CN109708349A - A kind of modeling ice production apparatus - Google Patents
A kind of modeling ice production apparatus Download PDFInfo
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- CN109708349A CN109708349A CN201910154022.6A CN201910154022A CN109708349A CN 109708349 A CN109708349 A CN 109708349A CN 201910154022 A CN201910154022 A CN 201910154022A CN 109708349 A CN109708349 A CN 109708349A
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Abstract
The invention discloses a kind of modeling ice production apparatus, belong to freezing equipment field, including water filling device, mold, modeling refrigerator, demoulding case, controller and refrigeration unit；The water filling device is for injecting water into the cavity of mold；Modeling refrigerator is equipped with below the water filling device；Water cooling in mold cavity is frozen into ice for accommodating mold by the modeling refrigerator；The controller is electrically connected with refrigeration unit；The refrigeration unit is used to provide cold source to water filling device and modeling refrigerator；The demoulding case is for splitting mold.A kind of modeling ice production apparatus of the invention meets the needs such as environmentally friendly, fresh-keeping for quickly providing required ice moulding.
Description
Technical field
The invention belongs to freezing equipment fields, relate in particular to a kind of modeling ice production apparatus.
Background technique
Due to the progress in epoch, contamination phenomenon is increasingly severe, some disposables are difficult to recycle, and the rubbish easily recycled
Rubbish is also required to spend human and material resources during recycling, so we determine to take a kind of use that can directly abandon simultaneously later
The substance that not can cause environmental pollution, it is exactly ice.It with ice come moulding, then uses, the time before ice does not melt
It using, achievees the purpose that oneself, then can arbitrarily abandon, then ice meeting nature, which melts, to volatilize, it not can cause environmental pollution,
Such as near the sandy beach in summer, people feel thirsty after playing, and will buy water, but bottle it is hand held in trouble again, then people
Will may abandon conveniently, in the sea and increasing recovery difficult if losing.If replaced with ice chest, people are drunk
It can directly abandon, not pollute the environment after being over.
It can also be used as a long time using product, but need low temperature environment.Such as seafood it is self-service when, usual seafood is in order to protect
It is fresh to be all placed in refrigerator-freezer, it is taken out again when people need, the vessel held can be replaced with ice pan, increase entertaining
The cost of vessel is decreased while property.
Some part in a kind of operation system can also be done, after system has been run, the thing wanted, so that it may
Ice is abandoned.For example kitchen knife, people need to be cut the dish with knife, the dish cut, knife therein can be replaced with ice.This is
A kind of very simply example, can be used as the object in the special equipment or industrial production in certain laboratories needed to replace.
In the prior art without a kind of modeling ice production apparatus, quickly to provide required ice moulding, meet the need such as environmentally friendly, fresh-keeping
It wants.
Summary of the invention
The purpose of the present invention is providing a kind of modeling ice production apparatus in view of the above shortcomings, intend to solve how to come quickly to provide institute
The ice moulding needed meets the problem of of needing such as environmentally friendly, fresh-keeping.To achieve the above object, the invention provides the following technical scheme:
A kind of modeling ice production apparatus, including water filling device, mold, modeling refrigerator, demoulding case, controller and refrigeration unit；The water filling dress
It sets for injecting water in the cavity to mold；Modeling refrigerator is equipped with below the water filling device；The modeling refrigerator is used to accommodate mold,
And the water cooling in mold cavity is frozen into ice；The controller is electrically connected with refrigeration unit；The refrigeration unit is used for water filling
Device and modeling refrigerator provide cold source；The demoulding case is for splitting mold.By above structure it is found that controller controls refrigeration unit
For the water cooling in water filling device, become cold water, convenient for reducing the subsequent quick-frozen time；Cold water flows to the appearance of mold from water filling device
Chamber, mold is located in modeling refrigerator at this time；Controller controls refrigeration unit and provides cold source for modeling refrigerator, and the cold water of the cavity of mold is cold
It is frozen into ice；Mold is moved into demoulding case again, to take out ice moulding；There is hole on mold, injected convenient for cold water, and becomes ice to cold water
Expansion is allowed some leeway.
