CN105042974A - Device and method for making fancy ice - Google Patents
Device and method for making fancy ice Download PDFInfo
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- CN105042974A CN105042974A CN201510518293.7A CN201510518293A CN105042974A CN 105042974 A CN105042974 A CN 105042974A CN 201510518293 A CN201510518293 A CN 201510518293A CN 105042974 A CN105042974 A CN 105042974A
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Abstract
The invention provides a device and method for making fancy ice. The device comprises an ice making box and evaporation pipes. The ice making box comprises an ice making inner cavity. The evaporation pipes are located at the bottom of the ice making box and used for cooling water in the ice making inner cavity into ice. The device further comprises a diversion structure arranged on the ice making box and used for leading water exceeding the maximum water capacity of the ice making inner cavity out of the ice making box. According to the device for making the fancy ice, when a small amount of water is supplied into the ice making box and kept still, the small amount of water can be completely cooled into white ice through the evaporation pipes; when water continues to be supplied to the surface of the white ice and flows on the surface of the white ice, the diversion structure can lead the water exceeding the maximum water capacity of the ice making inner cavity out of the ice making box, the evaporation pipes cool the water on the surface of the white ice into a layer of transparent ice, and therefore the white ice and the fancy ice with the transparent ice layer arrayed in an overlapped manner can be made.
Description
Technical field
The present invention relates to ice making equipment and technology field, be specifically related to a kind of device and method preparing fancy ice.
Background technology
There is in prior art various ice making equipment, but these ice making equipments can be divided into two classes according to the ice kind that can prepare, one class is the white ice ice machine that can only prepare Bai Bing, and another kind of is the transparency ice ice machine that can only prepare transparency ice.
Disclosed in Chinese patent literature CN101881535A, block-ice ice maker just belongs to white ice ice machine, as shown in Figure 1, comprise support 010, and the evaporimeter 011 be arranged on support 010, evaporimeter 011 has the ice making housing 012 of a rectangle, the ice tray 013 that the dividing plate in ice making housing 012 with hollow is welded to form, there is in dividing plate refrigerant flow path 014, ice making housing 012 outside is provided with the refrigerant inlet 015 and refrigerant outlet 016 that are communicated with refrigerant flow path 014, the bottom of ice making housing 012 is provided with lower cover 017, lower cover 017 be flexibly connected bottom ice making housing 012 and under shed for sealing ice tray 013, the ice filling plate 019 relative with the under shed of ice tray 013 is provided with bottom support 010, ice filling plate 019 periphery is provided with fence 018.When ice making, it is made to be buckled in the bottom of ice tray 013 lower cover 017 pull-up, and guarantee that all ice trays 013 are water-tight, then in ice tray 013, add quantitative water, cold-producing medium enters in refrigerant flow path 014 by refrigerant inlet 015, carries out heat exchange with the water in ice tray 013, refrigerant temperature rises after evaporation, flowed out by refrigerant outlet 016, the water temperature of ice tray 013 inside obtains ice cube after being reduced to and freezing completely; Due to when lowering the temperature to ice tray 013, have a certain amount of static water in ice tray 013, the ice prepared like this is white ice.
And ice machine disclosed in Chinese patent literature CN203940675U just belongs to transparency ice ice machine, as shown in Figure 2, comprise bearing 01, be arranged on the housing 02 on bearing 01, housing 02 sidewall is provided with multiple ice tray 03 side by side, and ice pan 03 back is provided with cooling evaporation tube (not shown), is also fixed with spray pipe 04 at housing 02 top, be provided with trickle district 05 below spray pipe 04, trickle district 05 is provided with and will be positioned at the overfall 06 of water to ice tray 03 water conservancy diversion in trickle district 05; During ice machine work, spray pipe 04 is slow uniform flowing water downwards, flows in corresponding each ice tray 03 after water flows to trickle district 05 through overfall 06, and the water in ice tray 03 cools and freezes under the refrigeration of evaporation tube; Due to when lowering the temperature to ice tray 03, the water in ice tray 03 is flowing, and the ice prepared like this is transparency ice.
But in prior art, but there is not the ice making equipment that can prepare fancy ice always, or the method for fancy ice can be prepared, therefore, how designing and a kind ofly can prepare the device of fancy ice and can prepare the method for fancy ice, is still unsolved technical barrier in prior art.
