Crop monitoring device for intelligent agricultural planting

Abstract

The invention provides a crop monitoring device for intelligent agricultural planting. The device comprises a combined box, wherein a through receding groove is formed in the inner wall of the obverse side of the combined box, the bottom surface of the combined box is fixedly connected with a base box, a main controller is fixedly installed on the obverse side of the base box, and a capturing mechanism is arranged on the inner side of the top of the combined box. According to the crop monitoring device, the combined box, the receding groove, the capturing mechanism and a luring mechanism cooperate with one another and are controlled by the main controller in a unified mode, agricultural pests are lured into the combined box, then striking plates which suddenly rotate at a high speed and are located inside the capturing mechanism are utilized to collide with the agricultural pests, and the agricultural pests are dizzy or are killed to fall to a combined bearing plate, so that the early-period collection capture and killing operation of the agricultural pests is achieved. Compared with two existing agricultural pest monitoring devices, the crop monitoring device has the advantages that the pests are complete and convenient to identify, a specific collecting capturing and killing structure is not affected by the use time and the environment, and a novel operation mode is created.

Description

technical field [0001] The invention relates to the technical field of agricultural technology, in particular to a crop monitoring device for intelligent agricultural planting. Background technique [0002] At present, the monitoring and management of crop growth in most areas of my country is mainly divided into soil irrigation, pesticide spraying, soil fertilization, and agricultural pest monitoring. With the continuous development of science and technology, the concept of smart agricultural planting and the corresponding variety of crops Automatic monitoring devices are also gradually being valued and used by people, especially for large-scale planted crops. Automatic crop monitoring devices can greatly reduce the workload and labor intensity of planters. [0003] There are currently two types of monitoring equipment used in the monitoring of agricultural pests, namely, the monitoring device based on the high-voltage power grid and the monitoring device based on the insect...

AI Technical Summary

Problems solved by technology

[0003] There are currently two types of monitoring equipment used in the monitoring of agricultural pests, namely, the monitoring device based on the high-voltage power grid and the monitoring device based on the insecticide. Although the expected purpose can be achieved, there are many problems that cannot be ignored. The main defect is that the high-voltage power grid is used as an agricultural pest monitoring device for collecting and killing pests in the early stage. The high-voltage power grid not only has the effect of killing pests, but also has lethality for operators and ignorant people, and there is a large potential safety hazard. As far as the killing effect is concerned, in the process of high-voltage current killing pests, some will be directly electrocoked and carbonized, which will cause the subsequent image recognition and counting system to fail to identify quickly and effectively, and the accuracy and reliability of the data will be greatly reduced. The insecticide is the main monitoring device for killing insects. The sticky insecticide will dry out in the field for a long time, and the viscosity will drop sharply. Moreover, the existing insecticide is made of blending with non-environmental chemical substances, which is harmful to crops and use. Both of them have some influences. To sum up the above problems, the present invention provides a crop monitoring device for smart agricultural planting to solve the problem.

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