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In the physical training assessment, it is necessary to record the exercise time and successive rankings of the assessors from the starting point to the end point. Generally, the old and classic method is the manual stopwatch timing. With the development of technology, RFID chronograph circles have emerged. Cooperate with the assessment system for the timing of physical training.
Realization principle: The system adopts advanced RFID technology, computer information processing and other high-tech and physical training assessment, which is convenient for the assessment personnel to carry without affecting its status. When the assessment personnel bring the RFID timing chip label through the mat RFID antenna, read and write. The antenna can immediately detect the passed card information, and the reader sends the read card number to the connected computer. The computer obtains relevant information of the assessor and uses a special software to process the information. The collected card information is corresponding to the corresponding athlete information by the system software, and the game situation is counted, thereby realizing the purpose of automatic counting and automatic timing of long distance items.
 

1. Conveyor belt sorting
Sorting the goods on the conveyor requires multiple antennas to form an RFID scanning tunnel to increase the first rate. At the same time, the UHF RFID reader needs to access the conveyor belt or other control host. At this time, the use of reusable RFID tags and readers can form an economical and efficient RFID system.
2. Tray packaging workstation
The multiple RFID reader installed on the pallet packaging station needs to identify and classify the goods on the pallet in time and link it to the RFID identification tray to form a low-cost solution.
3. Forklift mobile work
Forklift mobile operations are the most important mode of operation for warehouses and logistics centers. The mobile work platform consisting of a fixed RFID reader and an on-board computer is especially suitable for the operation of pallet goods and the reading and writing of RFID tags.
4. Manual mobile work

Commercial banks are increasingly adopting the latest IoT application technology to build their own competitiveness, improve service capabilities and service levels, strengthen compliance risk management, improve operational efficiency, and save costs to improve efficiency. RFID banking management applications have become the patron saint of a new generation of asset management.
Using the latest RFID tag recognition technology, it can be used for information management of banks, employees, VIP customers, physical assets and document files, including access control security card, etc. Through transformation or deployment of RFID-enabled management information systems, and combined with RFID fixed reader and portable reader (UHF handheld RFID reader), it can collect information such as employees, VIP customers, equipment, documents, files, location, status, etc., timely and accurate information transmission. Give RFID-based back-office business management systems.
When the account manager makes a loan file, an RFID tag is affixed to the file and the information is written to the RFID tag. When the files are transferred in each position, the RFID readers on each file are identified by the RFID readers of each position, and the tracking status information is recorded. Then, you can use the portable RFID reader to find and count, which is convenient and quick. Including the warehousing files, the inventory and inventory management can also be completely RFID-based, faster and more accurate than the traditional barcode, the inventory can be completed in just a few minutes.
 

The distribution center is a modern distribution facility that engages in the provision of goods and organizes the delivery of goods to users to achieve sales or supply at a high level. With the continuous growth of business volume and the continuous improvement of customer demand, distribution center management is also facing more and more challenges, especially how to reduce the cost of logistics center and improve the operational efficiency of logistics center. The development of Internet of Things technology, especially the application of RFlD, will greatly improve the operational efficiency of the distribution center.
When the goods are shipped from the supplier, the RFID tag is configured, which records the name, characteristics, delivery location, arrival place, delivery note number, order details, etc. of the goods. When the goods arrive at the distribution center, the RFID tag is read in batches by the multiple RFID reader and transmitted to the distribution center information system.
The goods are placed on pallets when they are in storage, and the forklift driver can read the storage location of the goods from the RFID tags of the goods through the handheld RFID reader. If it is to close the position, the goods will be sent to a specific location. There will be a reader near these positions. By reading the RFID information and transmitting the information system, the information system will update the inventory quantity of the goods in real time.
 

RFID technology can bring simple and efficiency-enhancing methods in various industries, such as logistics, transportation, retail, supermarket, medical, military, asset management, personnel positioning, package tracking, and almost management. , it can bring some help! Today we simply share the application of RFID in medical applications.
While traditional hotel management practices work quite well, seasonal and other fluctuations often lead to an inaccurate estimated of asset use. This in turn leads to over- or under-allocation of inventory items. In an extremely competitive market, RFID inventory management services can help cut costs and improve the performance of hotels, restaurants, resorts and other establishments.
Every object in the inventory is tagged with a unique code, and this makes it easy for the RFID tag reader to activate a magnetic field and locate the object. With a wireless RFID, hotel employees can automatically and almost instantly identify, track, record and manage information relating to a vast number of objects.
Apart from these uses, RFID is also used to track personnel and even customers – the former tracked for attendance and other purposes, while the latter tracked to provide a very high level of service automatically. The tags help personnel and machines recognize guest, understand their preferences and provide top-notch and personalized services and experiences instantly.
 