Summary of the invention
Therefore, the technical problem to be solved in the present invention is to overcome ice machine of the prior art preparation-obtained ice kind or for white ice or be transparency ice, causes the technological deficiency that ice kind is single, thus provide a kind of ice maker that can prepare fancy ice.
Another technical problem that the present invention will solve is to overcome ice making method of the prior art or can only prepare Bai Bing or can only prepare transparency ice, cause the technological deficiency that ice kind is single, thus a kind of ice making method that can prepare fancy ice is provided.
The invention provides a kind of device preparing fancy ice, comprise ice making box, there is ice making inner chamber;
Evaporation tube, is positioned at bottom described ice making box, for by the water cooling Cheng Bing in described ice making inner chamber;
Also comprise flow-guiding structure, be located on described ice making box, outside for the water exceeding described ice making inner chamber setting water capacity is outwards guided to described ice making box.
As a kind of improvement project, described flow-guiding structure comprises and is located on described ice making box, with the overflow launder of described ice making inner space.
As a kind of improvement project, described flow-guiding structure comprises and is located on described ice making box, and with the spout hole of described ice making inner space, described spout hole is provided with multiple along the short transverse of described ice making inner chamber.
As a kind of improvement project, described ice making box has lower arcuate surface, and is provided with baffle plate in described ice making box, and described ice making box is divided into multiple along described ice making box axial distribution and separate ice build-up tank by described baffle plate.
As a kind of improvement project, described flow-guiding structure is provided with multiple, and multiple described flow-guiding structure is communicated with one by one with multiple described ice build-up tank respectively.
As a kind of improvement project, the part of described evaporation tube contact or close described ice making box has mates the coupling sidewall of fitting with described ice making box outer wall.
As a kind of improvement project, also comprise and deice structure for what outwards transferred to along described arc surfaced bottom surface from described ice making box inside by the ice cube prepared; The described structure that deices comprises the rotating rotating shaft be arranged on casing, is arranged on the plate in described rotating shaft, and drives described axis of rotation, and then drive described plate to rotate, thus by drive motors that the ice cube being positioned at described ice making box is outwards transferred to.
As a kind of improvement project, also comprise for the carrier pipe to described ice making box conveying ice making water, described carrier pipe is provided with and described ice build-up tank pod apertures one to one.
The present invention is a kind of method preparing fancy ice also, comprises the steps,
First, stop after the ice making inner chamber of ice making box supplies a certain amount of water, control evaporation tube and all water in described ice making inner chamber are all cooled to Bai Bing; Then, continue to supply water to described white ice surface, it is outside that the water exceeding setting water capacity is outwards guided to described ice making box by flow-guiding structure, the water cooling being fed to described white ice surface is become layer of transparent ice by evaporation tube, one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepare fancy ice; Or
First, control to open described evaporation tube and ice making inner chamber to ice making box continues to supply water, it is outside that the water exceeding setting water capacity is outwards guided to described ice making box through flow-guiding structure, and the water cooling in ice making inner chamber is become layer of transparent ice by evaporation tube; Stop supplying water to described ice making inner chamber, the water be positioned on described transparency ice surface is all cooled to Bai Bing by evaporation tube, one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepares fancy ice.
As a kind of improvement project, described ice making box comprises multiple ice build-up tank, uses water-supply-pipe to supply water separately to multiple described ice build-up tank.
Prepare a device for fancy ice, comprise ice making box, there is ice making inner chamber;
Evaporation tube, is positioned at bottom described ice making box, for by the water cooling Cheng Bing in described ice making inner chamber;
Also comprise flow-guiding structure, be located on described ice making box, outside for the water exceeding described ice making inner chamber setting water capacity is outwards guided to described ice making box.
As a kind of improvement project, described flow-guiding structure comprises and is located on described ice making box, with the overflow launder of described ice making inner space.
As a kind of improvement project, described flow-guiding structure comprises and is located on described ice making box, and with the spout hole of described ice making inner space, described spout hole is provided with multiple along the short transverse of described ice making inner chamber.
As a kind of improvement project, described ice making box has lower arcuate surface, and is provided with baffle plate in described ice making box, and described ice making box is divided into multiple along described ice making box axial distribution and separate ice build-up tank by described baffle plate.
As a kind of improvement project, described flow-guiding structure is provided with multiple, and multiple described flow-guiding structure is communicated with one by one with multiple described ice build-up tank respectively.