Further, the water filling device is equipped with temperature sensor；The temperature sensor is electrically connected with the controller；Institute
Controller is stated for receiving the signal of temperature sensor, and controls refrigeration unit work；The refrigeration unit is for maintaining water filling
Water temperature in device is at 0 ~ 2 DEG C.By above structure it is found that temperature sensor is set to water filling device bottom, moment monitoring water filling dress
The temperature for setting inner cold water makes it maintain water temperature at 0 ~ 2 DEG C, which does not influence the mobility of water convenient for quick-frozen.
Further, the modeling refrigerator includes left flexible rushing board mechanism and right flexible rushing board mechanism；The mold includes a left side
Mold and right mould tool；The flexible rushing board mechanism in a left side and right flexible rushing board mechanism are controlled by the controller, and are used for left mold and the right side
Mold cramping.By above structure it is found that in the quick-frozen ice of mold, left mold and right mold clamping force are needed, guarantees that water will not be outer
Leakage；The left flexible rushing board mechanism of controller control pushes left mold to the right, and the flexible rushing board mechanism in the right side pushes right mould tool to the left, left mold
It is tightly bonded with right mould tool.
Further, the modeling refrigerator further includes microscope carrier；The microscope carrier is for placing mold；The demoulding case includes lifting
Platform takes window, left flexible handgrip and right flexible handgrip；The lifting platform is used to support microscope carrier；The left flexible handgrip and the right side
Flexible handgrip is controlled by the controller, and is respectively used to that left mold and right mould is caught to have, and split mold；The window that takes is for taking
By mold.By above structure it is found that after cold water in mold is quick-frozen, the left flexible rushing board mechanism of controller control and the right side are flexible
Rushing board mechanism unclamps mold；Controller controls lifting platform decline, and microscope carrier is caused to drop to demoulding case appropriate location together with mold；Control
The left flexible handgrip of device control processed and right flexible handgrip catch left mold and right mould to have respectively, then shrink, and left mold and right mould are had
Separation, from window is taken for fetching mold and ice moulding.
Further, the left flexible handgrip and right flexible handgrip are pull of vacuum handgrip.
Further, the microscope carrier is equipped with front and rear baffle, for accurately placing mold；The lifting platform and microscope carrier fitting
Face is concave-convex binding face.By above structure it is found that the microscope carrier is equipped with front and rear baffle, mold can only control shifting on microscope carrier
It is dynamic, convenient for left flexible rushing board mechanism and right flexible rushing board mechanism, left flexible handgrip and right flexible handgrip precise manipulation；The lifting
Platform and microscope carrier binding face are concave-convex binding face, microscope carrier on lifting platform can not left-right and front-back it is mobile, lifting platform or more can only be followed
It is mobile.
Further, the water filling device includes pushing push plate, cylinder body, water injecting electromagnetic valve, water filling port and reader；It is described
Mold is equipped with readout code；The reader passes information to controller for reading readout code；The controller is used for
Control pushes push plate in the intracorporal displacement of cylinder, and water of compaction is through water injecting electromagnetic valve to water filling port.By above structure it is found that the reading
Device confirms the information of mold, locking prepares to freeze the water of ice moulding, and passes information to control for reading readout code
Device；Controller, which accurately controls, pushes push plate in the intracorporal displacement of cylinder, to reach the water that control enters mold；Controller control note
Water solenoid valve is opened, and water of compaction is through water injecting electromagnetic valve to water filling port, and after water filling, controller controls water injecting electromagnetic valve and closes.
Further, the water filling device further include water tank, inlet water solenoid valve, exhaust solenoid valve, into cylinder solenoid valve, flat
Weigh valve, liquidometer and exhaust outlet；The inlet water solenoid valve is for controlling water flow to water tank；The exhaust solenoid valve is used for water storage
Case exhaust；It is described to be used to control water flow to cylinder body into cylinder solenoid valve；The balanced valve is for making cylinder interior lead to the external world；It is described
Liquidometer is for measuring water storage tank water level；The exhaust outlet is vented for cylinder body.By above structure it is found that liquidometer measures water storage
When case water shortage, insufficient information is passed into controller, controller control inlet water solenoid valve and exhaust solenoid valve are opened, outside
Boundary's normal-temperature water smoothly flows into water tank；After being full of, inlet water solenoid valve and exhaust solenoid valve are turned off；Controller controls refrigeration machine
Group cools down water in water tank for cold water；When needing cold water in cylinder body, controller is controlled to be opened into cylinder solenoid valve, controller control
It is upward to push push plate, the cold water for meeting temperature requirement in water tank is extracted into cylinder body, controller controls balanced valve and opens, storage
Water tank level is higher than cylinder interior space, and cold water leans on pressure difference, continues stream, balanced valve in cylinder body and leads to cylinder body headspace
Side is extraneous, guarantees in cylinder body without air；Controller is controlled into cylinder solenoid valve and balanced valve closing；Recycling pushes push plate movement,
Start new modeling ice step.
