Partitioned texture ice dredging ice box

Abstract

The invention provides a partitioned texture ice dispersing ice box. The partitioned texture ice dispersing ice box is formed by arranging a plurality of ice lattices with partitioned textures on the surfaces, the ice lattices are funnel-shaped containers, the bottom surfaces in the ice lattices are viscosity reduction surfaces, and the other surfaces in the ice lattices are stripping assisting surfaces; and the viscosity reduction surface and the stripping assisting surface are respectively provided with texture morphology. The texture morphology arranged on the stripping assisting surface is a linear bulge; the cross section of each linear protrusion is in an oval shape, the extending direction of the linear protrusions is the same as the opening extending direction of the ice lattices, and the linear protrusions are used for guiding ice blocks to be separated from the ice dredging ice box in the ice unloading process of the ice dredging ice box. The texture morphology arranged on the viscosity reduction surface is a homocentric-square-shaped bulge; the concentric-square-shaped protrusions are distributed at equal intervals in an annular sleeving mode. According to the partitioned texture ice dispersing ice box, the bonding force between ice and the surface can be reduced, the ice blocks are guided to be rapidly separated from the ice box, and the effects of stripping assistance and viscosity reduction are achieved.

Description

technical field [0001] The invention relates to the field of ice making or ice making tools, in particular to an ice-sparing ice box with a partition texture. Background technique [0002] At present, ice boxes are mainly made of metal or plastic materials. Metal ice boxes have complicated processing, are not resistant to high and low temperatures, have high weight, cannot be automatically restored after deformation, generate static electricity, have poor corrosion resistance, and have a long-term ice-making surface. Easy to rust and wear, metal ice boxes are deiced by electric heating, the price of electric heating deicing equipment is high, and deicing needs to consume a lot of heat energy, which increases the cost of deicing; Due to the characteristics of the material, the elasticity, touch and high and low temperature resistance of the ice box are poor. The plastic ice box has a long injection molding cycle and low production efficiency. Therefore, the efficiency of dei...

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Problems solved by technology

[0002] At present, ice boxes are mainly made of metal or plastic materials. Metal ice boxes have complicated processing, are not resistant to high and low temperatures, have high weight, cannot be automatically restored after deformation, generate static electricity, have poor corrosion resistance, and have a long-term ice-making surface. Easy to rust and wear, metal ice boxes are deiced by electric heating, the price of electric heating deicing equipment is high, and deicing needs to consume a lot of heat energy, which increases the cost of deicing; Due to the characteristics of the material, the elasticity, touch and high and low temperature resistance of the ice box are poor. The plastic ice box has a long injection molding cycle and low production efficiency. Limited, so the efficiency of deicing is not high, and the price of the torsion motor for deicing is high

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