As a kind of improvement project, the part of described evaporation tube contact or close described ice making box has mates the coupling sidewall of fitting with described ice making box outer wall.
As a kind of improvement project, also comprise and deice structure for what outwards transferred to along described arc surfaced bottom surface from described ice making box inside by the ice cube prepared; The described structure that deices comprises the rotating rotating shaft be arranged on casing, is arranged on the plate in described rotating shaft, and drives described axis of rotation, and then drive described plate to rotate, thus by drive motors that the ice cube being positioned at described ice making box is outwards transferred to.
As a kind of improvement project, also comprise for the carrier pipe to described ice making box conveying ice making water, described carrier pipe is provided with and described ice build-up tank pod apertures one to one.
The present invention also provides a kind of method preparing fancy ice, comprises the steps
First, stop after the ice making inner chamber of ice making box supplies a certain amount of water, control evaporation tube and all water in described ice making inner chamber are all cooled to Bai Bing; Then, continue to supply water to described white ice surface, it is outside that the water exceeding setting water capacity is outwards guided to described ice making box by flow-guiding structure; The water cooling being fed to described white ice surface is become layer of transparent ice by evaporation tube, one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepares fancy ice; Or
First, control to open described evaporation tube and ice making inner chamber to ice making box continues to supply water, it is outside that the water exceeding setting water capacity is outwards guided to described ice making box through flow-guiding structure, and the water cooling in ice making inner chamber is become layer of transparent ice by evaporation tube; Stop supplying water to described ice making inner chamber, the water be positioned on described transparency ice surface is all cooled to Bai Bing by evaporation tube, one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepares fancy ice.
As a kind of improvement project, described ice making box comprises multiple ice build-up tank, uses water-supply-pipe to supply water separately to multiple described ice build-up tank.
A kind of device and method 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 chamber, and ice making box is provided with the flow-guiding structure for the water exceeding ice making inner chamber setting water capacity being outwards guided to ice making box outside, when ice making box inside is supplied with the water of small part, and this part water keep static time, this small part water all can be cooled to Bai Bing by evaporation tube, when continuation is supplied water on the surface at white ice, and make water when white ice produces flowing on the surface, the water exceeding ice making inner chamber setting water capacity can be derived to ice making box outside by flow-guiding structure, the water cooling be positioned on white ice surface is become layer of transparent ice by evaporation tube, also be device of the present invention, the fancy ice of white ice and transparency ice stacked arrangement can be prepared.
2. the present invention prepares the device of fancy ice, flow-guiding structure is for being located on ice making box, with the overflow launder of ice making inner space, when transparent ice sheet prepared by needs, the water that overflow launder can ensure to be input to ice making inner chamber continues outwards to flow out, thus make water produce mobility in ice making inner chamber, and then prepare transparent ice sheet under the cooling effect of evaporation tube.Further, flow-guiding structure can also be arranged comprise and be located on ice making box, with the spout hole of ice making inner space, spout hole is provided with multiple along the short transverse of ice making inner chamber, thus be the space with multiple setting water capacity by ice making lumen segmentation, and then white ice, the alternately laminated fancy ice repeatedly of transparency ice can be prepared.
3. the present invention prepares the device of fancy ice, ice making box has lower arcuate surface, and ice making box is separated into multiple separate ice build-up tank by baffle plate, thus make the present invention prepare the device of fancy ice, meniscate fancy ice can be prepared, and the bottom surface of arc surfaced makes the ice cube generated in ice build-up tank easily outwards transfer to, deice easily.
4. the present invention prepares the device of fancy ice, the part of evaporation tube contact or close ice making box has the coupling sidewall mating with ice making box outer wall and fit, this coupling sidewall can increase the area that evaporation tube and ice making box are fitted, thus increases the efficiency of transmission of cold or heat.
5. the present invention prepares the device of fancy ice, also comprise and deice structure for what outwards transferred to along arc surfaced bottom surface the ice cube prepared inside in ice making box, rotating shaft drives plate flip-flop movement under the driving effect of drive motors, the ice cube being positioned at ice making box or ice build-up tank is outwards transferred to, deice simple, fast.
