Soil reinstatement work logistics monitoring system based on internet of things

Abstract

The invention relates to a soil reinstatement work logistics monitoring system based on internet of things. The soil reinstatement work logistics monitoring system based on the internet of things comprises a contaminated soil transporter, a soil information radio frequency label card, a distributed type filed general export identity module, a wagon balance, a distributed type filed unattended monitoring machine, an internet, a remote monitoring server workstation, a network data server, a client computer, a wireless base station and a mobile terminal, wherein the contaminated soil transporter is provided with a (GIS) module, a wireless data receiving and dispatching module, a driving video recording module and a label reading and writing module. The soil reinstatement work logistics monitoring system based on the internet of things uses the technology of the internet of things, completely, automatically and effectively obtains logistics information during the implementation process of soil reinstatement work in real time, and stores the logistics information into a remote monitoring server platform, thereby achieving remote real-time monitoring and supervision.

Description

technical field [0001] The invention relates to a soil remediation project logistics monitoring system based on the Internet of Things technology used for the on-site contaminated soil logistics management of soil remediation projects on polluted sites, and belongs to the field of environmental restoration. Background technique [0002] According to the "National Soil Pollution Survey Bulletin" jointly issued by the Ministry of Environmental Protection and the Ministry of Land and Resources based on the survey results in 2014, a large number of polluted soils in my country need to be repaired urgently. Soil remediation is an emerging environmental protection market that is developing rapidly in my country. Site soil restoration works are in progress. During the implementation of soil remediation projects, the monitoring and management of contaminated soil transportation is an important part of project management in soil remediation projects. At present, the simple monitoring...

AI Technical Summary

Problems solved by technology

[0003] 1. Inefficient manual operation

On the one hand, filling out the form manually consumes time and consumables. On the other hand, the manually filled form is prone to errors, and because the form is archived and stored in paper materials, the form file is prone to damage or loss. In addition, the content of the transportation data filled in the form is simple. Inability to comprehensively record important information throughout the shipping process

[0004] 2. No monitoring during transportation

During the implementation of many contaminated soil remediation projects, it is often necessary to carry out long-distance transshipment of contaminated soil, and the transportation process is strictly in accordance with the prescribed route. The current order management system only records the beginning and end of the transportation process. Without any supervision on the transportation process, it is prone to route deviation or transportation accidents, resulting in pollution accidents

[0005] 3. There are loopholes in manual operation to evade supervision

Due to the fact that the current form management system is all manually filled out and the monitoring of the transportation process is lacking, there are regulatory loopholes in forging the form, deliberately deviating from the transportation route, and changing the soil midway

[0006] Due to the above problems, the monitoring and management of polluted soil transportation is difficult, which will form a great obstacle to the prevention of secondary pollution and environmental safety guarantee during the implementation of soil remediation projects on contaminated sites, thus causing a major impact on the implementation effect of soil remediation projects on contaminated sites

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