Method for detecting and correcting burying precision of fermentation ground cylinder

The invention relates to the technical field of precision detection, in particular to a fermentation ground cylinder burying precision detection and correction method, which comprises the following steps of: measuring soil depth, density and humidity by using a ground penetrating radar, recording soil physical characteristics of a preset burying area of a ground cylinder, and obtaining a soil characteristic record. According to the invention, through comprehensive utilization of ground penetrating radar measurement and convolutional neural network analysis, fine measurement of soil characteristics and accurate prediction of burying deviation are realized, and further through real-time data collection and dynamic feedback control, immediate adjustment capability is provided for ground cylinder burying. The method ensures that the ground cylinder can realize accurate positioning and fermentation environment optimization under changeable soil and environment conditions, combines a real-time deviation correction