Intelligent vehicle and intelligent agricultural management system

Abstract

The invention provides an intelligent vehicle. The intelligent vehicle comprises a vehicle frame, a walking assembly and a power assembly. The intelligent vehicle further comprises a GPS positioning assembly. The image acquisition assembly is used for acquiring scene images within a certain range around the intelligent vehicle; the first sending unit is used for sending the scene image to the monitoring platform; the first receiving unit receives the control instruction; the processing unit is used for controlling the intelligent vehicle to execute corresponding behaviors according to the control instruction; when the monitoring platform recognizes that the scene image contains crops, the monitoring platform judges the growth state of the crops, and if the crops have diseases and pests, the monitoring platform judges the types of the diseases and pests and controls the intelligent vehicle to send coordinate data of the crops subjected to the diseases and pests to a manager. The invention further provides an intelligent agricultural management system. The farm is inspected through the intelligent vehicle, so that pest and disease identification of crops is realized, and the use of a large number of image sensors is reduced. And meanwhile, intelligent management of the farm is realized by utilizing the intelligent agricultural management system.

Description

technical field [0001] The present application relates to the technical field of agricultural intelligence, in particular to a smart vehicle and a smart agricultural management system. Background technique [0002] With the progress of society, the degree of agricultural land intensification is further improved, the application of modern technology and equipment in agriculture is increasing, and agricultural production management is gradually approaching mechanization, informatization, and intelligence, providing scientific guidance for agricultural production management. basis and system management methods. [0003] The existing agricultural planting management technology relies on the monitoring devices deployed at multiple points in the crop planting area. The images of the crops are collected through the monitoring devices deployed at multiple points, the growth status of the crops is analyzed, and the scientific agricultural production is formulated according to the res...

AI Technical Summary

Problems solved by technology

[0004] However, the existing agricultural planting management technology has the following problems: even if the monitoring device is deployed in a multi-point manner, it is difficult to achieve complete coverage of the crop planting area, or a large number of monitoring devices need to be deployed in order to cover the crop planting area as much as possible , which greatly increases the cost of production management

At the same time, in the monitoring devices deployed at multiple points, each monitoring device can only collect images of crops at a fixed angle, and cannot achieve multi-angle observation of crops, which may lead to wrong judgments on the growth status of crops

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