Water-cooled cooling bin assembly for cold rice machine

Abstract

The invention discloses a water-cooled cooling bin assembly for a cold rice machine. The water-cooled cooling bin assembly for the cold rice machine is characterized in that the water-cooled cooling bin assembly comprises a feed bin, a first bulk tray, a second bulk tray, a guide plate, a feed plate, a cooling tube, a cooling bin, a connection board, a discharge plate and a soft box; an exhaust pipe and a feeder are disposed on top of the feed bin; the first bulk tray is located just below a discharge port of the feeder; the second bulk tray is positioned below the first bulk tray; the guide plate is arranged between the first bulk tray and the second bulk tray; the end portion of the guide plate is fixed to the inner wall of the upper cooling bin; the feed plate is arranged on the bottomof the feed bin below which a plurality of cooling tubes are connected; the cooling bin is disposed below the feed bin; the junction of the cooling tube and the cooling bin is sealed and welded; the connection board is fixed on the outer side of the bottom of the cooling bin; a liquid inlet pipe is disposed below the cooling bin, while a liquid outlet pipe is arranged above the cooling bin; the soft box is arranged below the discharge plate which is disposed below the connection board. The water-cooled cooling bin assembly for the cold rice machine has the advantages of high heat dissipation efficiency, good heat dissipation effects and uniform heat dissipation.

Description

technical field [0001] The invention relates to the field of rice cooler equipment, in particular to a cooling bin assembly for a water-cooled rice cooler. Background technique [0002] In grain processing factories, rice processing generally requires processes such as rice milling, cooling, and polishing; the temperature of rice after milling is relatively high, and if it is cooled rapidly, the rice quality after subsequent polishing will become brittle. As a result, the broken rate of rice is increased, which directly affects the quality of rice; if the rice is overheated, it will affect the polishing effect; grain processing factories generally use the method of storing rice in cold storage, and store the milled rice in the storage of cold rice. Natural cooling can then enter the polishing process. However, when the rice is piled up, the accumulated rice at the bottom cannot dissipate heat. Therefore, how to disperse the rice to improve the heat dissipation efficiency is ...

AI Technical Summary

Problems solved by technology

[0002] In grain processing factories, rice processing generally requires processes such as rice milling, cooling, and polishing; the temperature of rice after milling is relatively high, and if it is cooled rapidly, the rice quality after subsequent polishing will become brittle. As a result, the broken rate of rice is increased, which directly affects the quality of rice; if the rice is overheated, it will affect the polishing effect; grain processing factories generally use the method of storing rice in cold storage, and store the milled rice in the storage of cold rice. Natural cooling can then enter the polishing process. However, when the rice is piled up, the accumulated rice at the bottom cannot dissipate heat. Therefore, how to disperse the rice to improve the heat dissipation efficiency is a problem that needs to be solved.

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