed crawler belt both ends, are connected with the motor being electrically connected with the controller on a wherein bearing,
The crawler belt, which is equipped with, dials ice part, and the crawler belt is set to above the ice storage layer and one end is corresponding with the Hatch Opening in the ice-breaking storehouse
Setting, described group of ice part are inserted into the ice storage layer and can drive in coast ice to the ice-breaking storehouse with the crawler belt is mobile.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, described group of ice part includes fixing
Part and plectrum, described fixing piece one end are fixed with the crawler belt, and the other end is fixed with the plectrum, and the plectrum is " n " shape
Laminated structure.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the ice-breaking storehouse includes chamber
Body, the ice breaker are fixedly installed in the cavity, and the transporter is set to below the ice breaker, and both ends pass through bearing
It is fixed on the cavity, the transporter is spiral conveyer, and described communicating pipe one end is connected to the mixing chamber, another
End is communicated with the cavity.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the transporter is by two spiral shells
Revolve transporter be connected with each other composition, the hand of spiral of two spiral conveyers is symmetrical, described communicating pipe one end with it is described
Mixing chamber connection, the other end are communicated with below the junction for being set to two spiral conveyers and with the cavity.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, it is additionally provided in the mixing chamber
Screw pump, the screw pump are set on the efferent duct.
In above-mentioned the utility model fluid state ice automatic storing, conveying and metering system, the first switch valve with
An electronic water stream meter is equipped between the water inlet of the ice making unit, the electronic water stream meter electrically connects with the controller
It connects；A water pump is additionally provided between the second switch valve and water supply source.
Above-mentioned fluid state ice automatic storing, conveying and metering system, can automatic storage ice ice storage storehouse combine control unit
Automatic storage, control ice storage storehouse in capacity, according to need ice signal convey automatically ice, automatic gauge, automatic stirring mix so that
Mixture of ice and water reaches the ice slurry proportion state of setting, then is delivered to needs freezing point outward by screw pump.
Realize fluidised form ice slurry automatic storing；Realize that fluidised form ice slurry requires the concentration ratio of automatic mixing ice and water according to technique
And realize that fluidised form ice slurry remotely conveys and requires automatic gauge according to technique filling.
Detailed description of the invention
Fig. 1 is the utility model fluid state ice automatic storing, conveying and metering system overall structure diagram.
Fig. 2 is the utility model fluid state ice automatic storing, mixing chamber and ice-breaking storehouse internal junction in conveying and metering system
Structure schematic diagram.
Fig. 3 is that ice cellular construction schematic diagram is dialled in the utility model fluid state ice automatic storing, conveying and metering system.
Fig. 4 is the utility model fluid state ice automatic storing, fixing piece and dials ice part structure and show in conveying and metering system
It is intended to.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, is further elaborated the utility model fluid state ice automatic storing, conveying and metering system.It should be appreciated that this
Locate described specific embodiment only to explain the utility model, is not used to limit the utility model.