6. the present invention also provides a kind of method preparing fancy ice, by control inputs to the water yield in the ice making inner chamber of ice making box, a part of water is inputted to ice making inner chamber when starting, and make water keep static, Bai Bing is prepared after evaporation tube cooling, then continue to supply water to ice making inner chamber, and make water flow, thus cooling obtains layer of transparent ice in Bai Bing surface; Or first continue to supply water to ice making inner chamber, ice making box bottom surface prepares layer of transparent ice, then stop supplying water to ice making inner chamber, the water be positioned on transparency ice surface is made to keep static, and make this part water prepare Bai Bing under the cooling effect of evaporation tube, thus prepare the fancy ice do not occurred in prior art.When ice making box has multiple setting water capacity, above-mentioned steps can hocket, thus prepares Bai Bing, the transparency ice fancy ice that repeatedly stacked or transparency ice, Bai Bing are repeatedly stacked.
7. the present invention prepares the method for fancy ice, water-supply-pipe is used to supply water separately to multiple ice build-up tanks of ice making box, multiple fancy ice can be prepared in an ice making box simultaneously, and by the water yield of control inputs to each ice build-up tank, different fancy ice can also be prepared.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of ice machine in prior art.
Fig. 2 is the theory structure schematic diagram of another kind of ice machine in prior art.
Fig. 3 is the overall structure schematic diagram of ice maker of the present invention.
Fig. 4 is another three-dimensional view of Fig. 3.
Fig. 5 is the overall structure schematic diagram of Fig. 3 middle shell.
Fig. 6 is the structural representation after Fig. 3 removes casing.
Fig. 7 is the detonation configuration schematic diagram of Fig. 6.
Fig. 8 is the structural representation after ice making box and evaporation tube combine.
Fig. 9 is another three-dimensional view of Fig. 8.
Figure 10 is the viewgraph of cross-section of Fig. 8.
Reference numeral: 010-support, 011-evaporimeter, 012-ice making housing, 013-ice tray, 014-refrigerant flow path, 015-refrigerant inlet, 016-refrigerant outlet, 017-lower cover; 018-fence, 019-ice filling plate; 01-bearing, 02-housing, 03-ice pan, 04-spray pipe, 05-trickle district, 06-overfall;
1-casing, 11-guiding gutter, 111-first mounting groove, 112-second mounting groove, 12-water tank, 13-evaporation tube installing hole, 2-ice making box, 21-baffle plate, 22-ice build-up tank, 23-rhone, 3-evaporation tube, 31-arc surfaced sidewall, 32-lagging casing, 33-insulation material, 4-rotating shaft, 41-plate, 42-drive motors, 43-U shape open slot, 44-rotating shaft mounting groove, 5-water-supply-pipe, 51-first installing hole, 61-first back-up block, 62-second back-up block, 63-the 3rd back-up block, 64-the 4th back-up block, 65-inner chamber, 7-microswitch, 71-microswitch pressing plate.
Detailed description of the invention
Below in conjunction with accompanying drawing, the device and method that the present invention prepares fancy ice is described in further detail.
Embodiment 1
The present embodiment provides a kind of device preparing fancy ice, as shown in Figure 3, comprise casing 1, casing 1 is installed with ice making box 2, the ice making inner chamber of ice making box 2 has lower arcuate surface, and the outer side bottom surface of ice making box 2 is installed with the evaporation tube 3 for the water cooling Cheng Bing by being positioned at ice making box 2, also comprises flow-guiding structure, be located on ice making box 2, outside for the water exceeding ice making inner chamber maximum moisture capacity being outwards guided to ice making box 2.
When ice making box 2 inside is supplied with the water of small part, and this part water keep static time, this small part water is all cooled to Bai Bing by evaporation tube 3, when continuation is supplied water on the surface at white ice, the water exceeding ice making inner chamber maximum moisture capacity can be derived to ice making box 2 outside by flow-guiding structure, water is when white ice produces flowing on the surface, and the water cooling of the flowing be positioned on white ice surface is become layer of transparent ice by evaporation tube 3
As shown in Figure 8, flow-guiding structure for being located on ice making box 2, with the overflow launder 23 of ice making inner space.When transparent ice sheet prepared by needs, the water that overflow launder 23 can ensure to be input to ice making inner chamber continues outwards to flow out, thus makes water produce mobility in ice making inner chamber, and then under the cooling effect of evaporation tube 3, prepare transparent ice sheet.
