Grain crushing and mixing integrated equipment

Abstract

The invention discloses grain crushing and mixing integrated equipment which comprises a casing, a first crushing device, a filter cartridge, a separation plate, a second crushing device and a filterscreen, wherein the first crushing device comprises three sets of sub-crushing devices and is positioned at the upper part inside the casing, and the three sets of sub-crushing devices are triangularly distributed by taking an axis of the casing as a center; the filter cartridge is positioned at the upper part inside the casing and encloses the first crushing device, and filter cartridge comprisesa first part and a second part which are sequentially and fixedly connected with each other from top to bottom; the separation plate is horizontally and fixedly connected with the inner wall of the casing and is positioned under the filter cartridge, and a plurality of dust blocking components are fixedly connected with the lower surface of the separation plate; the filter screen is obliquely andfixedly connected with the inner wall of the casing and is positioned under the second crushing device. The grain crushing and mixing integrated equipment disclosed by the invention can effectively reduce the concentration of dust in a grain processing workshop and simultaneously fully mix different materials during crushing.

Description

Technical field [0001] The invention relates to an integrated device. More specifically, the present invention relates to a grain crushing and mixing integrated equipment, belonging to the technical field of grain processing equipment. Background technique [0002] Existing grain grinders will generate a large amount of dust during the grain crushing process. These dusts rise in the grain grinder and escape from the feed inlet, and are dispersed into the grain processing workshop. They are easily inhaled by the human body. After inhalation, these dusts Will have a great burden on the human lungs, long-term operation in this high dust concentration environment will seriously endanger human health. However, most of the current grain grinders cannot prevent the escape of dust during the grinding process, thereby reducing the dust concentration in the grain processing workshop. Although it is also possible to spray water into the grain processing workshop to reduce the dust concentr...

AI Technical Summary

Problems solved by technology

However, most of the current grain grinders cannot prevent the dust from escaping during the grinding process, thereby reducing the dust concentration in the grain processing workshop. Although it is also possible to reduce the dust concentration by spraying water into the grain processing workshop, this kind of The dust reduction effect of the measures is not obvious, and the humidity in the grain processing workshop will be greatly increased after spraying water, which will easily cause the agglomeration and adhesion of the grain crushed material, which will not only greatly reduce the crushing effect, but also seriously affect the normal use of the grinder

In addition, the current grain grinders basically only have a single crushing function. When crushing different materials at the same time and requiring different materials to be fully mixed, the existing grain grinders are not suitable or the effect is very unsatisfactory. If we can design a It is an integrated grain crushing and mixing equipment that can not only reduce the dust concentration in the workshop, but also fully mix different materials when crushing, so it can greatly reduce the input of grain processing equipment and reduce the cost

Images