Further, refrigeration unit includes refrigeration unit one and refrigeration unit two；The refrigeration unit one include coil pipe and
Refrigeration machine；The coil pipe is set in water tank, and both ends are connected to refrigeration machine；The refrigeration unit one is for reducing water in water tank
Temperature；The refrigeration unit two is used to provide cold source for modeling refrigerator.By above structure it is found that coil pipe, which is set to water tank, is looped around water storage
On the inside of case, uniformly freeze.
Further, partition is equipped between the modeling refrigerator and demoulding case；The partition is equipped with opening；In the opening
Equipped with two movable plates by controller control folding；When described two movable plates are opened, lifting platform can be worn with supporting platform
Cross opening；When the lifting platform drives microscope carrier to demoulding case to prepare demoulding, two movable plates close opening.It can by above structure
Know, when lifting platform drives microscope carrier to demoulding case to prepare demoulding, two movable plates close opening, prevent cold air from running out of.
The beneficial effects of the present invention are:
1. the invention discloses a kind of modeling ice production apparatus, including water filling device, mold, modeling refrigerator, demoulding case, controller and refrigeration machine
Group；The water filling device is for injecting water into the cavity of mold；Modeling refrigerator is equipped with below the water filling device；The modeling refrigerator
Ice is frozen into for accommodating mold, and by the water cooling in mold cavity；The controller is electrically connected with refrigeration unit；The refrigeration machine
Group is for providing cold source to water filling device and modeling refrigerator；The demoulding case is for splitting mold.A kind of modeling ice production apparatus of the invention,
For quickly providing required ice moulding, meet the needs such as environmentally friendly, fresh-keeping.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention；
Fig. 2 is water filling device structural schematic diagram of the present invention；
Fig. 3 is demoulding case outside structure diagram of the present invention；
In attached drawing: 1- water filling device, 101- balanced valve, 102- liquidometer, 103- exhaust outlet, 10- temperature sensor, 11- are pushed
Push plate, 12- cylinder body, 13- water injecting electromagnetic valve, 14- water filling port, 15- reader, 16- water tank, 17- inlet water solenoid valve, 18- row
Pneumoelectric magnet valve, 19- are stretched into cylinder solenoid valve, 2- mold, the left mold of 21-, 22- right mould tool, 23- readout code, 3- modeling refrigerator, the left side 31-
Contracting rushing board mechanism, the flexible rushing board mechanism in the right side 32-, 33- microscope carrier, 34- front and rear baffle, 4- demoulding case, 41- lifting platform, 42- take window
Mouth, the flexible handgrip in the left side 43-, the right side 44- flexible handgrip, 62- coil pipe, 63- refrigeration machine.
Specific embodiment
With reference to the accompanying drawing with specific embodiment, the present invention is described in more detail, but the present invention is not limited to
Following embodiment.
Embodiment one: see attached drawing 1 ~ 3.A kind of modeling ice production apparatus, including water filling device 1, mold 2, modeling refrigerator 3, demoulding case 4, control
Device and refrigeration unit；The water filling device 1 is for injecting water into the cavity of mold 2；Modeling ice is equipped with below the water filling device 1
Case 3；Water cooling in 2 cavity of mold is frozen into ice for accommodating mold 2 by the modeling refrigerator 3；The controller and refrigeration unit
Electrical connection；The refrigeration unit is used to provide cold source to water filling device 1 and modeling refrigerator 3；The demoulding case 4 is for splitting mold 2.
By above structure it is found that controller control refrigeration unit is the water cooling in water filling device 1, become cold water, it is subsequent convenient for reducing
The quick-frozen time；Cold water flows to the cavity of mold 2 from water filling device 1, and mold 2 is located in modeling refrigerator 3 at this time；Controller control refrigeration
Unit is that modeling refrigerator 3 provides cold source, and the cold water of the cavity of mold 2 is frozen into ice；Mold 2 is moved into demoulding case 4 again, to take out ice
Moulding；There is hole on mold 2, injected convenient for cold water, and becomes ice expansion to cold water and allow some leeway.
