CN105042974B - A kind of device for preparing fancy ice - Google Patents
A kind of device for preparing fancy ice Download PDFInfo
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- CN105042974B CN105042974B CN201510518293.7A CN201510518293A CN105042974B CN 105042974 B CN105042974 B CN 105042974B CN 201510518293 A CN201510518293 A CN 201510518293A CN 105042974 B CN105042974 B CN 105042974B
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Abstract
The present invention provides a kind of device for preparing fancy ice, which includes ice making box, has ice making inner cavity；Evaporation tube, positioned at the ice making box bottom, for by the water cooling Cheng Bing of intracavitary in the ice making；Flow-guiding structure is further included, is located on the ice making box, for will be more than that the water of ice making inner cavity maximum moisture capacity is outwards guided to outside the ice making box.The present invention prepares the device of fancy ice, least a portion of water is supplied with inside ice making box, and when making the part water remains stationary, the small part water can be all cooled to Bai Bing by evaporation tube, when continuation is supplied water on Bai Bing surfaces, and make water when generating flowing on Bai Bing surfaces, flow-guiding structure can will be exported more than the water of ice making inner cavity maximum moisture capacity to the outside of ice making box, evaporation tube by the water cooling on Bai Bing surfaces into layer of transparent ice, so as to prepare the fancy ice of white ice and transparency ice stacked arrangement.
Description
Technical field
The present invention relates to ice making equipment and technology fields, and in particular to a kind of device for preparing fancy ice.
Background technology
There are various ice making equipments in the prior art, however these ice making equipments are according to can be prepared
Ice kind can be divided into two classes, and one kind is that the white ice ice machine of Bai Bing can only be prepared, it is another kind of be can only be prepared it is transparent
The transparency ice ice machine of ice.
Belong to white ice ice machine if block-ice ice maker disclosed in Chinese patent literature CN101881535A, as shown in Figure 1,
Evaporator 011 including stent 010 and on stent 010, there are one the ice making housings of rectangle for the tool of evaporator 011
012, the interior ice tray 013 being welded to form with hollow partition plate of ice making housing 012, partition plate is interior to have refrigerant flow path 014, ice making
012 outside of housing is equipped with the refrigerant inlet 015 connected with refrigerant flow path 014 and refrigerant outlet 016, ice making housing 012
Bottom be equipped with lower cover 017, lower cover 017 is flexibly connected with 012 bottom of ice making housing and is used to seal under ice tray 013 and open
Mouthful, 010 bottom of stent is equipped with the ice filling plate 019 opposite with the under shed of ice tray 013, and 019 periphery of ice filling plate is equipped with fence 018.
In ice making, it is made to be buckled in the bottom of ice tray 013 pull-up of lower cover 017, and ensure that all ice trays 013 are water-tight, Ran Hou
Quantitative water is added in ice tray 013, refrigerant is entered by refrigerant inlet 015 in refrigerant flow path 014, in ice tray 013
Water carry out heat exchange, after refrigerant temperature rises evaporation, flowed out by refrigerant outlet 016, the reduction of water temperature ice tray 013 inside
To complete freeze, ice cube is obtained；Due to when cooling down to ice tray 013, having a certain amount of static water in ice tray 013, so
The ice being prepared is white ice.
And ice machine disclosed in Chinese patent literature CN203940675U just belongs to transparency ice ice machine, as shown in Fig. 2, bag
Bearing 01 is included, the housing 02 on bearing 01 is equipped with multiple ice trays 03 on 02 side wall of housing side by side, and 03 back of ice pan is equipped with
Cooling evaporation tube (not shown), spray pipe 04 is also fixed at 02 top of housing, and 04 lower section of spray pipe is equipped with leaching
Pool 05, water drenching area 05, which is equipped with, will be located at overflow port 06 of the water in water drenching area 05 to 03 water conservancy diversion of ice tray；When ice machine works,
Slowly uniform flowing water, water are flowed into through overflow port 06 in corresponding each ice tray 03 spray pipe 04 after flowing to water drenching area 05 downwards,
Water in ice tray 03 cools down icing under the refrigeration of evaporation tube；Due to when cooling down to ice tray 03, in ice tray 03
Water is flowing, and the ice being prepared is transparency ice.
However do not go out the ice making equipment for being now able to that fancy ice is prepared always but in the prior art or can be prepared into
To the method for fancy ice, therefore, how to design a kind of device that fancy ice can be prepared and fancy can be prepared
The method of ice is still unsolved technical barrier in the prior art.
The content of the invention
Therefore, the technical problem to be solved in the present invention is to overcome the preparation-obtained ice kind of ice machine of the prior art
Or for white ice or be transparency ice, fancy ice can be prepared so as to provide one kind in the technological deficiency for causing ice kind single
Ice maker.
