Environmental information visual release system

Abstract

The invention relates to an environmental information visual release system, and belongs to the technical field of computer network software. The system comprises a server module, the server module is electrically connected with an official website server of the Ministry of Environmental Protection via the Internet, and one end is electrically connected with an environmental information collection module and an LED display module. The server module is internally equipped with operation software. The operation software internally comprises a human-computer interaction interface. The human-computer interaction interface is internally equipped with an automatic / manual update unit. An operation button area unit is arranged at one side of the automatic / manual update unit, and a server mode unit is arranged below the automatic / manual update unit. A synchronization area unit and a work log unit are arranged at one side of the server mode unit, the work log unit is arranged below the synchronization area unit, and the synchronization area unit is arranged below the operation button area unit. The system is easy to master, has a simple operation interface, can release a variety of environmental data in real time, is updated quickly, and provides an early warning platform for the public for a long time and in multiple periods of time.

Description

technical field [0001] The invention relates to a visual publishing system for environmental information, which belongs to the technical field of computer network software. Background technique [0002] With the advancement of science and technology, modern industry has developed rapidly, environmental problems have become increasingly prominent, and the world economy has developed rapidly. Although human civilization has made great progress, it has also brought serious industrial pollution to the world. It has brought a series of environmental problems, such as coal combustion exhaust gas, automobile exhaust, chemical exhaust and other large emissions, which seriously pollute the environment, resulting in frequent occurrence of large-scale smog in China, which seriously endangers human health. Increasingly prominent, AQI (Air Quality Index) is the ambient air quality index, which is a common air environment quality evaluation system in the world. AQI has 6 levels to describ...

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Problems solved by technology

[0002] With the advancement of science and technology, modern industry has developed rapidly, environmental problems have become increasingly prominent, and the world economy has developed rapidly. Although human civilization has made great progress, it has also brought serious industrial pollution to the world. It has brought a series of environmental problems, such as coal combustion exhaust gas, automobile exhaust, chemical exhaust and other large emissions, which seriously pollute the environment, resulting in frequent occurrence of large-scale smog in China, which seriously endangers human health. Increasingly prominent, AQI (Air Quality Index) is the ambient air quality index, which is a common air environment quality evaluation system in the world. AQI has 6 levels to describe the degree of air cleanliness or pollution, and the impact on health. It was released in 2012 In the new air quality evaluation standard released by the state in March, six pollutants are monitored: sulfur dioxide, nitrogen dioxide, PM10, PM2.5, carbon monoxide and ozone. The data is updated every hour. AQI uses a unified The evaluation standard presents that individuals must log in to the official website to query the data in the area, which is very inconvenient, and the detection indicators do not include data such as temperature, humidity, and air pressure in the area, and there is also a certain time difference in the middle, which leads to some existing LED displays. The data on the computer is inaccurate and cannot provide a good real-time early warning function. Moreover, the software controlling the LED display has poor operability and difficulty, low data calculation and processing capabilities, poor data update time, single system interface, and weak human-computer interaction capabilities. There is a certain sluggishness in the monitoring system, which is not conducive to the use of staff and the effective early warning of the environment.

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