Embodiment two:
See attached drawing 1 ~ 3.A kind of modeling ice production apparatus, including water filling device 1, mold 2, modeling refrigerator 3, demoulding case 4, controller and refrigeration machine
Group；The water filling device 1 is for injecting water into the cavity of mold 2；Modeling refrigerator 3 is equipped with below the water filling device 1；The modeling
Water cooling in 2 cavity of mold is frozen into ice for accommodating mold 2 by refrigerator 3；The controller is electrically connected with refrigeration unit；Institute
Refrigeration unit is stated for providing cold source to water filling device 1 and modeling refrigerator 3；The demoulding case 4 is for splitting mold 2.By above-mentioned knot
Structure becomes cold water, convenient for reducing subsequent quick-frozen time it is found that controller control refrigeration unit is the water cooling in water filling device 1；
Cold water flows to the cavity of mold 2 from water filling device 1, and mold 2 is located in modeling refrigerator 3 at this time；It is modeling that controller, which controls refrigeration unit,
Refrigerator 3 provides cold source, and the cold water of the cavity of mold 2 is frozen into ice；Mold 2 is moved into demoulding case 4 again, to take out ice moulding；Mould
There is hole on tool 2, injected convenient for cold water, and becomes ice expansion to cold water and allow some leeway.
The water filling device 1 is equipped with temperature sensor 10；The temperature sensor 10 is electrically connected with the controller；The control
Device processed is used to receive the signal of temperature sensor 10, and controls refrigeration unit work；The refrigeration unit is for maintaining water filling dress
The water temperature in 1 is set at 0 ~ 2 DEG C.By above structure it is found that temperature sensor 10 is set to 1 bottom of water filling device, moment monitoring water filling
The temperature of 1 inner cold water of device makes it maintain water temperature at 0 ~ 2 DEG C, which does not influence the mobility of water convenient for quick-frozen.
Embodiment three:
See attached drawing 1 ~ 3.A kind of modeling ice production apparatus, including water filling device 1, mold 2, modeling refrigerator 3, demoulding case 4, controller and refrigeration machine
Group；The water filling device 1 is for injecting water into the cavity of mold 2；Modeling refrigerator 3 is equipped with below the water filling device 1；The modeling
Water cooling in 2 cavity of mold is frozen into ice for accommodating mold 2 by refrigerator 3；The controller is electrically connected with refrigeration unit；Institute
Refrigeration unit is stated for providing cold source to water filling device 1 and modeling refrigerator 3；The demoulding case 4 is for splitting mold 2.By above-mentioned knot
Structure becomes cold water, convenient for reducing subsequent quick-frozen time it is found that controller control refrigeration unit is the water cooling in water filling device 1；
Cold water flows to the cavity of mold 2 from water filling device 1, and mold 2 is located in modeling refrigerator 3 at this time；It is modeling that controller, which controls refrigeration unit,
Refrigerator 3 provides cold source, and the cold water of the cavity of mold 2 is frozen into ice；Mold 2 is moved into demoulding case 4 again, to take out ice moulding；Mould
There is hole on tool 2, injected convenient for cold water, and becomes ice expansion to cold water and allow some leeway.
The water filling device 1 is equipped with temperature sensor 10；The temperature sensor 10 is electrically connected with the controller；The control
Device processed is used to receive the signal of temperature sensor 10, and controls refrigeration unit work；The refrigeration unit is for maintaining water filling dress
The water temperature in 1 is set at 0 ~ 2 DEG C.By above structure it is found that temperature sensor 10 is set to 1 bottom of water filling device, moment monitoring water filling
The temperature of 1 inner cold water of device makes it maintain water temperature at 0 ~ 2 DEG C, which does not influence the mobility of water convenient for quick-frozen.
The modeling refrigerator 3 includes left flexible rushing board mechanism 31 and right flexible rushing board mechanism 32；The mold 2 includes left mold
21 and right mould tool 22；The flexible rushing board mechanism 31 in a left side and right flexible rushing board mechanism 32 are controlled by the controller, and are used for left mold
21 and right mould tool 22 clamp.By above structure it is found that in 2 quick-frozen ice of mold, left mold 21 and right mould is needed to have 22 clamping forces,
Guarantee that water will not leak outside；The left flexible rushing board mechanism 31 of controller control pushes left mold 21 to the right, and the flexible rushing board mechanism 32 in the right side pushes away
To the left, left mold 21 and right mould tool 22 are tightly bonded dynamic right mould tool 22.