As Figure 8-9, multiple baffle plate 21 is provided with in ice making box 2, ice making box 2 is divided into multiple along ice making box 2 axial distribution and separate ice build-up tank 22 by baffle plate 21, thus makes the present invention prepare the device of fancy ice, can prepare multiple meniscate fancy ice simultaneously.Ice making box 2, under the enlightenment of the present embodiment, can also be divided into multiple ice build-up tank 22 with other shapes, or directly ice making box 2 be prepared into the form with multiple difformity ice build-up tank 22 by those skilled in the art.Overflow launder 23 is provided with multiple, and multiple overflow launder 23 is communicated with one by one with multiple ice build-up tank 22 respectively.
Evaporation tube 3 contacts with the bottom of ice making box 2 or near arranging, when cold-producing medium flows through from evaporation tube 3 inside, the water of ice making box 2 inside can be made to be cooled to rapidly freezing point and freeze, thus improving refrigerating efficiency; Can also be circulated high temperature refrigerant in evaporation tube 3 inside, ice making box 2 sidewall heated up, with the inwall of ice making box 2 is separated after melting with the ice cube heat of ice making box 2 contact internal walls; Evaporation tube 3 and the above-mentioned installation site of ice making box 2 determine the installation, maintenance of evaporation tube 3 and cleanly all can have sufficient activity space, thus installation, maintenance and easy to clean.
Further, in the present embodiment, evaporation tube 3 contacts or has near the part of ice making box 2 and mates the coupling sidewall 31 of fitting with ice making box 2 outer wall, and in the present embodiment, be arc surfaced bottom ice making box 2, thus this coupling sidewall 31 is similarly arc surfaced; When being other shapes bottom ice making box 2, coupling sidewall 31 can do same design, fits to make the bottom mating of this sidewall and ice making box 2.This coupling sidewall 31 can increase the area that evaporation tube 3 is fitted with ice making box 2, thus increases the efficiency of transmission of cold or heat.
Improve as to the one of the present embodiment, as shown in Figure 10, the lagging casing 32 being used for being incubated evaporation tube 3 can also be set below ice making box 2, fill insulant material 33 in lagging casing 32, thus reduce scattering and disappearing of cold or heat, promote the utilization rate of cold or heat further.Lagging casing 32 can adopt foaming box, and insulation material 33 can adopt foaming layer.
As shown in Figure 3 and Figure 7, casing 1 is also provided with ice storage basket (not shown), drainage hole is provided with bottom ice storage basket, ice storage basket is for receiving by the ice cube deicing structure dial-out, and the water remained on ice cube can be discharged by the drainage hole be located at bottom ice storage basket, thus ensure that ice cube is anhydrous downwards; The overflow launder 23 be communicated with ice build-up tank 22, also has and is discharged by water unnecessary in ice build-up tank 22, thus avoids the water in adjacent ice build-up tank 22 to interconnect the effect of the ice cube adhesion caused.
As shown in Figure 6 and Figure 7, deice structure and comprise the rotating shaft 4 be installed in rotation on casing 1, and the drive motors 42 that drive shaft 4 is rotated, switch portion is the plate 41 be arranged in rotating shaft 4, plate 41 is rotated under the driving of drive motors 42, thus is outwards transferred to by the ice cube being positioned at ice making box 2.Plate 41 is provided with multiple in rotating shaft 4, is respectively used to the ice cube being positioned at different ice build-up tank 22 outwards to transfer to.The lower arcuate surface of ice cube along ice making box 2 is outwards transferred to by the switch portion deicing structure, thus the row's of making ice change is easy, the row's of improve ice efficiency.
Casing 1 is also provided with water-supply-pipe 5, and water-supply-pipe 5 is provided with pod apertures, pod apertures to be positioned at directly over ice build-up tank 22 and with ice build-up tank 22 one_to_one corresponding.The water-supply-pipe 5 be arranged on casing 1 is supplied water separately to each ice build-up tank 22 by pod apertures, the water in adjacent or multiple ice build-up tank 22 not only can be avoided to contact with each other the ice cube adhesion phenomenon caused, improve ice making quality, by controlling the water yield be conveyed in each ice build-up tank 22, different fancy ice can also be prepared.
Improve as one, U-shaped open slot 43 can also be set in plate 41, the opening direction of U-shaped open slot 43 is away from rotating shaft 4, not freezing water can be avoided to transfer to, drive motors 42 load can be reduced, in addition, the ad-hoc location rotated when rotating shaft 4 makes, U-shaped open slot 43 is relative with the pod apertures of water-supply-pipe 5, and the water flowed out from pod apertures directly enters ice build-up tank 22 inside through U-shaped open slot 43, and that water impact plate 41 can be avoided to cause dabbles.
