Method and device for detecting three-dimensional distribution of water content of vinasse in pit in pit lifting process

Abstract

The invention provides a method and device for detecting the three-dimensional distribution of the water content of vinasse in a pit in the pit lifting process. The method comprises the steps of controlling a detection unit to detect the water content of the vinasse in the pit in the pit lifting process according to the position information of the pit in a pre-established pit group map; and determining the three-dimensional distribution data of the water content of the vinasse according to the detection point position information when the detection unit detects the water content of the vinassein the pit and the water content. The device is used for executing the method. According to the method and the device for detecting the three-dimensional distribution of the water content of the vinasse in the pit, the real-time automatic detection of the water content of the vinasse in the pit in the pit lifting process is realized through controlling the detection unit, and the digital fine management of the white spirit brewing process is further realized through acquiring the three-dimensional distribution data of the water content of the vinasse.

Description

technical field [0001] The invention relates to the technical field of automatic detection, in particular to a method and device for detecting the three-dimensional distribution of water content of distiller's grains in a cellar during the cellar opening process. Background technique [0002] Liquor is the traditional culture of the Chinese nation and a treasure in the 5,000-year Chinese civilization. However, at present, the liquor manufacturing industry in my country is still a labor-intensive industry with a low degree of mechanization. Most liquor enterprises are still in the original mode of manual production. In recent years, affected by rising labor costs, increasing shortage of land resources, and the national policy of developing high-efficiency and low-consumption industries, it is imminent for China's liquor brewing industry to carry out technological innovation and change traditional production methods. [0003] In the field of liquor, the recognized good wines a...

AI Technical Summary

Problems solved by technology

However, the off-line analysis method has a large time lag, and the analysis requires sampling, which also has representativeness problems caused by sampling, which is not conducive to the digital fine management of the entire brewing process

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