The modeling refrigerator 3 further includes microscope carrier 33；The microscope carrier 33 is for placing mold 2；The demoulding case 4 includes lifting platform
41, window 42, left flexible handgrip 43 and right flexible handgrip 44 are taken；The lifting platform 41 is used to support microscope carrier 33；It stretches on the left side
Contracting handgrip 43 and right flexible handgrip 44 are controlled by the controller, and are respectively used to that left mold 21 and right mould is caught to have 22, and split mold
2；The window 42 that takes is for fetching mold 2.By above structure it is found that after cold water in mold 2 is quick-frozen, controller control
The left flexible rushing board mechanism 31 of system and right flexible rushing board mechanism 32 unclamp mold 2；Controller controls lifting platform 41 and declines, and causes microscope carrier
33 drop to 4 appropriate location of demoulding case together with mold 2；The left flexible handgrip 43 of controller control and right flexible handgrip 44 are caught respectively
Left mold 21 and right mould tool 22, then shrink, by 22 separation of left mold 21 and right mould tool, from window 42 is taken for fetching mold 2
With ice moulding.
The left flexible handgrip 43 and right flexible handgrip 44 are pull of vacuum handgrip.
The microscope carrier 33 is equipped with front and rear baffle 34, for accurately placing mold 2；The lifting platform 41 and microscope carrier 33 are bonded
Face is concave-convex binding face.By above structure it is found that the microscope carrier 33 is equipped with front and rear baffle 34, mold 2 can only on microscope carrier 33
It moves left and right, convenient for left flexible rushing board mechanism 31 and right flexible rushing board mechanism 32, left flexible handgrip 43 and right 44 essence of flexible handgrip
Really operation；The lifting platform 41 and 33 binding face of microscope carrier are concave-convex binding face, and microscope carrier 33 can not left-right and front-back on lifting platform 41
It is mobile, lifting platform 41 can only be followed to move up and down.
The water filling device 1 includes pushing push plate 11, cylinder body 12, water injecting electromagnetic valve 13, water filling port 14 and reader 15；Institute
Mold 2 is stated equipped with readout code 23；The reader 15 passes information to controller for reading readout code 23；It is described
Controller is used to control the displacement for pushing push plate 11 in cylinder body 12, and water of compaction arrives water filling port through water injecting electromagnetic valve 13.By above-mentioned
Structure is it is found that the reader 15 confirms the information of mold 2, locking prepares to freeze ice moulding for reading readout code 23
Water, and pass information to controller；Controller accurately controls the displacement for pushing push plate 11 in cylinder body 12, to reach control
Into the water of mold 2；Controller controls water injecting electromagnetic valve 13 and opens, and water of compaction arrives water filling port 14, note through water injecting electromagnetic valve 13
After water, controller controls water injecting electromagnetic valve 13 and closes.
The water filling device 1 further include water tank 16, inlet water solenoid valve 17, exhaust solenoid valve 18, into cylinder solenoid valve 19, flat
Weigh valve 101, liquidometer 102 and exhaust outlet 103；The inlet water solenoid valve 17 is for controlling water flow to water tank 16；The exhaust
Solenoid valve 18 is vented for water tank 16；It is described to be used to control water flow to cylinder body 12 into cylinder solenoid valve 19；The balanced valve 101 is used
In making to lead to the external world inside cylinder body 12；The liquidometer 102 is for measuring 16 water level of water tank；The exhaust outlet 103 is used for cylinder
Body 12 is vented.By above structure it is found that insufficient information is passed to control when liquidometer 102 measures 16 water shortage of water tank
Device, controller control inlet water solenoid valve 17 and exhaust solenoid valve 18 are opened, and extraneous normal-temperature water smoothly flows into water tank 16；It fills
Man Hou, inlet water solenoid valve 17 and exhaust solenoid valve 18 are turned off；Controller controls refrigeration unit for water cooling in water tank 16
Cold water；When needing cold water in cylinder body 12, controller is controlled to be opened into cylinder solenoid valve 19, and controller control pushes push plate 11 upwards,
The cold water for meeting temperature requirement in water tank 16 is extracted into cylinder body 12, controller controls balanced valve 101 and opens, water tank 16
Liquid level is higher than 12 inner space of cylinder body, and cold water leans on pressure difference, continues to flow toward in cylinder body 12, and balanced valve 101 is by 12 headspace of cylinder body
It is extraneous to lead to top, guarantees in cylinder body 12 without air；Controller is controlled into cylinder solenoid valve 19 and the closing of balanced valve 101；Recycling
It is mobile to push push plate 11, starts new modeling ice step.
