Monitoring system and method of non-tillage corn deep scarification combined seed and fertilizer drill

Abstract

The invention discloses a monitoring system and method of a non-tillage corn deep scarification combined seed and fertilizer drill. The monitoring system comprises a speed detection module, a seed sensor, a signal processing unit, a tilling depth monitoring module, a controller, a touch screen display module, a GPRS wireless transmission module, a GPS satellite positioning module and a voice alarm module. The method comprises the steps that before a system begins to work, parameter setting and tilling depth calibration operation are performed, after calibration is completed, the monitoring system starts circular scanning, collects and analyzes information, and sends the processed data to a touch screen and a remote monitoring platform to be displayed, and meanwhile alarm prompting is performed on the analyzed unusual condition through a voice alarm module. Real-time monitoring and remote monitoring of the seed sowing state and the tilling depth state are achieved, and due to application of the system, the problems that seed deficiency, bar breaking and tilling depth cannot meet the standard in the working process are effectively solved.

Description

technical field [0001] The invention relates to agricultural machinery, in particular to a monitoring system and method for a corn no-tillage, subsoiling, fertilizing, and seeding machine. Background technique [0002] Corn no-tillage subsoiling and fertilizing planter completes the subsoiling operation at the same time as the corn no-tillage covering sowing and fertilization. By combining the two operations into one, it can reduce the number of operations and the required operation time, and avoid repeated compaction of the soil , reduce labor consumption and operating costs, and are conducive to the growth of crops. The judgment of the operation quality of the corn no-tillage subsoiling fertilization seeder depends not only on the situation of fertilization and sowing, but also on whether the depth of subsoiling meets the standard. At present, the existing domestic corn no-tillage deep loosening and fertilizing planters lack intelligent monitoring devices, and the lack of...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the defects of the prior art, the present invention provides a monitoring system and method for corn no-tillage, subsoiling, fertilizing and planting machines, which realizes real-time monitoring and remote supervision of the sowing state and plowing depth state, and effectively solves the defects in the operation process. Problems such as planting, broken strips, and substandard plowing depth provide technical basis for the monitoring of operation quality

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