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Baggage handling has always been a large and complex operation for large airports, and in particular, the ongoing terrorist attacks on the airline industry have also placed higher demands on baggage identification and tracking technologies.
 
RFID baggage automatic sorting system is for each aircraft passenger randomly checked the luggage affixed RFID electronic tags, electronic tag records traveler personal information, departure port, arrival port, flight number, parking spaces, takeoff time and other information; baggage flow of the various control nodes, such as sorting, installation, baggage at the installation of electronic tag reading and writing equipment. When the baggage tagged with information through each node, Ethernet RFID reader will read this information, spread to the database.

RagTagd, an Australian company, has introduced a solution that helps parents of students in schools track their uniforms. The RagTagd solution is to have a collection box with passive UHF RFID reader on the school's Lost and Found Area, with labels attached to school uniforms. Software on the RagTagd server keeps track of items in the box and sends messages to parents.
Lost items in the global school is a ubiquitous thing. Students dressed in coat to go to school, often forget to get back in the playground exercise. By the end of the school year, unclaimed items are often discarded, causing waste.
To solve this problem, companies consider using UHF RFID technology, with RFID tag readers built-in and tagged clothing, and school employees do not need to do anything but simply putting their clothes in the box. Using the RagTagd system, the company sew off-the-shelf UHF RFID tags into garments and then sell it to parents with a unique ID number.
 

The system is mainly composed of supervision monitoring terminal, communication platform and monitoring center. Compared with the use of bar codes to collect monitoring target information, the RFID technology has the advantages of automatic scanning without manual contact, strong anti-pollution ability (anti-dust, anti-smog, moisture resistance) and large amount of information, RFID technology to build. A complete RFID system consists of three parts: a tag is a combination of a coupling element and a chip, each tag has a unique electronic code that is attached to an object to identify a target object; passive RFID reader to read (and sometimes for writing) tag information; RFID Antenna (radio frequency signal) is passed between the tag and the reader.
Monitoring terminal work flow is: UHF RFID reader sends radio wave energy to the tag, drive tag circuit will send the internal data, reader in order to receive interpretation of data, and finally sent to the communication platform through the RS232 serial port ARM (Advanced RISC Microprocessor, Advanced RISC microprocessor) to do the appropriate treatment.
The monitoring center is composed of a PC with a public IP address and long range RFID reader. Monitoring center backstage management software using self-developed RFID scanner software, parameter settings can be set up to establish network connection and data reception, preservation, analysis and processing. Under the control of the program, the GPRS module can get a dynamic IP address after power on, it will take the initiative to send a connection request to the monitoring center server, so that the server to establish Socket connection.
 

It is important to test your RFID equipment before deploying an RFID system. RFID tags can be manually scanned by handheld terminals, or by using active tags and fixed readers/antennas. Active tags have built-in power, while passive tags do not require built-in power. Passive RFID tags from the received RFID reader to send the electromagnetic energy to obtain energy, activated to send data to the outside.

FedEx has tested several uses of RFID and has been successfully used in FedEx's daily operations. They believe that with the combination of effective monitoring, RFID application in individual areas can make companies and customers achieve more benefits.
In the United States, for example, when a FedEx delivery carrier returns to a van, he can open the door and start the engine by simply tapping the RFID button on the wristband. FedEx has also started testing RFID technology in Australia, mainly using RFID tags and RFID scanners to automatically check and report the status of customs clearance awaiting shipment. Without the help of RFID tags, staff must check and scan each package to confirm the current status of the package before updating the package information in the system for customers' access at any time. With the effective use of RFID technology, we can set up an RFID tag that proactively reports information on each shipment waiting for customs clearance, so that the shipment can periodically signal the RFID reader system.
At present, RFID technology in the express delivery industry, mainly involves the following aspects: First, the distribution center in the courier, for large quantities of parcels and express mail through RFID technology, to achieve express mail automatically, high-speed sorting. In China's small and medium-sized private delivery companies generally use human hand sorting case, the use of RFID technology, together with the automatic sorting system, can greatly improve the sorting efficiency. Second, in the process of express mail transportation, through the RFID tags attached to the express mail, the real-time tracking of the express mail is realized by using the GPS technology(in Android RFID reader) so that the sender and the receiver can inquire the position of the express mail through the Internet to obtain a better service experience. Thirdly, it manages the reusable assets of express enterprises such as vehicles, trays and so on. It utilizes the RFID readable and writable characteristics, and enters the related information of assets into RFID, then cooperates with related systems to realize the lean management of assets.

By using RFID technologies such as NFC and UHF, intelligent packaging products can be easily tracked and traced through the entire supply chain to ensure end-to-end (that is, from core raw materials to The end of the product life and the entire process of recycling) complete transparency.
 
Uniqueness, each RFID tag has a unique global number (label can not be copied, copy), you can achieve product security, traceability. Efficient, long distance RFID reader technology with long range and multiple reading function (distance 20M can read thousands of labels per minute).

Traditional mold management through paper registration mold number and location number, likely cause registration errors, record loss, management confusion, find the extremely inconvenient. The system through the RFID Internet of Things application technology to achieve rapid access and inventory management; database through the background, to quickly find the mold; scientific and systematic management of mold.
 

China's RFID industry are just beginning, mainly for product security and identification, such as the second generation of ID cards; Hong Kong International Airport also uses new RFID reader system to carry passengers luggage track. However, this type of application is only limited to a small area and does not affect the entire manufacturing enterprise. However, the use of UHF RFID tags in large-scale logistics and factory is still a blanket.

Through RFID unique IC tags, readers and software are provided to help solve the customer's problems in the retail industry. Firstly, confirmation of tracking (tracing) can be achieved by incorporating IC tags in premium brand products and jewelry, which helps to prevent the counterfeit product from being mixed in and circulation management is more efficient.
In addition, access to clothing, retail stores, warehouse inventory management, sales information. One by one to read the bar code and two-dimensional bar code warehouse and warehouse inventory management By installing IC tags on the goods, one-time access to product information will help shorten the working hours. In addition, with a dedicated multiple RFID reader, sales information such as the movement path of in-store products can be obtained in real time and can be fully used for marketing activities.

Combined with Internet of Things big data technology, data collected from clothing stores for in-depth analysis, you can give apparel companies with guidance of the data, such as customer behavior analysis, style try rate, sales rate, trend etc.
The main function module:
Member Management: Using long range UHF RFID reader can read 8-10 meters of passive membership card, when the customer with a membership card to the store, you can display the welcome words on the big screen, and shopping guide on the smart terminal related members of the information and shopping habits and other information.
Store clothing management: The use of handheld UHF RFID reader can quickly inventory, find the clothing store, quickly identify FCL or sporadic transfer information, reduce sales force labor intensity in order to better provide services.
Smart cashier: combined with fixed RFID reader, you can read the RFID clothing label and display the price and event discount information in the moment the clothing is put up.
Store loss prevention: the use of RFID's long-range identification capabilities, you can do a more covert store loss prevention management.