Refrigeration unit includes refrigeration unit one and refrigeration unit two；The refrigeration unit one includes coil pipe 62 and refrigeration machine
63；The coil pipe 62 is set in water tank 16, and both ends are connected to refrigeration machine 63；The refrigeration unit one is for reducing water tank 16
Interior water temperature；The refrigeration unit two is used to provide cold source for modeling refrigerator 3.By above structure it is found that coil pipe 62 is set to water tank 16
It is looped around 16 inside of water tank, is uniformly freezed.
Partition is equipped between the modeling refrigerator 3 and demoulding case 4；The partition is equipped with opening；The opening is equipped with logical
Cross two movable plates of controller control folding；When described two movable plates are opened, lifting platform 41 can be passed through with supporting platform 33
Opening；When the lifting platform 41 drives microscope carrier 33 to demoulding case 4 to prepare demoulding, two movable plates close opening.By above structure
It is found that two movable plates close opening when lifting platform 41 drives microscope carrier 33 to demoulding case 4 to prepare demoulding, prevent cold air from running out of.
Above-mentioned controller, refrigeration unit, temperature sensor 10, left flexible rushing board mechanism 31, right flexible rushing board mechanism 32,
Lifting platform 41, left flexible handgrip 43, right flexible handgrip 44, reader 15, all kinds of solenoid valves, movable plate are the prior art, are produced
Product directly can be bought or customize, and principle repeats no more.Such as reader 15 is using the fixed reading code of prompt GFS4400 two dimension of getting profit
Device or GFS4450 autoscanner barcode scanning gun, readout code 23 use bar code or two dimensional code；Controller uses computer or Siemens
PLC control system etc..
The above description is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all utilizations
Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content is applied directly or indirectly in other correlations
Technical field, be included within the scope of the present invention.
Claims (10)
1. a kind of modeling ice production apparatus, it is characterised in that: including water filling device (1), mold (2), modeling refrigerator (3), demoulding case (4), control
Device processed and refrigeration unit；The water filling device (1) is used to inject water into the cavity of mold (2)；Below the water filling device (1)
Equipped with modeling refrigerator (3)；Water cooling in mold (2) cavity is frozen into ice for accommodating mold (2) by the modeling refrigerator (3)；It is described
Controller is electrically connected with refrigeration unit；The refrigeration unit is used to provide cold source to water filling device (1) and modeling refrigerator (3)；It is described
Demoulding case (4) is for splitting mold (2).
2. a kind of modeling ice production apparatus according to claim 1, it is characterised in that: the water filling device (1) passes equipped with temperature
Sensor (10)；The temperature sensor (10) is electrically connected with the controller；The controller is for receiving temperature sensor (10)
Signal, and control refrigeration unit work；The refrigeration unit is for maintaining the water temperature in water filling device (1) at 0 ~ 2 DEG C.
3. a kind of modeling ice production apparatus according to claim 1, it is characterised in that: the modeling refrigerator (3) includes left flexible push plate
Mechanism (31) and the right side are flexible rushing board mechanism (32)；The mold (2) includes left mold (21) and right mould tool (22)；It is described left flexible
Rushing board mechanism (31) and right flexible rushing board mechanism (32) are controlled by the controller, for pressing from both sides left mold (21) and right mould tool (22)
Tightly.
4. a kind of modeling ice production apparatus according to claim 3, it is characterised in that: the modeling refrigerator (3) further includes microscope carrier (33)；
The microscope carrier (33) is for placing mold (2)；The demoulding case (4) includes lifting platform (41), takes window (42), left flexible grabs
Hand (43) and the right side are flexible handgrip (44)；The lifting platform (41) is used to support microscope carrier (33)；It is left flexible handgrip (43) and right
Flexible handgrip (44) are controlled by the controller, and are respectively used to that left mold (21) and right mould is caught to have (22), and split mold (2)；Institute
It states and takes window (42) for fetching mold (2).