In the automated process to manually track or provide traceability of parts and materials in the process in the efficiency, accuracy and production site environment is not feasible, RFID and Real-Time Locating Systems (RTLS) technology can meet The requirements for automatic identification, tracking and trace of objects in the process.
Developers of RFID reader systems and applications must understand the target user's application scenario, the operating environment, and the physical characteristics and composition of the object to be tracked. Almost all manufacturing environments use RFID technology, and as users find ways to effectively use these identification technologies, their adoption rate will increase.
Industrial identification and positioning has become a key technology to promote the digitization of manufacturing. By installing an RFID tag on the object, the manufacturer can identify, track, and collect data from the object at the production site. Considering cost, profit and time, RFID is increasingly used in WIP. The beverage, food, and pharmaceutical industries use UHF RFID reader to automatically track the process of containers, raw materials, disinfection and cleaning processes.
 

The RFID-based animal identification and tracking management system consists of three parts: RFID radio frequency card, RFID reader writer and computer network. The reader is generally used as a computer terminal to implement data reading and writing and storage of the RFID radio frequency card. It is composed of a control unit, a high frequency communication module and an antenna.
When a pig with a "ear stud" (RFID card) enters the RF field of the reader, the induced current obtained by UHF RFID antenna is boosted by the booster circuit and used as the power source of the chip, and the induced current with information is passed through the RF. The front-end circuit detects that the digital signal is sent to the logic control circuit for information processing; the information required to be recovered is retrieved from the memory and sent back to the RF front-end circuit via the logic control circuit, and finally sent back to the reader through the antenna.
At present, the basic methods for installing electronic labels for animals are collar type, ear tag (nail) type, injection type and pill type electronic label, and various labels have their own characteristics and application range. The cost of the collar label is too high, and the injected label and the pill label are not suitable for the pig, so the system uses a "stud" type electronic label. Stud-type electronic tags not only store more data, but also resist dirt and rain.
 

It mainly includes three parts: basic data management, error prevention management and traceability management. The overall goal is to establish a comprehensive, integrated, advanced, and stable quality error prevention system, monitor key component assembly, and prevent artifacts from causing process leakage. It can standardize the product operation process and strictly requires the operation according to the product process. It solves the problems of lack of assembly operation guidance, error timely correction, serious error and timely termination in the production assembly process, real-time monitoring, timely response, and immediate solution.
The error-proof tracing system needs to adopt a unified information means to install the one-dimensional/two-dimensional bar code, RFID and other information records on the assembly line, and through the real-time scanning and comparison of the PDA handheld terminal, whether the assembly meets the requirements through the integrated machine or the touch screen. And send real-time data from the assembly process to the system logging server.
 

The attendance of personnel at construction sites has certain special characteristics: first, the flow of people is large; second, the cultural level of most workers is low; third, the frequency of changes in staff is relatively fast. Therefore, there is a special requirement for the attendance system of the entrance and exit of the construction site: first, the large capacity, followed by the operation, and finally the system update procedure should be simple and quick.
 
UHF RFID readers are installed in the entrance and exit of the construction site at the construction site. Stickers of self-adhesive RFID passive electronic tags are attached to the helmets of the construction workers, and the check-in or sign-off is automatically completed when the helmets enter and exit the passage.

At present, the pharmaceutical industry is currently facing the problem of the proliferation of counterfeit and inferior drugs. Some lawless elements are driven by interests to create counterfeit drugs, which threaten people's lives when they take them. With the rapid development of RFID technology, the medical industry in many cities has begun to apply RFID technology. Many hospitals have begun to use RFID handheld reader for ward inspections, and most importantly, RFID technology and handheld terminal products are It has also played a huge role in drug anti-counterfeiting, tracking and supply chain management.