Another technical problem to be solved by the invention is to overcome ice making method of the prior art or can only be prepared into
To white ice or transparency ice can only be prepared, the technological deficiency for causing ice kind single can be prepared so as to provide one kind
The ice making method of fancy ice.
The present invention provides a kind of device for preparing fancy ice, including ice making box, has ice making inner cavity；
Evaporation tube, positioned at the ice making box bottom, for by the water cooling Cheng Bing of intracavitary in the ice making；
Flow-guiding structure is further included, is located on the ice making box, for that will be more than the water of the ice making inner cavity setting water capacity
It is outwards guided to outside the ice making box.
As an improvement scheme, the flow-guiding structure includes being located on the ice making box, is connected with the ice making inner cavity
Overflow launder.
As an improvement scheme, the flow-guiding structure includes being located on the ice making box, is connected with the ice making inner cavity
Spout hole, the spout hole along the ice making inner cavity short transverse be equipped with it is multiple.
As an improvement scheme, the ice making box has lower arcuate surface, and is provided with baffle in the ice making box, described
The ice making box is divided into multiple along the distribution of ice making box axial direction and mutually independent ice build-up tank by baffle.
As an improvement scheme, the flow-guiding structure be provided with it is multiple, multiple flow-guiding structures respectively with multiple institutes
Ice build-up tank is stated to connect one by one.
As an improvement the part of scheme, the evaporation tube contact or the close ice making box has and the ice making box
The arc surfaced side wall of outer wall matching fitting.
As an improvement scheme, further includes that the ice cube completed will be prepared inside the ice making box along the cambered surface
What shape bottom surface was outwards transferred to deices structure；The structure that deices includes the rotatable shaft on casing, mounted on institute
It states the shift plate in shaft and the driving shaft rotates, and then the shift plate is driven to rotate, so as to which the ice making box will be located at
The driving motor that interior ice cube is outwards transferred to.
As an improvement scheme, further includes to convey the water-supply-pipe of ice making water, the water delivery to the ice making box
Pipe is equipped with and the one-to-one deflector hole of the ice build-up tank.
Also a kind of method for preparing fancy ice of the present invention, includes the following steps,
First, stop after a certain amount of water of the ice making inner cavity of ice making box supply, control evaporation tube by the ice making inner cavity
Interior all water are all cooled to Bai Bing；Then, continue to supply water to the Bai Bing surfaces, flow-guiding structure will be more than setting water capacity
Water be outwards guided to outside the ice making box, evaporation tube will be fed to the water cooling on the Bai Bing surfaces into layer of transparent ice,
Above-mentioned steps are operated one to multiple time, until stopping after the completion of either step, so as to which fancy ice be prepared；Or
First, control opens the evaporation tube and persistently supplies water to the ice making inner cavity of ice making box, more than setting water capacity
Water is outwards guided to through flow-guiding structure outside the ice making box, and evaporation tube is by the water cooling of intracavitary in ice making into layer of transparent ice；
Stop supplying water to the ice making inner cavity, the water on the transparency ice surface is all cooled to Bai Bing by evaporation tube, in operation
Step is stated one to multiple time, until stopping after the completion of either step, so as to which fancy ice be prepared.
As an improvement scheme, the ice making box includes multiple ice build-up tanks, using water-supply-pipe to multiple ice build-up tanks
Individually supply water.
A kind of device for preparing fancy ice including ice making box, has ice making inner cavity；
Evaporation tube, positioned at the ice making box bottom, for by the water cooling Cheng Bing of intracavitary in the ice making；
Flow-guiding structure is further included, is located on the ice making box, for that will be more than the water of the ice making inner cavity setting water capacity
It is outwards guided to outside the ice making box.
As an improvement scheme, the flow-guiding structure includes being located on the ice making box, is connected with the ice making inner cavity
Overflow launder.
As an improvement scheme, the flow-guiding structure includes being located on the ice making box, is connected with the ice making inner cavity
Spout hole, the spout hole along the ice making inner cavity short transverse be equipped with it is multiple.
As an improvement scheme, the ice making box has lower arcuate surface, and is provided with baffle in the ice making box, described
The ice making box is divided into multiple along the distribution of ice making box axial direction and mutually independent ice build-up tank by baffle.
As an improvement scheme, the flow-guiding structure be provided with it is multiple, multiple flow-guiding structures respectively with multiple institutes
Ice build-up tank is stated to connect one by one.
As an improvement the part of scheme, the evaporation tube contact or the close ice making box has and the ice making box
The arc surfaced side wall of outer wall matching fitting.