5. a kind of modeling ice production apparatus according to claim 4, it is characterised in that: left flexible handgrip (43) and right stretch are grabbed
Hand (44) is pull of vacuum handgrip.
6. a kind of modeling ice production apparatus according to claim 4, it is characterised in that: the microscope carrier (33) is equipped with front and rear baffle
(34), for accurately placing mold (2)；The lifting platform (41) and microscope carrier (33) binding face are concave-convex binding face.
7. a kind of modeling ice production apparatus described according to claim 1 ~ one of 6, it is characterised in that: under the water filling device (1) includes
Press push plate (11), cylinder body (12), water injecting electromagnetic valve (13), water filling port (14) and reader (15)；The mold (2), which is equipped with, reads
Code fetch (23)；The reader (15) passes information to controller for reading readout code (23)；The controller is used for
Control pushes the displacement of push plate (11) in cylinder body (12), and water of compaction arrives water filling port through water injecting electromagnetic valve (13).
8. a kind of modeling ice production apparatus according to claim 7, it is characterised in that: the water filling device (1) further includes water tank
(16), inlet water solenoid valve (17), exhaust solenoid valve (18), into cylinder solenoid valve (19), balanced valve (101), liquidometer (102) and row
Port (103)；The inlet water solenoid valve (17) is for controlling water flow to water tank (16)；The exhaust solenoid valve (18) is for storing up
Water tank (16) exhaust；It is described to be used to control water flow to cylinder body (12) into cylinder solenoid valve (19)；The balanced valve (101) is for making cylinder
Lead to the external world inside body (12)；The liquidometer (102) is for measuring water tank (16) water level；The exhaust outlet (103) is used for
Cylinder body (12) exhaust.
9. a kind of modeling ice production apparatus according to claim 8, it is characterised in that: refrigeration unit includes refrigeration unit one and refrigeration
Unit two；The refrigeration unit one includes coil pipe (62) and refrigeration machine (63)；The coil pipe (62) is set in water tank (16), and two
End is connected to refrigeration machine (63)；The refrigeration unit one is for reducing water tank (16) interior water temperature；The refrigeration unit two is used for
Cold source is provided for modeling refrigerator (3).
10. a kind of modeling ice production apparatus according to claim 4, it is characterised in that: the modeling refrigerator (3) and demoulding case (4) it
Between be equipped with partition；The partition is equipped with opening；The opening is equipped with two movable plates by controller control folding；Institute
When stating two movable plates openings, lifting platform (41) can pass through opening with supporting platform (33)；The lifting platform (41) drives microscope carrier
(33) when preparing demoulding to demoulding case (4), two movable plates close opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910154022.6A CN109708349A (en) | 2019-03-01 | 2019-03-01 | A kind of modeling ice production apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910154022.6A CN109708349A (en) | 2019-03-01 | 2019-03-01 | A kind of modeling ice production apparatus |
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| CN109708349A true CN109708349A (en) | 2019-05-03 |
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| CN201910154022.6A Pending CN109708349A (en) | 2019-03-01 | 2019-03-01 | A kind of modeling ice production apparatus |
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| CN209877431U (en) * | 2019-03-01 | 2019-12-31 | 陈雅民 | Mould ice device |
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2019
- 2019-03-01 CN CN201910154022.6A patent/CN109708349A/en active Pending
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| GB923018A (en) * | 1960-07-27 | 1963-04-10 | Whirlpool Co | Home ice-making appliance |
| WO2012167454A1 (en) * | 2011-06-07 | 2012-12-13 | Zhen Shihua | Hollow ice-making forming mould and usage thereof |
| KR101488911B1 (en) * | 2013-09-30 | 2015-02-11 | 최영환 | Ice container manufacturing appratus that use supercooled water |
| CN204757492U (en) * | 2015-07-03 | 2015-11-11 | 张毓勤 | Small -size simple and easy ice machine |
| US20170082338A1 (en) * | 2015-09-18 | 2017-03-23 | Jesse L. Wobrock | Systems and methods for forming shaped ice |
| WO2018230762A1 (en) * | 2017-06-14 | 2018-12-20 | 최영환 | Ice cup molding device |
| CN209877431U (en) * | 2019-03-01 | 2019-12-31 | 陈雅民 | Mould ice device |
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