TWM634182U - Machine for making snowflake ice - Google Patents

Abstract

The main purpose of this creation is to provide a snowflake ice machine, which includes: a housing, the housing includes a top, a side and a back plate, the back plate has an air inlet, and the side has an air outlet; A fan is arranged on the backboard and corresponds to the air inlet; a condenser is arranged inside the casing; a roller evaporator is arranged relative to the backboard; an ice scraper is arranged on the roller to evaporate and an operation panel arranged relative to the back plate for controlling the rotation speed of the drum evaporator. The heat of the condenser is taken away by the fan installed on the back plate instead of circulating water. Therefore, this creation can expand the use places of the snowflake ice machine without being limited by the water supply situation.

Description

Snow ice machine

This creation is about an ice machine, especially a snowflake ice machine.

Please refer to Figure 1 and Figure 2, wherein Figure 1 is the front view of the conventional snowflake ice machine, and Figure 2 is the rear view of the conventional snowflake ice machine. When the material liquid (not drawn in the figure) enters the snowflake ice machine 200, it will freeze at the drum evaporator 210 and be scraped off by the ice scraper 220 to produce snowflake ice. The aforementioned material liquid is an edible liquid food , such as milk, beer, juice, etc. The snowflake ice machine 200 can cool the drum evaporator 210 through the refrigerant, so when the material liquid is poured on the drum evaporator 210, the material liquid can be cooled to produce snowflake ice. In order to perform the above operation, the known snowflake ice The interior of the machine 200 contains a condenser 230, which must be cooled during the production of snowflake ice to take away the heat absorbed by the refrigerant in the pipeline, and the condenser 230 in the known snowflake ice machine 200 The temperature of the condenser 230 is lowered by means of water circulation, and the water required for cooling enters through the water inlet and outlet 240 and cools the condenser 230 by means of water circulation. Therefore, it must be used in a stable manner when there is sufficient water. , otherwise when the temperature of the condenser 230 cannot be lowered, difficulties in making ice will arise. The above-mentioned cooling method of water circulation restricts the place of use of the known Snowflake Ice Machine 200, which is only suitable for stores with running water. For mobile dining cars, it is difficult to use due to the limited water source.

For this reason, the author of this article feels that the above problems can be improved, and he has devoted himself to research and cooperated with Based on the application of academic theory, a kind of original creation with reasonable design and effective improvement of the above-mentioned problems is proposed.

The purpose of this creation is to provide a snowflake ice machine, which includes: a housing, the housing includes a top, a side and a backboard, the backboard has an air inlet and the side has an air outlet; a fan , set on the back plate, and corresponding to the air inlet; a condenser, set inside the shell; a drum evaporator, set relative to the back plate; a scraper, set under the roll evaporator ; and an operation panel, which is arranged relative to the back plate, for controlling the rotation speed of the drum evaporator.

Wherein, the condenser is arranged corresponding to the air outlet.

Wherein, the operation panel has a governor for controlling the rotation speed of the drum evaporator.

100:Snow ice machine

101: Shell

102: Roller evaporator

103: ice scraper

104: Operation panel

1041: governor

105: condenser

106: fan

200: Snow ice machine

210: Roller evaporator

220: ice scraper

230: condenser

240: water inlet and outlet

1011: top

1012: side

1012a: Air outlet

1013: Backplane

1014: air inlet

Fig. 1 is a front view of a conventional snowflake ice machine.

Fig. 2 is the rear view of the conventional snowflake ice machine.

Figure 3 is a three-dimensional view of the snowflake ice machine created by this author.

Figure 4 is a three-dimensional view from another angle of the snowflake ice machine created by this author.

Picture 5 is the rear view of the Snowflake Ice Machine without the fan

Please refer to Figure 3, Figure 4 and Figure 5. Picture 3 is the snowflake created by this author The three-dimensional view of the ice machine, the fourth picture is the three-dimensional view of the Snowflake ice machine created by the author from another angle, and the fifth picture is the rear view of the Snowflake ice machine created by the author without the fan. The snowflake ice machine 100 of the invention includes a casing 101 , a drum evaporator 102 , an ice scraper 103 , an operation panel 104 , a condenser 105 , and a fan 106 . The housing 101 includes a top 1011 , a side 1012 , and a back plate 1013 . The side portion 1012 has a plurality of air outlets 1012a, and the back panel 1013 has an air inlet 1014 . The fan 106 is disposed on the backboard 1013 and corresponds to the air inlet 1014 . The condenser 105 is disposed in the casing 101 . Preferably, the condenser 105 is also set corresponding to the air inlet 1014, accordingly, the heat of the condenser 105 can be taken away by the airflow generated by the rotation of the fan 106 through the air outlet 1012a, so that the snowflake ice machine 100 can be used for a long time. Ice works.

The roller evaporator 102, the ice scraper 103, and the operation panel 104 are arranged opposite to the back plate 1013. The ice scraper 103 is arranged below the roller evaporator 102. After the ice machine 100, ice will be formed at the roller evaporator 102 and scraped off by the ice scraper 103 to make snowflake ice. The operation panel 104 controls the on/off of the snowflake ice machine 100. A governor 1041, and the speed governor 1041 can be used to adjust the rotation speed of the drum evaporator 102, so as to prevent the rotation speed from being too fast to make ice.

To sum up, with this invention, through the fan 106, the air inlet 1014 and the air outlet 1012a arranged on the back plate 1013, the heat of the condenser 105 is taken away, so that the snowflake ice machine 100 can continue to make ice for a long time. The heat of the condenser 105 is taken away without circulating water. Therefore, this invention can expand the use places of the snowflake ice machine 100 without being limited by the water supply condition.

The above is only a preferred embodiment of this creation, and it is not intended to limit the scope of patent protection of this creation. Therefore, all equivalent changes made by using the instructions and drawings of this creation are also included in the protection of the rights of this creation. Within the scope, agree with Chen Ming.

106: fan

1011: top

1012a: Air outlet

1013: Backplane

1014: air inlet

Claims (3)

A snowflake ice machine, which includes: A casing, the casing includes a top, a side portion and a back plate, the back plate has an air inlet, and the side portion has an air outlet; A fan is arranged on the backboard and corresponds to the air inlet; a condenser arranged inside the housing; a drum evaporator disposed relative to the back plate; an ice scraper positioned below the drum evaporator; and An operation panel is arranged relative to the backboard. The snowflake ice machine according to claim 1, wherein the condenser is arranged corresponding to the air inlet. The snowflake ice machine as claimed in claim 2, wherein the operation panel has a governor for controlling the rotation speed of the drum evaporator.

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