Efficient slice ice machine

Abstract

The invention discloses an efficient slice ice machine. The efficient slice ice machine comprises a bearing frame, an evaporator, a water sowing pipe and an ice skate blade. The evaporator includes an inner cylinder, an outer cylinder, an annular cavity, an irregular annular runner body, a liquid supply hole and an air return hole. The irregular annular runner body includes a first annular groove, a second annular groove and a third annular groove. The bottom surface of the first annular groove is set as a smooth surface. Multiple projected fine first patterns are arranged on the bottom surface of the second annular groove; and first sharp angle blocks for inwards extending are staggered on two sides of the second annular groove. Multiple projected fine second patterns are arranged on the bottom surface of the third annular groove, and second sharp angle blocks for inwards extending are staggered on two sides of the third annular groove. A refrigerant is filled in the annular cavity. After water is sprayed to the outer surface of the outer cylinder, thin ice is formed on the surfaced. The ice skate blade is arranged out of the outer cylinder. The efficient slice ice machine has the effects of low ice making energy consumption, high efficiency and prevention of disordered scraping.

Description

technical field [0001] The invention belongs to the field of ice making, in particular to a high-efficiency flake ice machine. Background technique [0002] At present, the flake ice machines used in the field of ice making on the market are mainly composed of a cylindrical evaporator and ice blades installed in the evaporator. The above-mentioned evaporator is mainly composed of an inner cylinder and an outer cylinder, and an annular cavity formed after the inner cylinder and the outer cylinder are sealed, and a flow channel for the annular flow of refrigerant is provided in the annular cavity. An inlet and an outlet are arranged on the outer cylinder to facilitate the entry and exit of the refrigerant. When in use, spray water on the inner surface of the inner cylinder, then use the refrigerant in the annular cavity to cool down the water on the surface and absorb heat until thin ice is formed on the inner surface of the inner cylinder, and finally scrape off the thin ice...

AI Technical Summary

Problems solved by technology

Because the ice blade with the above structure scrapes the thin ice from the inside to the outside, and the thin ice is distributed on the inner cylinder wall, there is internal stress, so the ice blade scrapes the thin ice not only has a large energy consumption, but also is too It is also easy to scratch the inner cylinder when it is close to the inner cylinder wall

The skates are directly crushed on the icing surface, causing damage to the inner cylinder of the ice, causing poor ice drop, and the skates are also easily damaged

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