Referring to Figure 1 and Fig. 2, a kind of fluid state ice automatic storing, conveying and metering system of the utility model embodiment,
Include:
Ice making unit 10, for liquid water to be fabricated to solid ice；
Icebox 20 comprising ice storage storehouse 22, the ice storage layer 224 of reservoir bed 222 and upper end of the ice storage storehouse 22 including lower end, when
After solid ice is flowed into ice storage storehouse 22 by ice mouth C by ice making unit 10, between the liquid water in solid ice and ice storage storehouse 22 by
Different in density between the two, the meeting of ice storage storehouse 22 AUTOMATIC ZONING, upper end is the ice sheet 224 for storing solid ice, and lower part is storage
The reservoir bed 222 of water；Reservoir bed 222 and ice storage layer 224 pass through first with the water inlet B of ice making unit 10 and ice mouth C respectively
Ice water pipe 31 is connected with ice pipe 32, and ice making unit 10 is used to for liquid water being fabricated to coast ice, and water is flowed by water inlet B and made ice
Unit 10 is flowed out by ice mouth C；The water supply pipe 33 of 222 moisturizing of reservoir bed is additionally provided in ice storage storehouse 22, when solid ice production is got over
When coming more, needs to supplement water into ice storage storehouse 22 by water supply pipe 33, running water pipe moisturizing can be passed through；
Mixing chamber 50 comprising blender 52, connect blender 52 first motor 56, export ice slurry efferent duct 34 and
The the second ice water pipe 35 communicated with reservoir bed 222, mixing chamber 50 is interior to inject liquid water, stirring to it by the second ice water pipe 35
Machine 52 mutually stirs solid ice with liquid water by the drive of first motor 56, obtains the fluidised form ice slurry ice of needs, then by defeated
Outlet pipe 34 exports fluidised form ice slurry ice to needing freezing point；
Ice-breaking storehouse 40 is equipped with ice breaker by being connected to communicating pipe 36 between ice-breaking storehouse 40 and mixing chamber 50 in ice-breaking storehouse 40
42, the second motor 46 and third motor 48 of transporter 44 and connection ice breaker 42 and transporter 44,
Ice unit 60 is dialled, ice unit 60 is dialled and is set to the upper end in ice storage storehouse 22 and the solid ice in ice storage storehouse 22 can be delivered to
In ice-breaking storehouse 40；
Control unit comprising sensing unit, controlled valve and the controller 70 being electrically connected with each other, sensing unit difference
Including the first liquid level sensor 71,72 and of the second liquid level sensor being set in reservoir bed 222, ice storage layer 224 and mixing chamber 50
Third liquid level sensor 73, the gravity sensor 74 set on 40 bottom of ice-breaking storehouse and the position on described group of ice unit 60
Sensor；Controlled valve includes the first switch valve 75 on the first ice water pipe 31, the second switch valve set on water supply pipe 33
76, set on the third switch valve 77 of communicating pipe 36 and set on the 4th switch valve 78 of the second ice water pipe 35, controller 70 passes through biography
Feel feedback information control switch valve, blender 52, ice breaker 42 and the switching operations for dialling ice unit 60 of unit；
It dials ice unit 60 solid ice in ice storage storehouse 22 is delivered in ice-breaking storehouse 40, ice breaker 42 leads to after being crushed solid ice
It crosses transporter 44 and is delivered to broken ice in mixing chamber 50 through communicating pipe 36, the agitated machine 52 of the broken ice in mixing chamber 50 is
Ice slurry is formed after even stirring to export by efferent duct 34 to needing freezing point.
In the working principle of the utility model fluid state ice automatic storing, conveying and metering system are as follows:
One, automatic storage: as shown in Figure 1, liquid water in the reservoir bed 222 of 22 lower end of ice storage storehouse is exported by A from the
One ice water pipe 31 is delivered to the water inlet B entrance of ice making unit 10, and the mixture of ice and water for generating fluidised form by ice making unit 10 is logical
The outlet the ice mouth C outflow cocurrent for crossing ice making unit 10 enters D entrance to ice storage layer 224, into inside ice storage storehouse 22, due to
The density of ice is lower than the density of water, and mixed ice slurry can AUTOMATIC ZONING after being flowed into ice storage storehouse 22.Mixture of ice and water enters ice storage
After storehouse 22 is layered, water level and ice are carried out by the first liquid level sensor 71 inside ice storage storehouse 22 and the second liquid level sensor 72
The automatic sensing of position, the water in ice storage storehouse 22 feed back to controller 70,70 basis of controller by the second liquid level sensor 72
Feedback signal exports to control second switch valve 76 and open to 22 moisturizing of ice storage storehouse, with continuous moisturizing and ice making unit 10 automatically
Cooling, water and ice amount in ice storage storehouse 22 can be more and more, and when being triggered to the first liquid level sensor 71, the first liquid level is passed
To controller 70, controller 70 exports two switch valves 76 of control based on the feedback signal and closes to be stopped 71 automatic feedback signal of sensor
The water of moisturizing, 22 lower part reservoir bed 222 of ice storage storehouse may continue to be recycled with ice making unit 10, constantly produce ice water mixing
Object, the ice accumulation of the ice storage layer 224 on upper layer is more and more in ice storage storehouse 22, since the density of ice is less than the density of water, ice storage storehouse
More and more water are converted to ice in 22, and the volume of ice is greater than the volume of water under equal quality, therefore when upper in ice storage storehouse 22
When layer ice storage layer 224 is triggered to the position sensor on group ice unit 60, position sensor is by feedback signal to controller 70, control
Device 70 processed outputs signal to ice making unit 10 and first switch valve 753 automatically, is finally stopped ice-make cycle, and storing state is completed.
