CN2690814Y

CN2690814Y - Refrigerator type automatic ice making machine

Info

Publication number: CN2690814Y
Application number: CN 200420021096
Authority: CN
Inventors: 林锦育
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-03-19
Filing date: 2004-03-19
Publication date: 2005-04-06
Anticipated expiration: 2014-03-19

Abstract

The utility model discloses a refrigerator type automatic ice making machine, comprising a hollow ice making bucket whose upper part and lower part are through, a refrigerating device arranged at the outer peripheral wall of the ice making bucket, a power device whose local can penetrate through the inner part of the ice making bucket, and a material feeding device positioned at one side of the upper part of the ice making bucket. The power device can be driven to rotate. The power device is provided with a threaded rod-shaped ice deicing cutter which extends into the ice making bucket. The peripheral wall of the threaded rod-shaped ice deicing cutter is provided with a convex spiral part. When the refrigerator type automatic ice making machine is used, the refrigerating device is started, the temperature of the ice making bucket quickly descends to less than-10 DEG C, liquid is poured into the material feeding device to be transferred into the ice making bucket, clear ice is formed on the inner wall of the ice making bucket, the clear ice is automatically scraped into flaky ice things by the power device, and the flaky ice things are pushed out downwards to directly fall into a container.

Description

Refrigerator formula automatic ice maker

Technical field

The utility model belongs to the manufacturing technology field of ice, refers to a kind of automatic ice maker that liquid can be made automatically loose shape " snowflake ice " especially.

Background technology

The manufacture of traditional type edible ice is earlier liquid to be made bulk, places and planes into trash ice on the ice shaver.And in order to make edible ice fast, a kind of " ice-flowers producing machine " arranged on the market, it has one and fries the ice pot, be provided with refrigerator in frying the ice pot bottom, utilize the low temperature of refrigerator to conduct to fry an ice pot the bottom of a pan, can be so that fry an ice pot inner edge and reduce to rapidly below negative 10 degree, make to add flavor beverage for example milk, fruit juice etc. build-up ice in pot, the producer promptly utilizes scoop constantly to stir-fry, and shovel forms loose " snowflake ice " down with freezing.

Though above-mentioned ice-flowers producing machine can reach the purpose of rapid ice making, even but rather bother owing to need the people constantly to stir-fry, especially for example night market or the more urban district of the crowd when more consumer demand being arranged with the time, ice making person's ice making that will stir-fry on the one hand, ice to be scooped up to the consumer on the other hand, in a rush awkward situation is often arranged.If greeting guest's time is longer, make to freeze to such an extent as to stop to stir-fry when thicker, not only be not easy and freeze down from pot edge shovel, also can make that the snowflake ice of making is too thick and lose careful mouthfeel, therefore, speed in order to ensure its quality and raising supply Ice needs two people to manage jointly usually, but can raise the cost again thus.

Above-mentioned is to fry the situation that the ice pot applies to commercial activity, and in addition, owing to the space that stir-fries that need be enough, therefore, the volume of frying the ice pot need be bigger, is not suitable for the use of general family, enjoys good to eat careful snowflake ice so can't make by oneself at home.

Therefore, real necessity that improved of the existing ice machine that manually stir-fries.

Summary of the invention

In order to improve the shortcoming of the ice machine that above-mentioned needs manually stir-fry, main purpose of the present utility model be to provide a kind of volume little, do not need to stir-fry and promptly can make snowflake ice, to save the refrigerator formula automatic ice maker of manpower.

Based on above-mentioned purpose, major technique means of the present utility model comprise an ice-making device that is communicated with up and down, one is located at the chilling unit of ice-making device periphery wall, one can local be placed through in the ice-making device and can drive the power-equipment of rotation, an and pan feeding equipment, wherein, described chilling unit is provided with the semiconductor cooler that is attached at the ice-making device periphery wall with cold interface, be positioned at the fin and the radiator fan of this side of hot interface of refrigerator, described power-equipment then is provided with one and stretches in the ice-making device and the screw shaped that can be driven in rotation deices cutter, this screw shaped deices the cutter periphery and is equipped with spire, and described pan feeding equipment is provided with a receiving hopper and and is connected in the passage of receiving hopper bottom.

By above-mentioned technological means, the utility model can improve above-mentioned existing shortcoming and have several advantages:

1. do not need to stir-fry and promptly can make sheet snowflake sheet automatically: the utility model lowers the temperature the ice making barrel rapidly by the effect of refrigerator, make via the liquid condensation Cheng Bing in the pan feeding equipment inflow ice-making device, the spire that utilizes the screw shaped of rotating to deice cutter will freeze and strike off and down push from the ice-making device perisporium again, so do not need manpower to stir-fry, if apply to commercial situations, can a people manage, to reduce cost.