As an improvement scheme, further includes that the ice cube completed will be prepared inside the ice making box along the cambered surface
What shape bottom surface was outwards transferred to deices structure；The structure that deices includes the rotatable shaft on casing, mounted on institute
It states the shift plate in shaft and the driving shaft rotates, and then the shift plate is driven to rotate, so as to which the ice making box will be located at
The driving motor that interior ice cube is outwards transferred to.
As an improvement scheme, further includes to convey the water-supply-pipe of ice making water, the water delivery to the ice making box
Pipe is equipped with and the one-to-one deflector hole of the ice build-up tank.
The present invention also provides a kind of methods for preparing fancy ice, include the following steps
First, stop after a certain amount of water of the ice making inner cavity of ice making box supply, control evaporation tube by the ice making inner cavity
Interior all water are all cooled to Bai Bing；Then, continue to supply water to the Bai Bing surfaces, flow-guiding structure will be more than setting water capacity
Water be outwards guided to outside the ice making box；Evaporation tube will be fed to the water cooling on the Bai Bing surfaces into layer of transparent ice,
Above-mentioned steps are operated one to multiple time, until stopping after the completion of either step, so as to which fancy ice be prepared；Or
First, control opens the evaporation tube and persistently supplies water to the ice making inner cavity of ice making box, more than setting water capacity
Water is outwards guided to through flow-guiding structure outside the ice making box, and evaporation tube is by the water cooling of intracavitary in ice making into layer of transparent ice；
Stop supplying water to the ice making inner cavity, the water on the transparency ice surface is all cooled to Bai Bing by evaporation tube, in operation
Step is stated one to multiple time, until stopping after the completion of either step, so as to which fancy ice be prepared.
As an improvement scheme, the ice making box includes multiple ice build-up tanks, using water-supply-pipe to multiple ice build-up tanks
Individually supply water.
A kind of device and method for preparing fancy ice of the present invention, has the following advantages：
1. the present invention prepares the device of fancy ice, ice making box has ice making inner cavity, and ice making box is equipped with for will be more than
The water of ice making inner cavity setting water capacity is outwards guided to the flow-guiding structure outside ice making box, and small part is supplied with inside ice making box
Water, and during the part water remains stationary, which can be all cooled to Bai Bing by evaporation tube, when continuing in Bai Bingbiao
It supplies water on face, and makes water when generating flowing on Bai Bing surfaces, flow-guiding structure can will set the water of water capacity more than ice making inner cavity
Exported to the outside of ice making box, evaporation tube by the water cooling on Bai Bing surfaces into layer of transparent ice namely the device of the invention,
White ice and the fancy ice of transparency ice stacked arrangement can be prepared.
2. the present invention prepares the device of fancy ice, flow-guiding structure is is located on ice making box, the overflow connected with ice making inner cavity
Slot, when needing to prepare transparent ice sheet, the water that overflow launder can ensure to be input to ice making inner cavity persistently flows outwardly, so that water
Intracavitary generates mobility in ice making, and then transparent ice sheet is prepared under the cooling effect of evaporation tube.Further, may be used also
Flow-guiding structure to be set to include being located on ice making box, the spout hole connected with ice making inner cavity, height of the spout hole along ice making inner cavity
Direction be equipped with it is multiple, so as to by ice making inner cavity be divided into it is multiple setting water capacities space, and then can prepare white ice, thoroughly
The alternately laminated multiple fancy ice of clear ice.
3. the present invention prepare fancy ice device, ice making box have lower arcuate surface, and baffle ice making box is separated into it is multiple
So that the present invention prepares the device of fancy ice, the fancy ice of crescent can be prepared in mutually independent ice build-up tank, and
And the bottom surface of arc surfaced causes the ice cube generated in ice build-up tank easily outwards to transfer to, and deices easily.
4. the present invention prepares the device of fancy ice, evaporation tube contacts or the part of close ice making box has and ice making outer box wall
The arc surfaced side wall of fitting is matched, which can increase the area that evaporation tube is bonded with ice making box, cold so as to increase
The efficiency of transmission of amount or heat.
5. the present invention prepares the device of fancy ice, further include to prepare the ice cube completed out of ice making box inside along arc
What face shape bottom surface was outwards transferred to deices structure, and shaft drives shift plate flip-flop movement under the driving effect of driving motor, will be located at
Ice cube in ice making box or ice build-up tank is outwards transferred to, and is deiced simply, fast.