Two, automatic defeated ice:
When dialling ice unit 60 and needing to convey ice by external signal feedback, controller 70 outputs signal to group ice unit 60,
Dialling ice unit 60 will be pushed in ice-breaking storehouse 40 close to the ice for dialling ice unit 60, while second switch valve 76 is opened, and is started to storage
Ice storehouse 22 runs moisturizing, and ice making unit 10 starts ice-make cycle again, can keep the ice face of 22 upper layer ice storage layer 224 of ice storage storehouse always
It is in contact with ice unit 60 is dialled, so as to smooth defeated ice.
The ice of 22 upper layer ice storage layer 224 of ice storage storehouse toggles it in ice-breaking storehouse 40 by dialling ice unit 60, at this time ice-breaking storehouse 40
Interior ice breaker 42 brings into operation, and ice breaker 42 keeps the loose condition (of surface) of ice after running, and the gravity of 40 bottom of ice-breaking storehouse installation passes
Sensor 74, according to the weight of ice in the parameter automatic sensing ice-breaking storehouse 40 of the setting of controller 70, when the weight of ice in ice-breaking storehouse 40
After the weight for reaching the setting of controller 70, the output control signal of controller 70 makes group ice unit 60 stop dialling ice movement, ice is temporary
Be stored in ice-breaking storehouse 40, third liquid level sensor 73 for the water level height situation inside automatic sensing mixing chamber 50, be used for and
When feedback signal to controller 70, so that controller 70 judges automatically the value range of parameter preset.
Three, automatic gauge:
Setting in ice-breaking storehouse 40 according to controller 70 instructs the ice of temporary constant weight, at this time 50 bottom of mixing chamber
4th switch valve 78 of the second ice water pipe 35 is opened, and 222 inner cold water of reservoir bed of 22 lower end of ice storage storehouse is passed through the second ice water pipe
35 enter in mixing chambers 50, and the 4th switch valve 78 is provided with the meter for collecting water signal, by meter by metrical information
Controller 70 is fed back to, after water reaches the setting value of controller 70, the output control signal of controller 70 makes the 4th switch valve
78 close, and the second ice water pipe 35 stops water inlet, while the output control signal of controller 70 makes the third switch valve in communicating pipe 36
77 automatically open；Transporter 44 inside ice-breaking storehouse 40 brings into operation, and the ice in ice-breaking storehouse 40 opens conveying by part transporter 44
By falling to mixing chamber 50 communicating pipe 36, while the output control signal of controller 70 opens the first motor 56 in mixing chamber 50
Begin to run, first motor 56 drives transporter 44 to start to rotate, and is sufficiently mixed ice and cold water in ice-breaking storehouse 40 uniformly.
External conveying signal is exported finally by controller 70, the well-mixed ice slurry in mixing chamber 50 passes through efferent duct
34 be transported to it is final external need freezing point, complete the automatic storage and transmission process of entire ice slurry system at this time.
The utility model the utility model realizes fluidised form ice slurry automatic storing；Realize that fluidised form ice slurry requires certainly according to technique
The concentration ratio of dynamic proportion ice and water；Realize that fluidised form ice slurry remotely conveys and requires automatic gauge according to technique filling.
Realize fluidised form ice slurry automatic storing；Realize that fluidised form ice slurry requires the concentration of automatic mixing ice and water according to technique
Than；Realize that fluidised form ice slurry remotely conveys and requires automatic gauge according to technique filling.