2. volume is little: because the utility model does not need the space that stir-fries, but ice making in the ice-making device of tubular, so volume required less, use no matter be to use in commercial location or family, all very convenient.

In addition, in order further to make the thickness unanimity of Ice, and the fineness degree of Ice can be controlled, so the utility model can be established power-equipment the governor motor that one drive screw shape deices the cutter rotation, utilize the driving of this governor motor, can make screw shaped deice cutter with fixing speed rotation, making the borneol thickness unanimity of being struck off influences mouthfeel and be unlikely; And, by changing the rotating speed of governor motor, promptly can change the rotary speed that screw shaped deices cutter, and then change the thickness of Ice.

The accompanying drawing summary

Fig. 1 is the three-dimensional combination of a preferred embodiment of the present utility model schematic diagram.

Fig. 2 is a preferred embodiment perspective exploded view of the present utility model.

Fig. 3 is a preferred embodiment of the present utility model plane combination generalized section.

Fig. 4 is an another kind of embodiment perspective exploded view of the present utility model.

Fig. 5 is an another kind of embodiment perspective exploded view of the present utility model.

The specific embodiment

See also the utility model preferred embodiment shown in Fig. 1～3, volume that the utility model provides is little, comprise that at the following refrigerator formula automatic ice maker that promptly can make careful snowflake ice automatically that need not stir-fry the ice-making device 10 of a hollow, two chilling units 20, of being located at ice-making device 10 periphery walls can local be placed through in the ice-making device 10 and the power-equipment 30 and that can drive rotation is positioned at the pan feeding equipment 40 of a side above the ice-making device 10.Cooperation by above-mentioned each mechanism, starting chilling unit 20 during use is cooled to below negative 10 degree ice-making device 10 rapidly, and pour liquid into pan feeding equipment 40, and then input ice-making device 10 is inner and form thin ice on ice-making device 10 inwalls, by power-equipment 30 thin ice are struck off automatically again and release downwards, directly fall in the container A.

Above-mentioned is rough mechanism of the present utility model configuration and ice making mode, and its detailed member and function are then addressed as the back:

Please consult Fig. 1～3 again, described hollow type ice-making device 10 inside are provided with the ice-making compartment 11 of a up/down perforation, be provided with the bigger feed chute 12 of a ring internal diameter in the top of ice-making compartment 11, be provided with a feeding mouth 13 that radially extends in feed chute 12 all sides, promptly be the shape that communicates between this feeding mouth 13 and feed chute 12, the ice-making compartment 11.

Described chilling unit 20 comprises that a semiconductor chip refrigerator 21, that is incorporated into ice-making device 10 periphery walls is incorporated into the fin 22 and that refrigerator 21 differs from ice-making device 10 these sides and is incorporated into the radiator fan 23 that fin 22 differs from refrigerator 21 these sides, wherein refrigerator 21 is attached at ice-making device 10 with its cold interface, hot interface then is attached on the fin 22, coat outside this ice-making device 10 and with an isolation layer 14, make ice-making device 10 be unlikely to transmit with extraneous generation is hot.

Described power-equipment 30 comprises a governor motor 31, be incorporated into driving gear 32 on governor motor 31 output shafts, one and the travelling gear 33, of driving gear 32 engagements integrally combine with the driven gear 34 of travelling gear 33 engagements and with driven gear 34 and stretch into the interior screw shaped of ice-making compartment 11 and deice cutter 35, this screw shaped deices cutter 35 peripheries and is provided with outstanding spire 351, keeps a minimum gap between this spire 351 and ice-making compartment 11 internal perisporiums.

Described pan feeding equipment 40 comprises a funnel-form receiving hopper 41, be connected in the passage 42 of receiving hopper 41 bottom collecting ends, and one be positioned at receiving hopper 41 and passage 42 between liquid flow control valve 43, this liquid flow control valve 43 stretches into receiving hopper 41 these ends and radially is equipped with a perforation 431, this the perforation 431 can with passage 42, receiving hopper 41 communicates, in addition be provided with a knob 432 outside being stretched in an end of liquid flow control valve 43, rotating on this knob 432 can be so that liquid flow control valve 43 rotation, make perforation 431 rotations one angle, and then control is positioned at the flow of the liquid inflow passage 42 of receiving hopper 41.

