Remote centralized monitoring system and method for tobacco flue-curing house

Abstract

Disclosed are a remote centralized monitoring system for flue-cured tobacco houses and a remote monitoring system thereof. The remote centralized monitoring system includes a primary remote monitoring device, a plurality of secondary remote monitoring devices, and automatic flue-cured tobacco house controllers disposed at each flue-cured tobacco house, wherein the primary remote monitoring device and the secondary remote monitoring devices are connected with the internet through the Ethernet, and each secondary remote monitoring device is communicated with the automatic flue-cured tobacco house controller at a corresponding area through the public wireless network. By combining the wireless communication technique and the flue-cured tobacco house automatic control equipment, remote centralized monitoring is realized for the scattered automatic flue-cured tobacco houses, monitoring technicians for the secondary remote monitoring devices can on-line monitor the working state of the flue-cured tobacco houses in their station in real time and can remotely assist tobacco growers in correctly setting the curing programs according to actual situations of curing, when the flue-cured tobacco houses work improperly, for example, temperature and humidity exceed standards, the system can alarm in real time, and further the monitoring technicians can input instructions to remotely control the state of the flue-cured tobacco houses or to inform the tobacco growers of emergency treatment, thereby avoiding bad flue-cured tobacco leaves.

Description

technical field [0001] The invention relates to the monitoring technology of flue-cured rooms, in particular to a system and method for realizing remote and centralized monitoring of scattered automatic flue-cured rooms through the combination of wireless communication technology and automatic control equipment of flue-cured rooms. Background technique [0002] At present, known automatic tobacco-curing rooms are scattered in vast tobacco-growing areas, and each tobacco-curing room is operated and managed by the tobacco farmers themselves, while the management departments of tobacco planting, that is, tobacco companies at all levels, cannot know the specific operating conditions and conditions of each curing room. Its tobacco leaf curing situation, also can't carry out effective management and monitoring to it. Contents of the invention [0003] The purpose of the present invention is to provide a remote centralized monitoring system for flue-cured tobacco rooms, which can...

AI Technical Summary

Problems solved by technology

[0002] At present, known automatic tobacco-curing rooms are scattered in vast tobacco-growing areas, and each tobacco-curing room is operated and managed by the tobacco farmers themselves, while the management departments of tobacco planting, that is, tobacco companies at all levels, cannot know the specific operating conditions and conditions of each curing room. Tobacco leaf curing conditions cannot be effectively managed and monitored

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