RFID Electronic Tag Research Articles

Design of Intelligent Storage System Based on Internet of Things

With the development of science and technology and network information, people's awareness of improving the quality of life is gradually increasing, among which, the requirements for storage systems are also increasing. For the storage system, in addition to ensuring its most basic security, it is also necessary to provide a more intelligent system so that people can manage the system more easily and clearly to achieve the purpose of saving human, material and other resources. Therefore, the intelligent storage system based on the Internet of Things adds an intelligent environment detection system and RFID electronic tag to the original storage system to achieve the purpose of real-time detection of environmental parameters and inventory information, making all data in the warehouse clear at a glance, more convenient and fast.

The Method and Practice of Container Electronic Tag Performance Test

With the rapid development of container transportation, container transportation has become the main mode of transportation that promotes social development and accelerates the process of globalization. The container RFID electronic tag is expected to improve the transportation efficiency of the container. This article describes the testing methods of container electronic tags. At the same time, through the actual application test of container RFID tags, it summarizes and proposes how to optimize the reading efficiency of container electronic tags, so as to achieve the best performance of container RFID tag system.

Design of IoT Sensor Terminal Based on RFID and Wi-Fi Technology

The Internet of Things has penetrated into all aspects of human production and life. This article has developed an Internet of Things sensing terminal based on RFID and Wi-Fi technology. This article uses the information management function provided by RFID electronic tags and the convenient networking function provided by Wi-Fi to design. We introduced the system performance requirement analysis and system architecture design. Starting from the selection of the S5PV210 processor and each module, as well as the communication interface between each module and the processor, we design the overall terminal hardware architecture. According to the Android architecture, the porting and development of related hardware module drivers, the design of intermediate programs, and the design of the JNI communication interface of the information acquisition module are introduced. The design of the Android upper-level UI program of each module and the PC upper computer GUI program and the performance test of each information collection module have been completed.

An IOT-based Multi-sensor Ecological Shared Farmland Management System

With the wide adoption of a shared economy, the term “share” has become closely linked with people’s daily life. To improve the economic output per unit area of farmland and allow urban residents to experience the fun of cultivating, an IOT-based multi-sensor ecological shared farmland management system is presented and designed in this paper. And an agricultural economy model that remote planting and gains sharing was also presented. This system consists of multiple sensors for data collection, automatically controlled equipment, a transport module (with a ZigBee module and a WiFi module), an app-based smart monitoring and control module and a WeChat public platform. Various information, including air temperature and humidity, soil humidity, illuminance, CO2 concentration, pH, real-time video and images, is collected for users to ensure an optimal crop growing environment via remote control and by sharing agricultural product information in harvesting seasons. Functions such as picking, leasing and transferring are implemented via the WeChat public platform. Not only is detailed information on vegetables growing in rented farmland available remotely via RFID electronic tags and multiple sensors but the real-time growing state of the planted crops is also available via camera. Control of functions such as irrigating, fertilizing and shading is also supported. The test shows that in this system, the data collected via multiple sensors are accurate; real-time information is transmitted and managed smoothly.

A Study on Watt-hour Meter Data Acquisition Method Based on RFID Technology

Considering that traditional watt-hour meter data acquisition was subjected to the influence of distance and occlusion, a watt-hour meter data acquisition method based on RFID technology was proposed in this paper. In detail, RFID electronic tag was embedded in the watt-hour meter to identify the meter and record electric energy information, which made RFID based wireless data acquisition for watt-hour meter come true. Eventually, overall lifecycle management of watt-hour meter is realized.

Research on Tracing Strategies of Catering Food Safety Based on Internet of Things Technology

Food safety traceability is a technical tool that can effectively prevent and improve food safety problems. This paper makes an analysis of the current traceability methods and reviews the progress of catering food traceability. This paper introduced the Internet of Things, RFID electronic tags, two-dimensional code tags and other technologies, elaborated on the establishment of the food safety traceability system in conjunction with related technologies. Taking the traceability of catering and food safety as an example, The paper performs system management of catering food in the production of raw meat products, production of raw vegetable materials, procurement of raw materials, and supplementary cooking materials as well as the cooking process. It pioneers the use of single product management to achieve accurate traceability, which has realized the monitoring and management of food warehousing and logistics through sensor equipment. Accurate traceability of the sales of goods can be achieved on mobile phone app. It analyzed and designed the various links in the traceability system of catering and food safety. Then, the implementation methods and tasks undertaken in each link were given, which verified the significance of using this system.

Design and implementation of cloud platform for intelligent logistics in the trend of intellectualization

Intellectualization has become a new trend for telecom industry, driven by intelligent technology including cloud computing, big data, and Internet of things. In order to satisfy the service demand of intelligent logistics, this paper designed an intelligent logistics platform containing the main applications such as e-commerce, self-service transceiver, big data analysis, path location and distribution optimization. The intelligent logistics service platform has been built based on cloud computing to collect, store and handling multi-source heterogeneous mass data from sensors, RFID electronic tag, vehicle terminals and APP, so that the open-access cloud services including distribution, positioning, navigation, scheduling and other data services can be provided for the logistics distribution applications. And then the architecture of intelligent logistics cloud platform containing software layer (SaaS), platform layer (PaaS) and infrastructure (IaaS) has been constructed accordance with the core technology relative high concurrent processing technique, heterogeneous terminal data access, encapsulation and data mining. Therefore, intelligent logistics cloud platform can be carried out by the service mode for implementation to accelerate the construction of the symbiotic win-win logistics ecological system and the benign development of the ICT industry in the trend of intellectualization in China.

The Embedded Parking System Design Based on RFID

With the rapid growth of China's economy, and the gradually improvement of the people's living standard, the car has become an indispensable means of transportation in our lives, and its number is increasing. So, the demand for the quality and scale is also growing. In order to meet the needs of daily parking management, this paper designed a kind of efficient embedded parking lot management system based on RFID. The system takes the Micro2440 embedded development board as the hardware platform and the Linux operating system as the software platform. It can gather vehicle information from RFID electronic tag cyclically to control the switch of the gate and broadcast the received information. After running and testing, the system has completed the initial design goals stable, and the operation is very. It has a certain application value.

The Application of RFID Electronic Tag in the Apparel Industry Chain

Application of information technology is an effective way of improving production efficiency and realizing intelligent management for the garment industry, and RFID-the electronic tag technology could achieve information in all aspects of clothing production, quality inspection, warehousing, logistics, distribution, sales, so as to achieve the garment industry chain to provide users with dynamic tracking and tracing, to provide real, effective and timely management information and decision support at all levels for managers, so as to save manpower, reduce costs, improve user experience, improve profitability and competitiveness.

The Application of RFID at Leasing Management of Coal Mining Equipments

Giving each hydraulic prop sets of the only equipment number is a problem of the management of coal mining equipments, the article has presented a method of using RFID technology to affix with a electronic tag for each hydraulic prop, through theoretical analysis and experimental research, basing on the equipment identification and identification distance reliability, confirm that the low frequency RFID electronic tags can be used as a hydraulic prop, and design the installation method of the hydraulic prop RFID chip. The paper also uses the C language compiled a RFID chips identification and transmission program, and use the RFID application system in the actual equipments leasing management information system.