6. the present invention also provides a kind of methods for preparing fancy ice, pass through intracavitary in the ice making of control input to ice making box
Water inputs a part of water to ice making inner cavity when starting, and makes water remains stationary, is prepared after evaporation tube cools down white
Then ice continues to supply water to ice making inner cavity, and moves up current, so as to cool down to obtain layer of transparent in Bai Bing surfaces
Ice；Or first persistently supply water to ice making inner cavity, layer of transparent ice is prepared on ice making box bottom surface, then stops into ice making
Chamber supplies water, and makes the water remains stationary being located on transparency ice surface, and the part water is made to be prepared under the cooling effect of evaporation tube
To white ice, so as to which the fancy ice not occurred in the prior art be prepared.When ice making box has multiple setting water capacities,
Above-mentioned steps can alternately, so as to which the fancy that Bai Bing, transparency ice are repeatedly stacked or transparency ice, white ice are repeatedly stacked be prepared
Ice.
7. the method that the present invention prepares fancy ice, is individually supplied water using water-supply-pipe to multiple ice build-up tanks of ice making box, can be with
Multiple fancy ice are prepared simultaneously in an ice making box, and may be used also by control input to the water of each ice build-up tank
Different fancy ice is prepared.
Description of the drawings
Fig. 1 is a kind of dimensional structure diagram of ice machine in the prior art.
Fig. 2 is the theory structure schematic diagram of another ice machine in the prior art.
Fig. 3 is the overall structure diagram of ice maker of the present invention.
Fig. 4 is another three-dimensional view of Fig. 3.
Fig. 5 is the overall structure diagram of Fig. 3 middle casings.
Fig. 6 is the structure diagram after Fig. 3 removal casings.
Fig. 7 is the configuration schematic diagram of Fig. 6.
Fig. 8 is the structure diagram after ice making box is combined with evaporation tube.
Fig. 9 is another three-dimensional view of Fig. 8.
Figure 10 is the viewgraph of cross-section of Fig. 8.
Reference numeral：010- stents, 011- evaporators, 012- ice making housings, 013- ice trays, 014- refrigerant flow paths,
015- refrigerant inlets, 016- refrigerant outlets, 017- lower covers；018- fences, 019- ice filling plates；01- bearings, 02- housings,
03- ice pans, 04- spray pipes, 05- water drenchings area, 06- overflow ports；
1- casings, 11- diversion trenches, the first mounting grooves of 111-, the second mounting grooves of 112-, 12- water tanks, the installation of 13- evaporation tubes
Hole, 2- ice making boxs, 21- baffles, 22- ice build-up tanks, 23- overflow launders, 3- evaporation tubes, 31- arc surfaced side walls, 32- lagging casings,
33- thermal insulation materials, 4- shafts, 41- shift plates, 42- driving motors, 43-U shape open slots, 44- shaft mounting grooves, 5- water-supply-pipes,
The first mounting holes of 51-, the first supporting blocks of 61-, the second supporting blocks of 62-, the 3rd supporting blocks of 63-, the 4th supporting blocks of 64-, in 65-
Chamber, 7- microswitches, 71- microswitch pressing plates.
Specific embodiment
The device and method for preparing fancy ice to the present invention below in conjunction with the accompanying drawings is described in further detail.
Embodiment 1
The present embodiment provides a kind of device for preparing fancy ice, as shown in figure 3, including casing 1, it is fixedly mounted on casing 1
Have an ice making box 2, the ice making inner cavity of ice making box 2 has a lower arcuate surface, the outer side bottom surface fixed installation of ice making box 2 be useful for by positioned at
The evaporation tube 3 of water cooling Cheng Bing in ice making box 2, further includes flow-guiding structure, is located on ice making box 2, for that will be more than in ice making
The water of chamber maximum moisture capacity is outwards guided to outside ice making box 2.
Least a portion of water is supplied with inside ice making box 2, and during the part water remains stationary, evaporation tube 3 is by the small part
Water is all cooled to Bai Bing, and when continuing to supply water on Bai Bing surfaces, flow-guiding structure can will be more than ice making inner cavity maximum moisture capacity
Water is exported to the outside of ice making box 2, and for water when generating flowing on Bai Bing surfaces, evaporation tube 3 is by the flowing on Bai Bing surfaces
Water cooling into layer of transparent ice,
As shown in figure 8, flow-guiding structure is to be located on ice making box 2, the overflow launder 23 connected with ice making inner cavity.When needing to prepare
During transparent ice sheet, the water that overflow launder 23 can ensure to be input to ice making inner cavity persistently flows outwardly, so that water is in ice making inner cavity
Interior generation mobility, and then transparent ice sheet is prepared under the cooling effect of evaporation tube 3.
As Figure 8-9, multiple baffles 21 are provided in ice making box 2, ice making box 2 is divided into multiple along ice making by baffle 21
The axial distribution of box 2 and mutually independent ice build-up tank 22, so that the present invention prepares the device of fancy ice, can be prepared into simultaneously
To the fancy ice of multiple crescent.Ice making box 2 can also be divided by those skilled in the art under the enlightenment of the present embodiment
Ice making box 2 is directly prepared into a variety of different shape ice build-up tanks 22 by multiple ice build-up tanks 22 with other shapes
Form.Overflow launder 23 is provided with multiple, and multiple overflow launders 23 connect one by one with multiple ice build-up tanks 22 respectively.
