Quantitative, fixed-point multi-station grain automatic feeding device and method

Abstract

The invention discloses a quantitative and point-fixed multi-station grain automatic unloading device and a method. The device comprises an embedded scrapper conveyor; an automatic unloading device is mounted at the bottom of a conveying belt of the embedded scraper conveyor; a cache barrel is mounted at the bottom of the automatic unloading device; support angle steel is fixed at the outer wall periphery of the cache barrel; a static weighing balance is arranged at the bottom of the support angle steel, and is supported and mounted on a stand column; the stand column is supported on a baseplate; an unloading cylinder is mounted at the bottom of the cache barrel; a pneumatic discharge mechanism is mounted on the unloading cylinder; a fixed-point rotary unloading device is mounted rightly below the unloading cylinder; and multiple dipping cylinders are correspondingly arranged below the fixed-point rotary unloading device. The device can realize automatic grain weighing operation, can realize automatic unloading, can realize fixed-point unloading through automatic control in the unloading process, and can perform the feeding operation of multiple dipping boxes in sequence to improve the dipping efficiency.

Description

technical field [0001] The invention belongs to the field of liquor production equipment, and in particular relates to a quantitative, fixed-point multi-station automatic grain feeding device. Background technique [0002] The first process of liquor production and processing is the soaking of grains. In order to ensure the follow-up process, it is necessary to ensure that the weight of grains soaked each time and the ratio of water to meet certain requirements during soaking, and the added grains inside each soaking cylinder The weight should be consistent, and at the same time, in order to improve work efficiency, it is necessary to ensure that multiple groups of grain soaking cylinders can be operated at one time. [0003] The traditional operation method is: first, weigh a certain weight of grain, and then weigh the corresponding proportion of water, mix the grain and water and pour them into the soaking tank for soaking operation. The above-mentioned operation process h...

AI Technical Summary

Problems solved by technology

[0003] The traditional operation method is: first, weigh a certain weight of grain, then weigh the corresponding proportion of water, mix the grain and water and pour them into the soaking tank for soaking operation. The above-mentioned operation process has low work efficiency, and The operation is cumbersome, requiring multiple weighing operations, requiring manual work, unable to perform automatic control, and unable to apply to automated liquor processing production lines

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