RFID flood prevention and drought relief material management system solution
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1. System Introduction
This system adopts self-developed, industry-leading middleware technology. By combining radio frequency identification tags, radio frequency readers and antenna equipment, it can realize remote inventory of flood control and drought relief materials, location scanning of flood control and drought relief materials, and perfect locations such as abnormal flood control and drought relief materials alarms. The information management function provides an efficient and convenient solution for the physical management of flood control and drought relief materials.
1) Standardize the management process of flood control and drought relief materials. From the labeling operation when entering the warehouse, the management specifications for the full life cycle of flood control and drought relief materials are fully stipulated, and the accounting of flood control and drought relief materials is urged.
2) Standardize the allocation process of flood prevention and drought relief materials, and the administrator will be notified in time for allocations that have not been reviewed by the administrator, so as to supervise the unauthorized transfer of flood prevention and drought relief materials by the custodian of flood prevention and drought relief materials.
3) Provide a backtracking record of the allocation of flood control and drought relief materials to provide a basis for the inventory of flood control and drought relief materials.
4) Provide access control records and alarm record query functions to provide a basis for tracing the illegal movement of flood control and drought relief materials;
5) Provide remote inventory of flood prevention and drought relief materials, and handheld inventory functions to speed up and simplify the process of flood prevention and drought relief materials inventory; at the same time, provide relevant report export to reduce work difficulty and improve efficiency.
6) Provide the scanning function of flood control and drought relief materials, find all the flood control and drought relief materials in the inventory in real time, and understand the current situation of the location of flood control and drought relief materials.
2. Design principles
1) Reliability and stability
From the system structure, technical measures, system management and other aspects to ensure the reliability and stability of the system operation.
2) Scalability and easy upgradeability
Has good smooth scalability. It is necessary to provide simple, standardized and unblocked basic data services, a highly scalable service architecture and access interface, which can realize seamless integration of various systems, and enable the system to be compatible and communicate with domestic and foreign related application systems or information platforms. Conditions and capabilities.
3) Manageability and maintainability
Has good manageability and maintainability.
4) Ease of use
The design of the system must be based on the people-oriented principle, and can provide users with friendly and convenient services.
5) Advancement and maturity
System design should adopt advanced thinking, advanced technology and system engineering methods, pay attention to the rationality of thinking, technical feasibility, and correctness of methods. Not only can it reflect today’s advanced technology and ideas, but it also has development potential and can guarantee its dominant position in the next few years.
3. System logical structure
The schematic diagram of the overall logical structure of the system is as follows:
(1) Perception layer: It is mainly composed of hardware collection equipment, which realizes the collection of flood control and drought relief material information, mainly including RFID electronic tags, handhelds, and fixed readers. The perception layer does not process the collected data.
(2) Transport layer: The transport layer is mainly composed of network hardware devices, servers, RFID middleware, gateways and other general software. This layer provides a supporting environment for application domain program operation and device control, and realizes the storage of business data and system operation data.
(3) Application layer: It is mainly composed of business application software, adopts C/S architecture, provides user human-computer interaction interface, and realizes business data logic processing and device control management at the perception layer. This layer is mainly composed of application services, databases and third-party interfaces.
4. System Network
The RFID-based flood control and drought resistance material management system consists of an RFID access control system, RFID fixed readers, RFID handsets, RFID application servers, and RFID management hosts. RFID fixed readers can realize remote automatic identification of in and out of the warehouse management, RFID handsets can realize manual inventory, the system is used for flood prevention and drought relief materials in and out of the warehouse, early warning, handhelds are mainly used for flood prevention and drought relief materials inventory, and can also realize materials Check the status of storage, storage, storage, and alarm. The RFID application server is not only the center of the system, but also the interface between the system and the existing information management system. The RFID management host is a dedicated interface for the system to interact with the management personnel of flood prevention and drought relief materials. Modules and subsystems are connected to the existing network through Unicom wired/wireless/IoT private network.
5. System function
This system mainly has the following functional modules:
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