Malt wet crushing device

Abstract

The invention discloses a malt wet crushing device, which comprises a feeding hopper, a wetting bin and a crushing device. The top of the wetting bin is provided with an inverted top V-shaped bin body, and the inclined bin walls of the top V-shaped bin body are installed in a distributed manner. There is a spray head, and the upper part of the top V-shaped bin communicates with the bottom of the feed hopper through the inlet cylinder arranged longitudinally. The outer wall of the material guide roller is distributed with oblique feeding scrapers along the circumferential direction; the bottom of the wet bin is provided with a bottom V-shaped bin body, and the bottom V-shaped bin body passes through the longitudinally arranged outlet cylinder and the crushing shell of the crushing device. The inlet end of the body is connected, and the discharge guide roller is arranged in the outlet cylinder. The structure design of the invention is reasonable, the material feeding and discharging are smooth, and there is no blockage, which effectively avoids malt arching and cannot be discharged. health and safety.

Description

technical field [0001] The invention relates to the technical field of malt crushing equipment, in particular to a malt wet crushing device. Background technique [0002] The commonly used raw materials for beer brewing in my country are malt, rice and hops. The husk of malt is used as a natural filter layer when filtering wort, so it should not be crushed too finely, and should be kept intact as much as possible. There are three types of malt crushing methods, namely dry crushing, humidified crushing and wet crushing, and humidified crushing and wet crushing are being used more and more. However, the structural design of the crushing device for the existing wet crushing is not reasonable enough, whether the malt enters the wet bin or the malt enters the crushing bin after it is wet, it is prone to blockage; and the malt in the wet bin is often prone to sticking after soaking Blocks cause malt to arch in the wet bin, and eventually the material cannot be unloaded in time an...

AI Technical Summary

Problems solved by technology

However, the structural design of the crushing device for the existing wet crushing is not reasonable enough, whether the malt enters the wet bin or the malt enters the crushing bin after it is wet, it is prone to blockage; and the malt in the wet bin is often prone to sticking after soaking The malt is arched in the wet bin due to blockage, and finally the material cannot be unloaded in time and the crushing device cannot work normally; in addition, there are hygienic dead corners in the wet bin, and it is not easy to clean the inner wall in time after use.

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