Evaporation tube 3 is contacted or is arranged close to the bottom of ice making box 2, and refrigerant is out-of-date from 3 inside stream of evaporation tube, can make
Water inside ice making box 2 is cooled to rapidly freezing point icing, so as to improve refrigerating efficiency；Can also circulate high temperature inside evaporation tube 3
Refrigerant makes 2 side wall of ice making box heat up, the inner wall point after the ice cube heat thawing contacted with 2 inner wall of ice making box with ice making box 2
From；The above-mentioned installation site of evaporation tube 3 and ice making box 2 determines that the installation, maintenance of evaporation tube 3 and cleaning can all have sufficient work
Dynamic space, thus installation, maintenance and easy to clean.
Further, in the present embodiment, evaporation tube 3 is contacted or had and 2 outer wall of ice making box close to the part of ice making box 2
The arc surfaced side wall 31 of fitting is matched, in the present embodiment, 2 bottom of ice making box is arc surfaced, thus the arc surfaced side wall 31 is similary
For arc surfaced；When 2 bottom of ice making box is other shapes, arc surfaced side wall 31 can do same design, so that the side wall and ice making
The bottom mating fitting of box 2.The arc surfaced side wall 31 can increase the area that evaporation tube 3 is bonded with ice making box 2, cold so as to increase
The efficiency of transmission of amount or heat.
As a kind of improvement to the present embodiment, as shown in Figure 10, can also be set below ice making box 2 for evaporation
The lagging casing 32 that pipe 3 is kept the temperature, filling thermal insulation material 33 in lagging casing 32, so as to reduce scattering and disappearing for cold or heat,
Further promote the utilization rate of cold or heat.Foaming box may be employed in lagging casing 32, and foaming may be employed in thermal insulation material 33
Layer.
As shown in Figure 3 and Figure 7, casing 1 is also equipped with ice storage basket (not shown), and ice storage basket bottom leads to equipped with draining
Hole, ice storage basket is deiced the ice cube of structure dial-out for receiving, and the drainage hole for being located at ice storage basket bottom can will remain in
Water on ice cube is discharged downwards, so as to ensure that ice cube is anhydrous；The overflow launder 23 connected with ice build-up tank 22 also has ice build-up tank 22
Interior extra water discharges, so as to avoid the effect of ice cube adhesion caused by the water in adjacent ice build-up tank 22 interconnects.
As shown in Figure 6 and Figure 7, deicing structure includes the shaft 4 and drive shaft 4 that are installed in rotation on casing 1
The driving motor 42 of rotation, switch portion are the shift plate 41 in shaft 4, and shift plate 41 turns under the driving of driving motor 42
It is dynamic, so as to which the ice cube being located in ice making box 2 outwards be transferred to.Shift plate 41 in shaft 4 be equipped with it is multiple, being respectively used to will be positioned at not
It is outwards transferred to the ice cube in ice build-up tank 22.The switch portion for deicing structure outwards transfers to ice cube along the lower arcuate surface of ice making box 2,
So that ice discharging becomes easy, ice discharging efficiency is improved.
Be additionally provided with water-supply-pipe 5 on casing 1, water-supply-pipe 5 is equipped with deflector hole, deflector hole be located at 22 surface of ice build-up tank and
It is corresponded with ice build-up tank 22.The water-supply-pipe 5 being arranged on casing 1 is individually supplied water by deflector hole to each ice build-up tank 22, no
Ice cube adhesion phenomenon caused by can only contacting with each other to avoid the water in adjacent or multiple ice build-up tanks 22 improves ice making quality, also
The water that can be conveyed by control in each ice build-up tank 22, is prepared different fancy ice.
As an improvement U-shaped opening slot 43 can also be set in shift plate 41, the opening direction of U-shaped opening slot 43 is remote
From shaft 4, it can be transferred to avoid by the water not freezed, 42 load of driving motor can be reduced, in addition, as the spy of the rotation of shaft 4
Positioning, which is put, to be made, and U-shaped opening slot 43 is opposite with the deflector hole of water-supply-pipe 5, and the water flowed out from deflector hole is directly through U-shaped opening slot
43 enter inside ice build-up tank 22, can avoid dabbling caused by water impact shift plate 41.
As in Figure 3-5, casing 1 is equipped with diversion trench 11, and first is respectively equipped in two opposing sidewalls of diversion trench 11
111 and second mounting groove 112 of mounting groove, the both ends of evaporation tube 3 are mounted on by the first mounting structure on the first mounting groove 111；
The both ends of ice making box 2 are fixedly mounted on by the second mounting structure inside the first mounting groove 111 and the second mounting groove 112.
