A centimeter-level square ice cube production device and its ice production method and application

Abstract

The invention discloses a centimeter-sized ice cube making device and an ice making method and application thereof. The device comprises a water storage box which is shaped like a hollow cuboid, is open in top face and is used for containing water, an ice making plate which can be sunken into the water storage box and an ice taking cone which is used by cooperating with the ice making plate; the water storage box comprises a water storage box bottom plate and two long-edge fence plates and two short-edge fence plates which are arranged at the periphery of the upper surface of the water storage box bottom plate, wherein the height h<1> of the long-edge fence plates is 1 cm and is smaller than the height h<2> of the short-edge fence plates; the ice making plate is provided with a plurality of ice making holes which are through from the upper surface of the ice making plate to the lower surface of the ice making plate, wherein each ice making hole is shaped like a cube with the edge length of 1 cm, and the height h<0> of the ice making plate is 1 cm; the ice taking cone comprises an ice taking cone bottom plate and a plurality of cone bodies which are arranged on the ice taking cone bottom plate and can be inserted into the ice making holes, and the positions of the cone bodies correspond to those of the ice making holes. Accordingly, a large quantity of regular and uniform centimeter-sized ice cubes can be efficiently made, the making device is simple in structure and reusable, and the ice making method is good in operability and low in cost.

Description

technical field [0001] The invention particularly relates to a centimeter-level square ice cube producing device capable of producing a large number of regular and uniform centimeter-level ice cubes efficiently, and an ice-making method and application thereof. Background technique [0002] Rock-ice avalanches is a special debris flow that carries ice debris when it is started or shovels and entraps ice debris when it is in motion. It often occurs in inaccessible alpine mountainous areas. In the Karakoram-Himalayas, there are at least 115 ice-rock debris flow events recorded (excluding events in China). In my country's Qinghai-Tibet Plateau, ice-rock debris flow events are also common. Due to its super athleticism, it has repeatedly caused catastrophic events that shocked the world. In May 1970, the Huascarán ice-rock debris flow in Peru traveled 16km at an average speed of 78m / s, causing more than 18,000 deaths, which was the worst landslide disaster in history; in Septem...

AI Technical Summary

Problems solved by technology

However, crushed ice materials also have some disadvantages

For example, crushed ice has different sizes and complex and diverse shapes, so it is difficult to consider the influence of shape; in addition to freezing and smashing ice, it is necessary to obtain the required particle size through ice sieving, and there are many processes; the shape of crushed ice is easy to change during the screening process. and cause a large amount of crushed ice to melt

If the square ice cubes can be used, the above problems can be avoided, because the size and shape of the square ice are relatively single, and there is no need to determine the particle size through sieving, and it also avoids the change of shape and the increase of melt water during the sieving process. The size of finished square ice cubes on the market is often large (generally above 3cm), which cannot fully meet the needs of small-sized ice cubes in model experiments (such as centimeter-level square ice cubes, that is, cube ice cubes with a side length of 1cm).

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