As shown in Figure 1, icebox 20 includes tool in the utility model fluid state ice automatic storing, conveying and metering system
The outer storehouse 24 of airtight cavity, icebox 20 are fixedly installed in airtight cavity, and the first ice water pipe 31 and ice pipe 32 are each passed through outer storehouse
24 cavity wall is connect with ice making unit 10, and the cavity wall that water supply pipe 33 passes through outer storehouse 24 is connect with water supply source, and efferent duct 34 passes through
The cavity wall in outer storehouse 24 is connect with freezing point is needed.
Outer storehouse 24 includes outer framework 242 and the insulating layer 244 set on 242 inner wall of outer framework, and ice storage storehouse 22 includes outer layer
Insulation shell 226 is polyurethane material inside insulation shell 226, has completely cut off external environment to automatic by multi-layer heat preserving mode
The influence of cold water and ice in ice storehouse.
It is separately installed with fixed column 80 at the both ends in ice storage storehouse 22, one end of fixed column 80 is each passed through 224 He of ice storage layer
Reservoir bed 222 is fixed with 22 bottom of ice storage storehouse, and the other end is individually fixed in the top in outer storehouse 24, dials the both ends point of ice unit 60
It is not installed in a fixed column 80, is connected separately with a fixing line 82 in the top and bottom of fixed column 80, two fixing lines 82 are divided
The lower end and upper end of another fixed column 80 are not connected.
As shown in Figures 2 to 4, the bearing 622 that ice unit 60 includes crawler belt 62 and fixed 62 both ends of crawler belt is dialled, wherein one
It is connected with the motor being electrically connected with controller 70 on bearing 622, is equipped on crawler belt 62 and dials ice part 64, crawler belt 62 is set to ice storage
Above layer 224 and one end and the Hatch Opening in ice-breaking storehouse 40 are correspondingly arranged, and group ice part 64 is inserted into ice storage layer 224 and can be with crawler belt 62
It is mobile to drive in coast ice to ice-breaking storehouse 40；It dials ice part 64 and includes fixing piece 642 and plectrum 644,642 one end of fixing piece and crawler belt
62 is fixed, and the other end and plectrum 644 are fixed, and plectrum 644 is the laminated structure of " n " shape, using the automatic poking ice knot of plectrum 644
Structure makes entirely to dial ice process operation simple and practical.
As shown in Fig. 2, ice-breaking storehouse 40 includes cavity 41, ice breaker 42 is fixedly installed in cavity 41, and transporter 44 is set
In 42 lower section of ice breaker, and both ends are fixed on cavity 41 by bearing, and transporter 44 is spiral conveyer, communicating pipe 36 1
End is connected to mixing chamber 50, and the other end is communicated with cavity 41.
Transporter 44 is made of two spiral conveyer interconnections, and the hand of spiral of two spiral conveyers is symmetrical,
Communicating pipe, 36 one end was connected to mixing chamber 50, the other end be set to two spiral conveyers junction below and with 41 phase of cavity
It is logical.
As shown in Fig. 2, being additionally provided with screw pump 58 in mixing chamber 50, screw pump 58 is set on efferent duct 34, passes through controller
70 outputs are external to convey signal, and the well-mixed ice slurry in mixing chamber 50 is started by the screw pump 58 being set in mixing chamber 50
Operation, ice slurry, which pressurizes to flow out to be transported to again through efferent duct 34 by screw pump 58, final external needs freezing point.
An electronic water stream meter 79, electronic water stream are equipped between first switch valve 75 and the water inlet B of ice making unit 10
Meter 79 and controller 70 are electrically connected, and water amount information is fed back to controller 70, is set as needed by electronic water stream meter 79
Controller 70 controls the on and off of first switch valve 75；A water pump is additionally provided between second switch valve 76 and water supply source
792, it is pressurizeed by water pump 792, can in time be 22 make-up water source of ice storage storehouse.