As in Figure 3-5, casing 1 is provided with guiding gutter 11, two opposing sidewalls of guiding gutter 11 is respectively equipped with the first mounting groove 111 and the second mounting groove 112, and the two ends of evaporation tube 3 are arranged on the first mounting groove 111 by the first mounting structure; The two ends of ice making box 2 are fixedly mounted on the first mounting groove 111 by the second mounting structure and the second mounting groove 112 is inner.
To be arranged on guiding gutter 11 inner by being located at the first mounting groove 111 in guiding gutter 11 two opposing sidewalls and the second mounting groove 112 for evaporation tube 3 and ice making box 2; the protection that evaporation tube 3 and ice making box 2 are subject to guiding gutter 11 can not collide damage; the water flowed down from evaporation tube 3 or ice making box 2 also can flow directly in guiding gutter 11 to be collected, and is convenient to again utilize.
As shown in Figure 7, the first mounting structure comprises and is opened in evaporation tube mounting groove 13 on the first mounting groove 111 bottom surface and opening up, for passing for the input of evaporation tube 3 and output.The evaporation tube mounting groove 13 be opened on the first mounting groove 111 is opening up, be not only the input that is arranged on the inner evaporation tube 3 of guiding gutter 11 and output provides installation site, be also convenient to evaporation tube 3 input and output and install along the lay-in in direction from top to bottom.
Second mounting structure comprises the first back-up block 61 be detachably fixedly mounted on the first mounting groove 111 bottom surface, the bottom surface being detachably fixedly mounted on the second back-up block 62, first back-up block 61 on the second mounting groove 112 bottom surface is fixedly connected with the opposite end of ice making box 2 respectively with the bottom surface of the second back-up block 62.First back-up block 61 two ends are provided with through hole, corresponding thereto, first mounting groove 111 bottom surface is provided with screwed hole, use bolt to be fixedly mounted on the first mounting groove 111 bottom surface by dismountable for the first back-up block 61, dismountable being in a like fashion fixedly mounted on the second mounting groove 112 bottom surface adopted by the second back-up block 62.Be provided with screwed hole in the middle part of the bottom surface of the first back-up block 61, ice making box 2 one end is corresponding thereto provided with through hole, uses bolt to be connected with screwed hole through after through hole, thus is fixedly mounted on one end of ice making box 2 on the first back-up block 61 bottom surface; Adopt in the same way, the other end of ice making box 2 and the installation of the second back-up block 62 can be realized.
First back-up block 61 and the second back-up block 62 end face are also provided with the rotating shaft mounting groove 44 for installing rotating shaft 4.First back-up block 61 and the second back-up block 62 is not only ice making box 2 and rotating shaft 4 provides installation site simultaneously, is also detachably fixedly connected with the first mounting groove 111, second mounting groove 112 respectively, easy disassembly and the replacing after damaging.
The 3rd back-up block the 63, three back-up block 63 also comprised for closing the first mounting groove 111 has for holding the first back-up block 61 and the inner chamber 65 be fixedly connected with the first back-up block 61; Inner chamber 65 has the inwall be positioned at outside the first back-up block 61.3rd back-up block 63 is also provided with the first installing hole 51 for passing for the water inlet end of water-supply-pipe 5.
Also comprise the second installing hole that the 4th back-up block the 64, four back-up block 64 be fixedly mounted on the second back-up block 62 end face is provided with the blind end for holding water-supply-pipe 5.
Second back-up block 62 is provided with tapping screw hole towards the outer wall outside housing 1, for relative with the installation through hole be located on drive motors 42, by using tapping screw fixed installation drive motors 42; 4th back-up block 64 is for closing the second mounting groove 112, and the 4th back-up block 64 is provided with tapping screw hole towards the outer wall outside housing 1, for relative with the installation through hole be located on microswitch 7 and microswitch pressing plate 71, by using tapping screw fixed installation microswitch 7.Second back-up block 62 outer wall being provided with the mounting structure for installing drive motors simultaneously, the 4th back-up block 64 outer wall being provided with the mounting structure for installing microswitch simultaneously, improve facility compact.Above-mentioned tapping screw hole and tapping screw also can replace with common screwed hole and bolt.
