Grinding system for cereals

Abstract

The invention discloses a grinding system for cereals. The grinding system for cereals comprises a feeding mechanism, a grinding mechanism connected to the feeding mechanism, a discharging mechanism connected to the grinding mechanism, a flour collector connected to the discharging mechanism, and a vacuum pump connected to the flour collector. The grinding mechanism comprises a shell, a support fixedly connected in the shell, a millstone arranged on the support, a feed inlet and a flour outlet, and the feed inlet and the flour outlet are formed in the top of the shell. A steam-jet ejector anda humidifier connected with the steam-jet ejector are arranged at the bottom corner of the side portion of the shell. The grinding system for cereals is reasonable in structure, and an airtight safe vacuum working environment free of fire sources and dust pollution is provided; cleanliness and sanitation are achieved, prepared flour is disinfected and sterilized, and human health is facilitated; and the nutrient structure of food is not destroyed.

Description

technical field [0001] The invention relates to a system for grinding whole grains. Background technique [0002] The grinding of whole grains is carried out by a noodle mill, which is a noodle grinding machine composed of power, feeding, grinding and separation systems. The mating surfaces at the lower ends of the inner and outer grinding heads are cylindrical, and two radial ball bearings are used as two main support points above the grinding head, and the cylinders at the lower ends of the inner and outer grinding heads are used as auxiliary supporting points for rotation. The axial movement of the head adjusts the gap between the inner and outer grinding heads. The existing flour milling equipment has simple structure and low degree of automation, and has the following defects: flour milling precision is low, it is easy to generate relatively high dust, the friction between dust and dust or with metal and plastic walls is easy to generate static electricity, and the fir...

AI Technical Summary

Problems solved by technology

The existing flour milling equipment has simple structure and low degree of automation, and has the following defects: flour milling precision is low, it is easy to generate relatively high dust, the friction between dust and dust or with metal and plastic walls is easy to generate static electricity, and the fire source is uncontrollable; If the humidity cannot be reached, the combustion is uncontrollable; when the ground powder is exposed to an oxygen-enriched environment, the combustion-supporting substances are uncontrollable; the fire source, combustion-supporting substances and combustion substances are uncontrollable, and it is easy to cause combustion in a static, dry, and oxygen-enriched environment and explosion accidents; the manual bagging of the milled flour is time-consuming and laborious, and the water vapor content in the manually bagged flour cannot be controlled, and the milled flour has no further dehumidification effect, so it is difficult to store; the milled flour is not sterilized effect, affecting flour quality and endangering human health

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