A kind of environment intelligent management system based on Internet of things

Abstract

The invention discloses an intelligent environment management system based on the Internet of Things. The system comprises a dust concentration detection module, an oxide detection module, an environment parameter detection module, a noise comparative analysis module, an environment parameter storage database, a particle content analysis module, a data pre-screening processing module, a managementcloud server, an intelligent display terminal and a mobile dust suppression mechanism. According to the invention, whether the dust content and the temperature in the factory reach the explosion danger degree under the combined action can be comprehensively analyzed, and a mode of combining software and hardware is adopted; the mobile dust suppression mechanism is controlled to move to the position of the detection sub-region of which the predicted explosion danger coefficient is greater than a set predicted safety explosion danger coefficient threshold value, so the dust suppression operation is realized, and the explosion risk is reduced; whether the working environment meets the personnel office environment requirements or not can be judged through the statistical working environment matching suppression system, the environmental conditions in the personnel working environment can be visually displayed and analyzed, and the detection accuracy is high.

Description

technical field [0001] The invention belongs to the technical field of environmental management, and relates to an intelligent environmental management system based on the Internet of Things. Background technique [0002] With the rapid development of industrialization and urbanization in our country, air pollution, especially urban air pollution, is becoming more and more serious. The environmental safety of factory operations has always attracted much attention. During the processing and production of manufacturing factories, some harmful gases will be produced, such as sulfur dioxide. The main hazard of sulfur dioxide to the human body is the most harmful to the respiratory system. The damage will mainly cause airway obstructive diseases, such as bronchitis, asthma, emphysema, etc., and even closely related to lung cancer. In the manufacturing process, due to the harsh production environment, the dust concentration in the process of processing or ingredients exceeds the s...

AI Technical Summary

Problems solved by technology

The environmental safety of factory operations has always attracted much attention. During the processing and production of manufacturing factories, some harmful gases will be produced, such as sulfur dioxide. The main hazard of sulfur dioxide to the human body is the most harmful to the respiratory system. The damage will mainly cause airway obstructive diseases, such as bronchitis, asthma, emphysema, etc., and even closely related to lung cancer. In the manufacturing process, due to the harsh production environment, the dust concentration in the process of processing or ingredients exceeds the standard, and even Once the dust is flammable or explosive, and the dust in the air mixes with the air to reach the explosion limit, and in the case of thermal energy, an explosion accident will occur, which will bring great harm to the staff and the factory. Harm, seriously damage the interests of the factory, and even cause a large number of casualties

[0003] For dust explosions that cannot meet the flammability, cannot reach the explosion limit, and cannot have thermal energy, the dust in the factory is also inhaled into the human body, causing great harm to the human body, and the environment of the factory does not meet the requirements, which can easily lead to work Workers in an environment that does not meet the requirements will have occupational diseases, which will seriously endanger the health of personnel. For example, excessive noise in the factory will affect the eardrums, causing hearing loss, respiratory infections and other problems. At present, the factory cannot conduct environmental inspections in the factory Detection to determine whether there is an explosion risk, the explosion risk cannot be reduced, and the degree of harm to the human body cannot be analyzed by the overall office environment in the factory. In order to solve the above problems, an environmental intelligent management system based on the Internet of Things is now designed

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