Output shaft or the rotating shaft 4 of microswitch 7 and drive motors 42 link, and for detecting the turned position of rotating shaft 4, and then judging the position of plate 41, because this is prior art, not repeating them here.
Also comprise the water tank 12 be arranged side by side with guiding gutter 11, the bottom surface of guiding gutter 11 is higher than the bottom surface of water tank 12, and guiding gutter 11 is communicated with water tank 12 by flow-guiding mouth 14; Ice storage basket is arranged on water tank 12 top.
Embodiment 2
The present embodiment provides a kind of preparation method of fancy ice, comprises the steps:
First, stop after the ice making inner chamber of ice making box 2 supplies a certain amount of water, make the water-holding quantity of ice making inner chamber lower than the maximum moisture capacity of ice making inner chamber; Then, all water in ice making inner chamber are all cooled to Bai Bing by evaporation tube 3; Then, continue to supply water to white ice surface, the water exceeding ice making inner chamber maximum moisture capacity is outwards guided to ice making box 2 outside through flow-guiding structure; The water cooling of the flowing being fed to white ice surface is become layer of transparent ice by evaporation tube 3, thus prepares fancy ice.
In the present embodiment, ice making box 2 comprises multiple separate ice build-up tank 22, uses water-supply-pipe 5 to supply water to each ice build-up tank 22, by controlling output, thus prepares fancy ice in each ice build-up tank 22 inside.And flow-guiding structure is overflow launder 23.
In order to make three layers of fancy ice, when bottom surface lower than overflow launder 23, the bottom surface of transparency ice, stop supplying water to ice making inner chamber or ice build-up tank 22, the water be positioned on above-mentioned transparent panel surface is all cooled to Bai Bing by evaporation tube 3, thus prepares three layers of folded fancy ice of Bai Bing-transparency ice-Bai ice sheet.
Embodiment 3
This enforcement provides a kind of preparation method of fancy ice, and it is the distortion on embodiment 2 basis, comprises the steps:
First, the ice making inner chamber to ice making box 2 continues to supply water, and the water exceeding ice making inner chamber maximum moisture capacity is outwards guided to described ice making box 2 outside through flow-guiding structure; The water cooling of the flowing in ice making inner chamber is become layer of transparent ice by evaporation tube 3; Finally, stop supplying water to ice making inner chamber, use evaporation tube 3 that the water be positioned on transparency ice surface is all cooled to Bai Bing, thus prepare fancy ice.
In the present embodiment, ice making box 2 comprises multiple separate ice build-up tank 22, uses water-supply-pipe 5 to supply water to each ice build-up tank 22, by controlling output, thus prepares fancy ice in each ice build-up tank 22 inside.And flow-guiding structure is overflow launder 23.
Embodiment 4
The present embodiment provides a kind of device preparing fancy ice, it is the distortion on embodiment 1 basis, difference is: in the present embodiment flow-guiding structure be multiple to be arranged on ice making box 2 and with the spout hole of ice making inner space, and multiple spout hole arranges in the short transverse of ice making box 2, thus ice making inner chamber is made to have first, second, third and multiple setting water capacity.Thus make ice making inner chamber have multiple setting water capacity, and then the fancy ice had compared with multi-laminate number of times can be prepared.
The present embodiment provides a kind of preparation method of fancy ice, comprises the steps:
First, stop after the ice making inner chamber of ice making box 2 supplies a certain amount of water, control evaporation tube 3 and all water in ice making inner chamber are all cooled to Bai Bing; Then, continue to supply water to white ice surface, exceeding water that ice making inner chamber first sets water capacity, to be outwards guided to ice making box 2 through spout hole outside, and the water cooling of the flowing being fed to white ice surface is become layer of transparent ice by evaporation tube 3; One to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepare fancy ice.Or,
First, control to open evaporation tube 3 and ice making inner chamber to ice making box 2 continues to supply water, be outwards guided to ice making box 2 more than the water of the first setting water capacity through spout hole outside, the water cooling in ice making inner chamber is become layer of transparent ice by evaporation tube 3; Stop supplying water to ice making inner chamber, the water be positioned on transparency ice surface is all cooled to Bai Bing by evaporation tube 3, one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepares fancy ice.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (10)
1. prepare a device for fancy ice, comprise
Ice making box (2), has ice making inner chamber;
Evaporation tube (3), is positioned at described ice making box (2) bottom, for by the water cooling Cheng Bing in described ice making inner chamber;
It is characterized in that: also comprise
Flow-guiding structure, is located on described ice making box (2), outside for the water exceeding described ice making inner chamber setting water capacity is outwards guided to described ice making box (2).
