RFID Flood Control and Drought Relief Materials Management System-Water Conservancy Flood Control Materials Management System-Hangzhou Dongshi Technology
chrispeng [ad_1]
1. System overview
Dongshi Technology RFID flood prevention and drought relief materials management system is based on mutual cloud computing, big data, RFID technology, database technology, GIS, AI, blockchain, and video analysis technology for unified management and analysis of emergency materials. Standardized system.
The flood prevention material management system includes emergency material entry and exit records, emergency material inventory early warning, material inventory statistics, emergency material statistical analysis, automatic combination of emergency materials combined with historical data and actual conditions, and dynamic adjustment of materials such as seasons and weather based on big data analysis Number of reserves.
The flood control material management system database adopts industry common standards, independent data storage, system standard interfaces, and third parties can call database resources.
The flood control material management system can communicate with multiple emergency material management systems in different regions to provide decision-making basis for managers and facilitate overall planning.
Efficient and scientific management of emergency supplies after emergencies is an important part of emergency rescue work. The results of emergency material management work will affect the material security of people in the disaster area, and the efficiency and results of rescue and post-disaster recovery. Therefore, the construction of emergency material management system has great significance and practical value.
With the development of Internet technology, Internet of Things technology, database technology, GIS, AI, and video analysis technology, the use of Internet-related technology to design information management systems has become the current trend of information system development. This solution is based on Web technology. B /S (Browser/Server) architecture emergency material management system. The information system of the Browser/Server architecture has fast retrieval speed, and can quickly extract the materials in the storage center during the emergency rescue process, which can better provide decision-making support for the management of emergency materials.
2. Background and significance
Emergency supplies are life-saving supplies that must be allocated and delivered to the disaster site accurately and accurately whenever a disaster occurs. Delays and errors for any reason are not allowed. In order to standardize the information management of emergency supplies, enable high-level sharing of relevant data, timely feedback of information, and further improve the flood prevention and disaster reduction system, Dongshi Technology has established a set of RFID emergency supplies management information system comprehensively using Internet of Things technology and mobile communication technology. Through intelligent material management, emergency materials can be managed more intelligently and efficiently, and the management level of flood control and drought relief materials can be improved.
Dongshi Technology’s RFID emergency material management system uses RFID automatic search tags and RFID ancillary equipment, such as sound and light alarm tags, and storage data acquisition and positioning base stations to realize the basics of the warehouse management system. Function:
Automatic inventory of goods: The system automatically triggers an inventory command for certain designated goods. The system can automatically identify the location and status of these goods and record them in the system.
Automatic search of goods: The system implements search commands for selected goods, and the corresponding goods can emit sound and light prompts for easy search.
Valuable goods anti-theft function: when the goods are taken out of the specified area in an illegal state, the system will automatically alarm.
3. RFID emergency supplies warehouse
In the case of using barcodes or RFID tags, the emergency material management system is coordinated by the PC side and the handheld terminal to complete the entire material management process. Using the intelligent forklift system, install industrial control computer and management platform software on the forklift, realize the acquisition and operation of mobile data through the handheld terminal, and provide basic information guarantee for the accurate management of goods in and out of warehouses, goods transfer, and cargo positions in warehousing and logistics. The system functions are mainly divided into several major functional modules such as basic information management, warehouse management, dashboard, comprehensive query, statistical analysis and system settings. The system has strong on-site maneuverability, and the data is true and reliable, so as to realize intelligent warehousing and logistics management.
Functional Diagram of Intelligent Warehouse Management System
This system is based on the management of the Internet of Things, adopts the B/S and C/S hybrid mode, and uses RFID technology to realize the automation, informatization, and digitization of the warehouse to achieve better management results. The system includes the entry of the warehouse For operations such as warehouse, outbound, and inventory, the use of WIFI technology can realize remote inventory of RFID handheld terminals, which is more convenient for users to operate, so that students can deepen their understanding of logistics and information flow in the operation of the Internet of Things, and deepen the basics of warehousing and RFID technology. The understanding of theoretical knowledge, so as to better master the management skills of the Internet of Things.
2. System characteristics
This system uses RFID technology to realize the accurate storage of goods in multiple batches at one time, which greatly improves work efficiency;
Use infrared technology to realize real-time automatic information collection of incoming/outgoing goods, which greatly reduces the inaccuracy of human resources and information;
Using WIFI technology combined with RFID handheld terminals to realize warehouse inventory and other functions;
Realize real-time video monitoring and image capture based on video capture technology;
Good safety and anti-interference;
The system provides a variety of flexible third-party interfaces to seamlessly connect with third-party application systems.
Four, system composition diagram
Intelligent warehouse management system function diagram (mobile APP function omitted)
Five, function introduction
Brief introduction of the main program function of the PC side of the intelligent warehouse management system
According to the data in the basic file, the items are registered in the warehouse and the matching RFID tags are bound. When the items with the RFID tags pass through the access door installed with the reader, they will be verified. Normal warehousing operation, otherwise alarm processing will be carried out. During the outbound process, the system will select the items to be out of the warehouse based on the inventory information to generate an outbound list. When the items with RFID tags pass through the access door with the reader installed, they will be verified. Then the warehouse operation is normal, otherwise the alarm processing will be carried out.
Intelligent warehouse management system function diagram (mobile APP function omitted)
Six, application value
Dongshi Technology RFID emergency material management system is mainly developed based on the characteristics of emergency material business management, focusing on the realization of flood control and drought relief emergency materials inspection and receipt, material distribution, material maintenance, material maintenance and other links, which have realized important values:
(1) Timely feedback the supplier’s supply quality.
Regarding the quality of the goods supplied by the supplier, the system timely reflects the quality of the goods supplied by the supplier through the statistics of the rate of defective parts, so as to facilitate the warehouse manager to understand the quality of the goods of the supplier in time, and to exchange or change in time. Maintenance equipment.
(2) Full life cycle management of emergency supplies.
The establishment of the system has strengthened the management of information related to flood control materials, can grasp the situation and types of flood control and drought relief materials in a timely manner, and carry out strict management in the supply, storage and use of materials.
(3) Strict control and consistent guarantee accounts.
Inbound and outbound operations are realized through software, which improves work efficiency while reducing the probability of errors in the inbound and outbound operations. Managers can understand the current inventory of emergency supplies in real time, provide decision-making basis for dispatch and rescue, and replenish emergency supplies in time.
(4) Application of cargo area positioning technology to quickly locate goods
Through the use of positioning tags, the system can quickly locate the storage location of the goods, and accurately locate the cargo area through the on-board pad to improve the efficiency of cargo loading.
(5) Smart handheld terminal application improves work efficiency and reduces errors.
The application of smart handheld terminals breaks the traditional warehouse management model and combines barcodes or RFID tags to identify goods more accurately and efficiently, and reduce management errors caused by human causes.
[ad_2]
