Environmental security management method based on mobile internet and interactive system thereof

Abstract

The invention discloses an environmental security management method based on a mobile internet and an interactive system thereof. The environmental security management method is characterized by comprising a monitor, a micro-processor, a base station, a cloud server and a plurality of mobile hand-held equipment; the monitor comprises at least one sensor and a network module, wherein the sensor is installed at a position to be monitored; the micro-processor comprises an analysis module, a storage module, a control module and a network module; the micro-processor receives a data signal sent by the sensor through the network module and sends the data to the base station through the network module; the base station comprises a wireless transceiving device and a controller; the base station sends the digital signal to the cloud server through a wireless network via the wireless transceiving device; and the mobile hand-held equipment is connected with the cloud server through the wireless network. According to the invention, enterprise environments and security information can be known in real time; unified management is realized; the supervision flow is simplified; the workload of inspectors is lightened; and the management cost is reduced.

Description

technical field [0001] The invention relates to the field of online environmental safety monitoring, in particular to an environmental safety management method based on a mobile Internet network and its interactive system, mainly aimed at the discharge of environmental protection facilities in factories and enterprises, the hygienic environment of workplaces, and the real-time production environment of fire warning , Wireless monitoring and management of occupational safety environment. Background technique [0002] With the advancement of science and technology, there are more and more large-scale industrial production sites. Due to the influence of plant design, production technology, and use of raw and auxiliary materials in large-scale factories, it is inevitable that there will be various harmful factors, such as noise. , radiation, chemical gas, fire and other actual or potential hazards exist. Due to the rising cost of employment, it is no longer realistic to use a l...

AI Technical Summary

Problems solved by technology

[0003] Existing technology has partially realized real-time monitoring and alarming of hazardous points in the factory, but it still requires manpower to continuously record and observe on-site. Once the management personnel leave the effective receiving range (such as the factory), monitoring and alarming cannot be obtained in time data, there are certain security risks

[0004] In addition, usually the monitoring systems are relatively independent. From the perspective of the types of sensors, physical sensors and chemical sensors correspond to independent processing systems. Inspectors need to observe multiple systems, with heavy workload and inconvenient manipulation.

From the point of view of the scope of monitoring, most of the observation range is based on one factory area, and a new system needs to be established when leaving the factory area, which results in several monitoring systems for several factories in the same company, data statistics, analysis and management. are very cumbersome; there will be another situation, small-scale enterprises, multiple independent companies in the same factory area (industrial workshop), each company will establish a separate monitoring system, repeatedly invest in manpower and material resources, to small-scale enterprises Bringing cost pressures in the early stages of a startup

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