Relief supplies reserve management and distribution system based on Internet of Things technology

Abstract

The invention provides a relief supplies reserve management and distribution system based on an Internet of Things technology. The relief supplies reserve management and distribution system comprises a vehicle positioning management subsystem, wherein the vehicle positioning management subsystem is used for tracking and positioning a vehicle proceeding position, collecting the vehicle positioning data of the vehicle, the article information of cargoes and surveillance video information and sending the vehicle positioning data of the vehicle, the article information of cargoes and the surveillance video information to a monitoring center, and the vehicle positioning data of the vehicle, the article information of cargoes and surveillance video information are stored and processed by the monitoring center. The vehicle positioning management subsystem comprises a vehicle-mounted terminal, an RFID (Radio Frequency Identification) module, a visual supervision module and a warehouse management subsystem, wherein the warehouse management subsystem is communicated with the RFID module and is used for managing the receiving, the delivery, the ordering, the checking and the operation of the cargoes according to the article information read by an RFID information reading unit. Relief working efficiency and quality can be improved, relief supplies distribution is especially monitored and managed, and blindness and disorder in a traditional emergency relief process are avoided so as to ensure that emergency relief and security work can be successfully carried out.

Description

technical field

[0001] The invention relates to the technical field of the Internet of Things and storage management, in particular to a disaster relief material reserve management and delivery system based on the Internet of Things technology. Background technique

[0002] When an emergency occurs, it is often time-consuming, disaster relief work is complicated, affects a large number of residents, affects a wide range, and communication and coordination between different departments are difficult. For example, after a storm surge disaster, the timely distribution and intelligent management of disaster relief materials are very important. Due to the characteristics of wide geographical distribution, mobility, large quantity of materials and complex environment, etc., the efficiency and quality of disaster relief work are low, blind and disorderly. The monitoring and management of the distribution of disaster relief materials has always been a difficulty in implementation. ...

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