2. prepare the device of fancy ice according to claim 1, it is characterized in that: described flow-guiding structure comprises and is located on described ice making box (2), with the overflow launder (23) of described ice making inner space.
3. according to claim 1 or 2, prepare the device of fancy ice, it is characterized in that: described flow-guiding structure comprises and is located on described ice making box (2), with the spout hole of described ice making inner space, described spout hole is provided with multiple along the short transverse of described ice making inner chamber.
4. prepare the device of fancy ice according to claim 1, it is characterized in that: described ice making box (2) has lower arcuate surface, and being provided with baffle plate (21) in described ice making box (2), described ice making box (2) is divided into multiple along described ice making box (2) axial distribution and separate ice build-up tank (22) by described baffle plate (21).
5. prepare the device of fancy ice according to claim 4, it is characterized in that: described flow-guiding structure is provided with multiple, multiple described flow-guiding structure is communicated with one by one with multiple described ice build-up tank (22) respectively.
6. prepare the device of fancy ice according to claim 1, it is characterized in that: the part of described evaporation tube (3) contact or close described ice making box (2) has the coupling sidewall (31) mating with described ice making box (2) outer wall and fit.
7. prepare the device of fancy ice according to claim 4, it is characterized in that: also comprise and deice structure for what outwards transferred to along described arc surfaced bottom surface from described ice making box (2) inside by the ice cube prepared; The described structure that deices comprises the rotating rotating shaft (4) be arranged on casing (1), be arranged on the plate (41) in described rotating shaft (4), and drive described rotating shaft (4) to rotate, and then drive described plate (41) to rotate, thus the drive motors (42) that the ice cube being positioned at described ice making box (2) is outwards transferred to.
8. prepare the device of fancy ice according to claim 4, it is characterized in that: also comprise for the carrier pipe (5) to described ice making box (2) conveying ice making water, described carrier pipe (5) is provided with and described ice build-up tank (22) pod apertures one to one.
9. prepare a method for fancy ice, it is characterized in that: comprise the steps,
First, stop after the ice making inner chamber of ice making box (2) supplies a certain amount of water, control evaporation tube (3) and all water in described ice making inner chamber are all cooled to Bai Bing; Then, continue to supply water to described white ice surface, it is outside that the water exceeding setting water capacity is outwards guided to described ice making box (2) by flow-guiding structure, the water cooling being fed to described white ice surface is become layer of transparent ice by evaporation tube (3), one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepare fancy ice; Or
First, control open described evaporation tube (3) and to ice making box (2) ice making inner chamber continue supply water, the water exceeding setting water capacity is outwards guided to described ice making box (2) outside through flow-guiding structure, and the water cooling in ice making inner chamber is become layer of transparent ice by evaporation tube (3); Stop supplying water to described ice making inner chamber, the water be positioned on described transparency ice surface is all cooled to Bai Bing by evaporation tube (3), one to multiple time of operation above-mentioned steps, stopping after completing to arbitrary step, thus prepares fancy ice.
10. prepare the method for fancy ice according to claim 9, it is characterized in that: described ice making box (2) comprises multiple ice build-up tank (22), use water-supply-pipe (5) to supply water separately to multiple described ice build-up tank (22).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510518293.7A CN105042974B (en) | 2015-08-21 | 2015-08-21 | A kind of device for preparing fancy ice |
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| CN201510518293.7A CN105042974B (en) | 2015-08-21 | 2015-08-21 | A kind of device for preparing fancy ice |
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| CN105042974B CN105042974B (en) | 2018-05-18 |
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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 |
| CN112437861A (en) * | 2018-07-03 | 2021-03-02 | 青岛海尔电冰箱有限公司 | Double-row bucket ice maker with overhead extraction |
| CN114040810A (en) * | 2019-06-28 | 2022-02-11 | 海尔智家股份有限公司 | Water filtration and recycling system for ice maker |
| CN115507613A (en) * | 2021-06-22 | 2022-12-23 | 青岛海尔电冰箱有限公司 | Control method of ice making device and ice making device |
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| 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 |
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| CN105042974B (en) | 2018-05-18 |
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