Evaporation tube 3 and ice making box 2 are pacified by the first mounting groove 111 and second being located in 11 two opposing sidewalls of diversion trench
Tankage 112 is mounted on inside diversion trench 11, and evaporation tube 3 and ice making box 2 are subject to the protection of diversion trench 11 not collide damage,
The water flowed down from evaporation tube 3 or ice making box 2, which can be also flowed directly into diversion trench 11, to be collected, convenient for reusing.
As shown in fig. 7, the first mounting structure includes being opened on 111 bottom surface of the first mounting groove and opening up evaporation
Pipe mounting groove 13 passes through for the input terminal for evaporation tube 3 and output terminal.The evaporation tube peace being opened on the first mounting groove 111
Tankage 13 is opening up, and the input terminal and output terminal only mounted on 11 inside evaporation tube 3 of diversion trench provide installation site,
It is also convenient for 3 input terminal of evaporation tube and output terminal and is put into formula installation along direction from top to bottom.
Second mounting structure includes being detachably fixed 61 and of the first supporting block on 111 bottom surface of the first mounting groove
It is detachably fixed the second supporting block 62 on 112 bottom surface of the second mounting groove, the bottom surface of the first supporting block 61 and second
Opposite end of the bottom surface of bracer 62 respectively with ice making box 2 is fixedly connected.First supporting block, 61 both ends are equipped with through hole, with its phase
It is right, threaded hole is equipped on 111 bottom surface of the first mounting groove, the first supporting block 61 is removably fixedly mounted on to the using bolt
On one mounting groove, 111 bottom surface, the second supporting block 62 is adopted removably is fixedly mounted on 112 bottom of the second mounting groove in a like fashion
On face.Threaded hole is equipped in the middle part of the bottom surface of first supporting block 61,2 one end of ice making box corresponding thereto is equipped with through hole, uses spiral shell
Bolt is connected after passing through through hole with threaded hole, so as to which one end of ice making box 2 is fixedly mounted on 61 bottom surface of the first supporting block；Using
Same mode is, it can be achieved that the installation of the other end of ice making box 2 and the second supporting block 62.
It is additionally provided with that the shaft mounting groove 44 of shaft 4 is installed on 62 top surface of first supporting block 61 and the second supporting block.The
One supporting block 61 and the second supporting block 62 are not only that ice making box 2 and shaft 4 provide installation site simultaneously, are also pacified respectively with first
Tankage 111, the second mounting groove 112 are detachably fixed connection, the replacement after easy disassembly and damage.
It further includes to close the 3rd supporting block 63 of the first mounting groove 111, the 3rd supporting block 63 has to accommodate the
One supporting block 61 and the inner cavity 65 being fixedly connected with the first supporting block 61；Inner cavity 65, which has, is located at 61 outside of the first supporting block
Inner wall.The first mounting hole 51 for being passed through for the water inlet end of water-supply-pipe 5 is additionally provided in 3rd supporting block 63.
The 4th supporting block 64 being fixedly mounted on 62 top surface of the second supporting block is further included, the 4th supporting block 64, which is equipped with, to be used
In the second mounting hole of the blind end for accommodating water-supply-pipe 5.
The outer wall in the second supporting block 62 towards 1 outside of housing is equipped with tapping screw hole, for being located at driving motor 42
On installation through-hole it is opposite, by using tapping screw be fixedly mounted driving motor 42；4th supporting block 64 is for closing second
Mounting groove 112, and the outer wall in the 4th supporting block 64 towards 1 outside of housing is equipped with tapping screw hole, for being opened with being located at fine motion
Pass 7 is opposite with the installation through-hole on microswitch pressing plate 71, and microswitch 7 is fixedly mounted by using tapping screw.Second
It is provided with simultaneously on 64 outer wall of the 4th supporting block there is provided for installing the mounting structure of driving motor simultaneously on 62 outer wall of bracer
For installing the mounting structure of microswitch, facility compact is improved.Above-mentioned tapping screw hole and tapping screw can also
It is replaced with common threaded hole and bolt.
Microswitch 7 and the output shaft or shaft 4 of driving motor 42 link, for detecting the turned position of shaft 4, and then
Judge the position of shift plate 41, since this is the prior art, details are not described herein.
The water tank 12 being arranged side by side with diversion trench 11 is further included, the bottom surface of diversion trench 11 is higher than the bottom surface of water tank 12, and leads
Chute 11 is connected by flow-guiding mouth 14 with water tank 12；Ice storage basket is mounted on 12 top of water tank.