The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model
Limitation be not intended to limit the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe
Professional and technical personnel is known, is not being departed within the scope of technical solutions of the utility model, when in the technology using the disclosure above
Hold the equivalent embodiment for being modified or being modified to equivalent variations, but all without departing from technical solutions of the utility model
Hold, any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still
It is within the scope of the technical solutions of the present invention.
Claims (10)
1. a kind of fluid state ice automatic storing, conveying and metering system characterized by comprising
Ice making unit (10)；
Icebox (20) comprising ice storage storehouse (22), the ice storage storehouse (22) include the ice storage of reservoir bed (222) and upper end of lower end
Layer (224), the reservoir bed (222) and the ice storage layer (224) are respectively with the water inlet (B) of the ice making unit (10) and out
Ice mouth (C) is connected by the first ice water pipe (31) He Bingguan (32), further includes the water supply pipe to reservoir bed (222) moisturizing
(33)；
Mixing chamber (50) comprising blender (52), exports the defeated of ice slurry at the first motor (56) for connecting the blender (52)
Outlet pipe (34) and the second ice water pipe (35) communicated with the reservoir bed (222)；
Ice-breaking storehouse (40) is connected between the ice-breaking storehouse (40) and the mixing chamber (50) by communicating pipe (36), the ice-breaking
Equipped with ice breaker (42), transporter (44) and the second electricity for connecting the ice breaker (42) and the transporter (44) in storehouse (40)
Machine (46), third motor (48),
It dials ice unit (60), described group of ice unit (60) is set to the upper end of the ice storage storehouse (22) and can be by the ice storage storehouse (22)
Interior solid ice is delivered in the ice-breaking storehouse (40)；
Control unit comprising sensing unit, controlled valve and the controller (70) being electrically connected with each other, the sensing unit point
It does not include the first liquid level sensor in the reservoir bed (222), the ice storage layer (224) and the mixing chamber (50)
(71), the second liquid level sensor (72) and third liquid level sensor (73), the gravity sensitive for being set to ice-breaking storehouse (40) bottom
Device (74) and the position sensor being set on described group ice unit (60)；The controlled valve includes being set to the first ice water pipe
(31) first switch valve (75) on, is set to the communicating pipe (36) at the second switch valve (76) for being set to the water supply pipe (33)
Third switch valve (77) and be set to the 4th switch valve (78) of the second ice water pipe (35), the controller (70) passes through institute
The feedback information for stating sensing unit controls the controlled valve, blender (52), ice breaker (42) and dials opening for ice unit (60)
Close running；
The solid ice of the ice storage storehouse (22) is delivered in the ice-breaking storehouse (40) by described group of ice unit (60), the ice breaker
(42) described stir will be delivered to the broken ice communicating pipe (36) by the transporter (44) after being crushed solid ice
It mixes in storehouse (50), the broken ice in the mixing chamber (50) forms ice slurry described in after the blender (52) uniform stirring
Efferent duct (34) output is to needing freezing point.
2. fluid state ice automatic storing, conveying and metering system as described in claim 1, it is characterised in that: the icebox
It (20) include the outer storehouse (24) for having airtight cavity, the icebox (20) is fixedly installed in the airtight cavity, first ice
The cavity wall that water pipe (31) and the ice pipe (32) are each passed through the outer storehouse (24) is connect with the ice making unit (10), the benefit
The cavity wall that water pipe (33) passes through the outer storehouse (24) is connect with water supply source, and the efferent duct (34) passes through the outer storehouse (24)
Cavity wall is connect with freezing point is needed.
3. fluid state ice automatic storing, conveying and metering system as claimed in claim 2, it is characterised in that: the outer storehouse
It (24) include outer framework (242) and the insulating layer (244) for being set to outer framework (242) inner wall, the ice storage storehouse (22) includes outer layer
Insulation shell (226), be polyurethane material inside the insulation shell (226).