Above-mentioned is each member configuration of the present utility model, connect power supply during use earlier, the cold interface low temperature of refrigerator 21 directly conducts in ice-making device 10, the temperature of ice-making device 10 perisporiums is reduced to rapidly below negative 10 degree, and the high temperature at hot interface is promptly discharged heat radiation rapidly by fin 22 and radiator fan 23, then start the governor motor 31 of power-equipment 30, see through travelling gear 33 power is bestowed driven gear 34, and then the drive screw shaped deices cutter 35 rotations, at this moment, also simultaneously liquid is poured in the receiving hopper 41 of pan feeding equipment 40, make the perforation 431 of liquid via liquid flow control valve 43, passage 42 and flow into the feeding mouth 13 of position at ice-making device 10 tops, flow into ice-making compartment 11 internal perisporiums along feed chute 12 again, because this moment, the temperature of ice-making compartment 11 perisporiums was extremely low, so can congeal into ice rapidly, and the screw shaped of rotating deices cutter 35 and promptly can utilize its outstanding spire 351 to freeze to strike off and pass downwards, and directly fall into the position below container A in, and because it is icing and the speed of striking off is even, so can obtain the Ice of fineness degree unanimity.In addition, see through the rotating speed of adjusting this governor motor 31, change the rotary speed that screw shaped deices cutter 35, promptly can change the Ice fineness degree that strikes off, for example, can obtain thicker Ice when rotating speed is slow.

Again, travelling gear 33 of the present utility model can controlledly be the design of clutch shape along axial displacement, that is when travelling gear 33 was pushed away, governor motor 31 promptly can't engaged transmission.

From the above, design of the present utility model can be iced at the following snowflake of promptly can making automatically that does not need to stir-fry, and made Ice thickness unanimity, and can improve the existing shortcoming that stir-fries with manpower.

In addition, in this preferred embodiment, with the governor motor 31 of power-equipment 30 as power source, it also can be set to manually, just manually rotate driving gear 32, perhaps do not need to be provided with driving gear 32, but directly manual rotary transmission gear 33, deice cutter 35 rotations to drive driven gear 34 and screw shaped, still can receive need not stir-fry and form the effect of Ice automatically.

Please continue to consult Fig. 4,5, be another kind of embodiment of the present utility model, its structure and aforementioned preferred embodiment do not exist together and only are only to use one group of chilling unit 20, can use when high-power chilling unit.

Claims

1. refrigerator formula automatic ice maker, the ice-making device that comprises a up/down perforation, at least one chilling unit of being located at the ice-making device periphery wall, one can local be placed through in the ice-making device and can drive the power-equipment of rotation, an and pan feeding equipment, it is characterized in that: described chilling unit is provided with the fin that a semiconductor cooler and that is attached at the ice-making device periphery wall with cold interface is positioned at this side of hot interface of refrigerator, described power-equipment then is provided with one and stretches in the ice-making device and the screw shaped that can be driven in rotation deices cutter, this screw shaped deices the cutter periphery and is equipped with spire, and described pan feeding equipment is provided with a receiving hopper and and is connected in the passage of receiving hopper bottom.

2. refrigerator formula automatic ice maker as claimed in claim 1, it is characterized in that: the screw shaped of power-equipment deices the cutter top and is piercing in ice-making device, and in conjunction with a driven gear, other is provided with a governor motor, on the output shaft of governor motor in conjunction with one so as to driving the driving gear of driven gear.

3. refrigerator formula automatic ice maker as claimed in claim 2 is characterized in that: between driven gear and the driving gear with a travelling gear engaged transmission.

4. refrigerator formula automatic ice maker as claimed in claim 3 is characterized in that: travelling gear is can be controlled along moving axially.

5. as claim 1,2,3 or 4 described refrigerator formula automatic ice makers, it is characterized in that: ice-making device inside is provided with an ice-making compartment that runs through up and down, and the ice-making compartment apical margin radially is extended with the bigger feed chute of an internal diameter.

6. refrigerator formula automatic ice maker as claimed in claim 5, it is characterized in that: the feed chute periphery radially extends a feeding mouth.

7. as claim 1,2,3 or 4 described refrigerator formula automatic ice makers, it is characterized in that: be provided with between receiving hopper and the passage one can controlled rotation liquid flow control valve, this liquid flow control valve is provided with a perforation, and this perforation can be communicated with passage and receiving hopper.

8. refrigerator formula automatic ice maker as claimed in claim 6 is characterized in that: be provided with between receiving hopper and passage one can controlled rotation liquid flow control valve, this liquid flow control valve is provided with a perforation, this perforation can be communicated with passage and receiving hopper.

9. refrigerator formula automatic ice maker as claimed in claim 8, it is characterized in that: ice-making device is coated with one deck isolation layer.

10. refrigerator formula automatic ice maker as claimed in claim 9 is characterized in that: fin differs from this side of refrigerator and is provided with a radiator fan.