Embodiment 2
The present embodiment provides a kind of preparation methods of fancy ice, include the following steps：
First, stop after a certain amount of water of the ice making inner cavity of ice making box 2 supply, make the water-holding quantity of ice making inner cavity less than system
The maximum moisture capacity of ice inner cavity；Then, all water of intracavitary in ice making are all cooled to Bai Bing by evaporation tube 3；Then, continue to
Bai Bing surfaces are supplied water, and the water more than ice making inner cavity maximum moisture capacity is outwards guided to through flow-guiding structure outside ice making box 2；Evaporation tube
The flowing water for being fed to Bai Bing surfaces is cooled to layer of transparent ice by 3, so as to which fancy ice be prepared.
In the present embodiment, ice making box 2 includes multiple mutually independent ice build-up tanks 22, using water-supply-pipe 5 to each ice making
Slot 22 supplies water, by controlling water supply, so as to which fancy ice be prepared inside each ice build-up tank 22.And flow-guiding structure is overflow
Slot 23.
In order to which three layers of fancy ice are made, when the bottom surface of transparency ice is less than the bottom surface of overflow launder 23, stop to ice making inner cavity
Or ice build-up tank 22 supplies water, the water in above-mentioned transparent plate surface is all cooled to Bai Bing by evaporation tube 3, white so as to be prepared
Three layers of fancy ice that ice-transparency ice-white ice sheet is folded.
Embodiment 3
This implementation provides a kind of preparation method of fancy ice, is the deformation on the basis of embodiment 2, including walking as follows
Suddenly：
First, persistently supply water to the ice making inner cavity of ice making box 2, more than ice making inner cavity maximum moisture capacity water through flow-guiding structure
It is outwards guided to outside the ice making box 2；The flowing water of intracavitary in ice making is cooled to layer of transparent ice by evaporation tube 3；Finally,
Stop supplying water to ice making inner cavity, the water on transparency ice surface is all cooled to Bai Bing using evaporation tube 3, so as to be prepared into
To fancy ice.
In the present embodiment, ice making box 2 includes multiple mutually independent ice build-up tanks 22, using water-supply-pipe 5 to each ice making
Slot 22 supplies water, by controlling water supply, so as to which fancy ice be prepared inside each ice build-up tank 22.And flow-guiding structure is overflow
Slot 23.
Embodiment 4
The present embodiment provides a kind of devices for preparing fancy ice, are the deformations on the basis of embodiment 1, difference lies in：
Flow-guiding structure is multiple spout holes being arranged on ice making box 2 and connected with ice making inner cavity in the present embodiment, and multiple spout holes
It is arranged in the short transverse of ice making box 2, so that ice making inner cavity has first, second, third and multiple setting water capacities.
So that ice making inner cavity has multiple setting water capacities, and then the fancy ice with more stacking times can be prepared.
The present embodiment provides a kind of preparation methods of fancy ice, include the following steps：
First, stop after a certain amount of water of the ice making inner cavity of ice making box 2 supply, control evaporation tube 3 by intracavitary in ice making
All water be all cooled to Bai Bing；Then, continue to supply water to Bai Bing surfaces, more than the water that ice making inner cavity first sets water capacity
It is outwards guided to outside ice making box 2 through spout hole, the flowing water for being fed to Bai Bing surfaces is cooled to layer of transparent by evaporation tube 3
Ice；Above-mentioned steps are operated one to multiple time, until stopping after the completion of either step, so as to which fancy ice be prepared.Alternatively,
First, control opens evaporation tube 3 and persistently supplies water to the ice making inner cavity of ice making box 2, more than the first setting water capacity
Water be outwards guided to outside ice making box 2 through spout hole, evaporation tube 3 is by the water cooling of intracavitary in ice making into layer of transparent ice；Stop
Only supply water to ice making inner cavity, the water on transparency ice surface is all cooled to Bai Bing by evaporation tube 3, operation above-mentioned steps one to
Repeatedly, until stopping after the completion of either step, so as to which fancy ice be prepared.
Obviously, the above embodiments are merely examples for clarifying the description, and is not intended to limit the embodiments.It is right
For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of variation or
It changes.There is no necessity and possibility to exhaust all the enbodiments.And the obvious variation thus extended out or
Among changing still in the protection domain of the invention.
