Intelligent soil analysis and detection process and laboratory

Abstract

The invention discloses an intelligent soil analysis and detection process and laboratory, and the detection process comprises the steps of sampling point tracing, initial sample treatment, sample drying, sample rolling, sample electrostatic impurity removal, sample grinding and screening, sample analysis and detection report output. The intelligent soil analysis and detection laboratory comprises a special sample treatment box, a drying device, an automatic rolling device, an automatic electrostatic impurity removal device, a full-automatic grinding and screening device, a conveying device, an intelligent analysis chamber and a sample reserving chamber, and samples are transferred among the devices through the conveying device. The soil analysis and detection process adopts an assembly line work mode, the intelligent degree is high, the manual participation degree is extremely low, a laboratory using the intelligent soil analysis and detection process can realize whole-process tracking of soil detection, the detection result is stable and reliable, and the soil detection efficiency can be greatly improved.

Description

technical field [0001] The invention relates to the technical field of soil detection, in particular to an intelligent soil analysis and detection process and a laboratory. Background technique [0002] People's lives are changing with each passing day, and intelligence is also emerging with the development of the times. Intelligence is reflected in people's lives. From home to outdoor, from food and clothing to housing and transportation, everything people do can be informatized and intelligent. The intelligence of the laboratory is the only way for the future development of the laboratory. There are many problems in the current soil testing and analysis laboratories. The whole process of almost all soil testing and analysis laboratories relies on labor, the stability and quality are relatively low, the economic cost is high, and the testing efficiency is very low. Unable to meet the growing demand for soil testing. [0003] As the country pays more and more attention to...

AI Technical Summary

Problems solved by technology

The traditional laboratory model has been unable to meet the needs of the current agricultural development environment, and even created huge resistance, exposing problems such as work lag and result distortion, poor comprehensive use efficiency of the laboratory, and low management efficiency. Therefore, the intelligentization of traditional laboratories The way is the trend of the times

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