4. fluid state ice automatic storing, conveying and metering system as claimed in claim 3, it is characterised in that: in the ice storage
The both ends in storehouse (22) are separately installed with fixed column (80), and one end of the fixed column (80) is each passed through the ice storage layer (224)
It is fixed with reservoir bed (222) and ice storage storehouse (22) bottom, the other end is individually fixed in the top of the outer storehouse (24), institute
The both ends for stating group ice unit (60) are respectively arranged on a fixed column (80), in the top and bottom of the fixed column (80)
Be connected separately with a fixing line (82), two fixing lines (82) be separately connected another fixed column (80) lower end and on
End.
5. fluid state ice automatic storing, conveying and metering system as claimed in claim 2, it is characterised in that: described group of ice list
First (60) include the bearing (622) of crawler belt (62) and fixed crawler belt (62) both ends, are connected on a bearing (622) wherein
The motor being electrically connected with the controller (70), is equipped on the crawler belt (62) and dials ice part (64), and the crawler belt (62) sets
Above the ice storage layer (224) and one end and the Hatch Opening of the ice-breaking storehouse (40) are correspondingly arranged, and described group of ice part (64) is inserted
Enter in the ice storage layer (224) and can be driven in coast ice to the ice-breaking storehouse (40) with the crawler belt (62) are mobile.
6. fluid state ice automatic storing, conveying and metering system as claimed in claim 5, it is characterised in that: described group of ice part
(64) include fixing piece (642) and plectrum (644), described fixing piece (642) one end and the crawler belt (62) are fixed, the other end with
The plectrum (644) is fixed, and the plectrum (644) is the laminated structure of " n " shape.
7. fluid state ice automatic storing, conveying and metering system as claimed in claim 2, it is characterised in that: the ice-breaking storehouse
It (40) include cavity (41), the ice breaker (42) is fixedly installed in the cavity (41), and the transporter (44) is set to
Below the ice breaker (42), and both ends are fixed on the cavity (41) by bearing, and the transporter (44) is spiral fortune
Defeated machine, described communicating pipe (36) one end are connected to the mixing chamber (50), and the other end is communicated with the cavity (41).
8. fluid state ice automatic storing, conveying and metering system as claimed in claim 7, it is characterised in that: the transporter
(44) it is made of two spiral conveyer interconnections, the hand of spiral of two spiral conveyers is symmetrical, the connection
Pipe (36) one end be connected to the mixing chamber (50), the other end set on two spiral conveyers junction lower section and with institute
Cavity (41) is stated to communicate.
9. fluid state ice automatic storing, conveying and metering system as claimed in claim 7, it is characterised in that: the mixing chamber
(50) it is additionally provided with screw pump (58) in, the screw pump (58) is set on the efferent duct (34).
10. fluid state ice automatic storing, conveying and metering system as claimed in claim 7, it is characterised in that: described first
An electronic water stream meter (79), the electronic water are equipped between switch valve (75) and the water inlet (B) of the ice making unit (10)
Flowmeter (79) and the controller (70) are electrically connected；One is additionally provided between the second switch valve (76) and water supply source
Water pump (792).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820892716.0U CN208567232U (en) | 2018-06-11 | 2018-06-11 | A kind of fluid state ice automatic storing, conveying and metering system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820892716.0U CN208567232U (en) | 2018-06-11 | 2018-06-11 | A kind of fluid state ice automatic storing, conveying and metering system |
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| CN208567232U true CN208567232U (en) | 2019-03-01 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108731325A (en) * | 2018-06-11 | 2018-11-02 | 深圳市兄弟制冰系统有限公司 | A kind of fluid state ice automatic storing, conveying and metering system |
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2018
- 2018-06-11 CN CN201820892716.0U patent/CN208567232U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108731325A (en) * | 2018-06-11 | 2018-11-02 | 深圳市兄弟制冰系统有限公司 | A kind of fluid state ice automatic storing, conveying and metering system |
| CN108731325B (en) * | 2018-06-11 | 2023-08-22 | 深圳市兄弟制冰系统有限公司 | Full-automatic storage, conveying and metering system for fluidized ice |
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