Claims (5)
1. a kind of device for preparing fancy ice, including
Ice making box (2) has ice making inner cavity；
Evaporation tube (3), positioned at the ice making box (2) bottom, for by the water cooling Cheng Bing of intracavitary in the ice making；
It is characterized in that：It further includes
Flow-guiding structure is located on the ice making box (2), for that will be more than the outside water conservancy diversion of water of the ice making inner cavity setting water capacity
It is external to the ice making box (2)；
The ice making box (2) has lower arcuate surface；
The ice cube completed will be prepared by further including deices inside the ice making box (2) along what the lower arcuate surface was outwards transferred to
Structure；The structure that deices includes the rotatable shaft (4) on casing (1), and the shaft (4) is higher than the ice making
Box (2) certain distance is set, and the shift plate (41) and the driving shaft (4) in the shaft (4) rotate, and then
The shift plate (41) is driven to rotate, so as to the driving motor (42) for outwards transfering to the ice cube being located in the ice making box (2)；
Baffle (21) is provided in the ice making box (2), the ice making box (2) is divided into multiple along described by the baffle (21)
Ice making box (2) is axially distributed and mutually independent ice build-up tank (22)；
It further includes for the delivery pipe (5) of the ice making box (2) conveying ice making water, the delivery pipe (5) to be equipped with and institute
State ice build-up tank (22) one-to-one deflector hole；
U-shaped opening slot (43) is set on the shift plate (41), and the opening direction of the U-shaped opening slot (43) is away from the shaft
(4)；And when the shaft (4) turns to specific position, the U-shaped opening slot (43) and the deflector hole phase of delivery pipe (5)
Right, the water flowed out from deflector hole is internal into ice build-up tank (22) directly through the U-shaped opening slot (43).
2. the device of fancy ice is prepared according to claim 1, it is characterised in that：The flow-guiding structure includes being located at the system
On ice chest (2), the overflow launder (23) that is connected with the ice making inner cavity.
3. the device according to claim 1 or claim 2 for preparing fancy ice, it is characterised in that：The flow-guiding structure includes being located at institute
It states on ice making box (2), the spout hole connected with the ice making inner cavity, the spout hole is set along the short transverse of the ice making inner cavity
Have multiple.
4. the device of fancy ice is prepared according to claim 1, it is characterised in that：The flow-guiding structure be provided with it is multiple, it is more
A flow-guiding structure connects one by one with multiple ice build-up tanks (22) respectively.
5. the device of fancy ice is prepared according to claim 1, it is characterised in that：Evaporation tube (3) contact or close institute
Stating the part of ice making box (2) has the arc surfaced side wall (31) being bonded with the matching of the ice making box (2) outer wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510518293.7A CN105042974B (en) | 2015-08-21 | 2015-08-21 | A kind of device for preparing fancy ice |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510518293.7A CN105042974B (en) | 2015-08-21 | 2015-08-21 | A kind of device for preparing fancy ice |
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| CN105042974A CN105042974A (en) | 2015-11-11 |
| CN105042974B true CN105042974B (en) | 2018-05-18 |
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| CN201510518293.7A Expired - Fee Related CN105042974B (en) | 2015-08-21 | 2015-08-21 | A kind of device for preparing fancy ice |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107504722A (en) * | 2017-09-13 | 2017-12-22 | 合肥万奇制冷科技有限公司 | Ice machine evaporator and its manufacture method and ice machine |
| US10890367B2 (en) * | 2018-07-03 | 2021-01-12 | Haier Us Appliance Solutions, Inc. | Double row barrel ice maker with overhead extraction |
| US11465081B2 (en) * | 2019-06-28 | 2022-10-11 | Haier Us Appliance Solutions, Inc. | Water filtering and recycling system for ice making appliance |
| CN115507613B (en) * | 2021-06-22 | 2024-03-12 | 青岛海尔电冰箱有限公司 | Control method of ice making device and ice making device |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2745003Y (en) * | 2004-11-11 | 2005-12-07 | 广东科龙电器股份有限公司 | Ice-making machine for automatically removing ice |
| CN201034401Y (en) * | 2007-05-16 | 2008-03-12 | 宁波德贝里克电器有限公司 | Spraying arrangement for ice-making machine |
| CN201110681Y (en) * | 2007-10-24 | 2008-09-03 | 褚玉龙 | Icing box structure of transparent ice |
| CN102331128A (en) * | 2010-07-12 | 2012-01-25 | 江国庆 | Ice making vessel and method thereof |
| CN203940675U (en) * | 2014-07-05 | 2014-11-12 | 常州友好电器有限公司 | A kind of ice machine continuous-flow type evaporimeter |
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Effective date of registration: 20190506 Address after: 315314 No. 98 Haiwei Avenue, Guanhaiwei Town, Cixi City, Ningbo City, Zhejiang Province Patentee after: Ningbo Desa Electrical Appliance Manufacturing Co., Ltd. Address before: 310000 Room 101, 137 Cuiyuan Street College Road, Xihu District, Hangzhou City, Zhejiang Province Patentee before: Zhejiang University of Technology |
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Granted publication date: 20180518 Termination date: 20190821 |