Greenhouse environment remote mobile monitoring system based on Android platform

Abstract

The invention discloses a greenhouse environment remote mobile monitoring system based on the Android platform. The system can remotely monitor the real-time physical information of a greenhouse environment and the greenhouse field video image information and realizes parameter adjustment and automatic / manual measurement and control mode switching in an automatic measurement and control process, which simplifies the work content of a user in a greenhouse environment remote monitoring process. The system comprises a greenhouse field device, a background server and a mobile terminal based on the Android system. The greenhouse field device comprises an environment monitoring wireless node, a video monitoring device, an environment control device, an environment control device monitoring node and a number of cameras. The video monitoring device is connected with the cameras. The environment control device monitoring node is connected with the environment control device. The mobile terminal communicates with the background server. The background server communicates with the environment monitoring wireless node, the video monitoring device and the environment control device monitoring node.

Description

technical field [0001] The invention relates to the technical field of greenhouse environment monitoring and remote control, in particular to a remote mobile monitoring system for greenhouse environment based on an Android platform. Background technique [0002] With the continuous improvement of modern science and technology, people's daily life is gradually developing in the direction of intelligence, portability and speed. Using modern scientific and technological achievements to promote the improvement of my country's agricultural science and technology level and modernization has become the only way for a strong agricultural country. my country's greenhouses and greenhouses have a large area and are located in remote locations. The long-term waiting on the greenhouse site for environmental supervision is heavy and the work efficiency is low. The method of completely manually monitoring and controlling the greenhouse environment on site has been gradually eliminated. Wit...

AI Technical Summary

Problems solved by technology

This method improves the simplicity and friendliness of the operation, but most of the mobile terminals in the existing technology only include the automatic control function or manual control function of the environmental control equipment, and the system including the automatic control function can only realize the changes in the greenhouse during the control process. Monitoring, it is impossible to adjust and set the control algorithm, cycle and other related information in the automatic control process, the system flexibility is poor, and once an error occurs in the automatic control process, it cannot be adjusted in time, which will easily have an adverse impact on the entire production process, and the system reliability is low Low; systems with manual control functions require administrators to observe environmental changes for a long time and then adjust control strategies, which cannot achieve the effect of liberating user productivity

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