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Handheld terminals have a wide range of applications in the rapidly developing modern society, and they are also widely used in the manufacturing industry. But how better to choose smart handheld terminal?
 

The library's RFID system is based on RFID technology, and combines computer technology, programmable controller technology and network communication technologies to achieve library front desk and back office management. The system basically includes: librarian workstation system, electronic label conversion system, self-service permit system, self-help loan recovery system, self-service return book sorting system, RFID inventory system, security access control system, intelligent navigation retrieval system and self-service library and other functions Subsystem.
The Singapore government invested 1 billion Singapore dollars in 1998 to build the National Library of Singapore and began construction of the RFID system. In 2002, the entire system was completed and put into use. It was the only large public library in the world that was completely managed by RFID. According to the relevant person in charge, the effectiveness of the application of the RFID system is very obvious, annual savings of tens of millions of dollars, reduce the cost of human resources of about 2,000 people, while the number of borrowing has increased by nearly 2.1 times.
 

In the current management of container shipping, there are still many problems. This is mainly due to the fact that the traditional management model is still used. The staff manually records the location of each container, and then manually enters the data into the container management system. In the database, the binding between the container data and the actual storage data is completed.
Applying RFID technology to container management and utilizing the advantages of RFID technology in the field of automatic identification, the development of a containerized information management platform will greatly increase the efficiency and effectiveness of container transportation management.
Through the installation of RFID electronic tags in containers, UHF RFID readers are installed on business process equipment. During business operations, RFID readers read electronic tag data, obtain container information, and then transmit it to the back office for centralized processing. The tracking management of the entire container is implemented by the system, and the real-time scientific dispatching and capacity distribution of the container transportation equipment are realized.
 

Clothing products are a fashion product. Many factors such as the season of sales, the location of sales, the taste level of consumers, fashion trends, and the price of the product will affect the sales of products. Therefore, real-time tracking of sales status is a very important management content for apparel industry companies.
 
Hopeland has created an RFID/barcode data collection and management system for garment industry companies. It uses a mobile solution to carry out real-time data collection from stores and stores via RFID tracking systems to address garment industry in warehouse management. And problems faced in supply chain management.

RFID baggage automatic sorting system is to attach RFID tags to the baggage that are randomly checked in to each passenger. The electronic tag records passengers' personal information, departure port, arrival port, flight number, parking position, departure time and other information; baggage flow. The various control nodes, such as branches, installations, and baggage claim offices are equipped with electronic tag reading and writing devices. When baggage with tagged information passes through each node, the UHF RFID reader reads this information and passes it to the database. Realize the information sharing and monitoring of baggage in the whole process of transportation.
Passengers departing from the airport check baggage at the departure check-in counter. The staff completes the check-in and prints the RFID tag according to the passenger boarding pass. The RFID tag is installed on the baggage and placed in the baggage conveyor. The conveyor is equipped with an RFID scanner. When the baggage passes through the RFID collection channel, relevant information is collected and uploaded to the conveyor control system. The conveyor control system can correctly sort the baggage to the corresponding flight according to the obtained information.
 

As the size of the city expands and people's living standards increase, the number of vehicles on the road becomes more and more. This not only increases traffic pressure, but also imposes higher requirements on the management of vehicles. Is there any new technology to solve these problems? Of course, it is the smart electronic license plate.
The smart electronic license plate is based on RFID solution, and RFID technology is a new non-contact automatic identification technology. RFID-based vehicle identification has high accuracy and is not susceptible to environmental Impact, no blind area, accurate and comprehensive access to vehicle status information and road network traffic conditions.
Taking into account the service life and usage scenarios of electronic license plates, passive electronic tags have the characteristics of long life, small size and easy installation, and low cost, and are more suitable for vehicle installation and use. In the choice of communication distance, UHF 860MHz ~ 960MHz passive RFID electronic tag has the advantages of long communication distance, fast transmission speed, and its use as an electronic license plate recognition is a very good choice.
 

The rapid rise of the Internet of Things has prompted various industries to set off a revolutionary transformation. Make life and technology become a community, life is more intelligent and more convenient. RFID allows each item to truly have its own "identity card." The only identifying information is also the highlight of RFID tags. The field of RFID applications has become a major player in the world of things.
The RFID application field is embodied in many aspects. RFID technology has been used in many urban medical industries. RFID Handheld readers are used to view wards to track the location of patients, and they also play an important role in anti-counterfeiting and tracking of drugs. RFID applications play a very important role in drug management, it can prevent the production and sale of fake drugs to the greatest extent.
RFID applications are also an excellent experience in the automotive industry. This is illustrated by the intelligent manufacturing of the production line. The automotive industry is very advanced in the field of smart manufacturing compared to other industries. Most of the implementation is fully automated. UHF RFID readers can implement automated production lines, due to RFID technology non-visible reading and simultaneous reading of multiple tags.
 

RIFD application technology is very common in our lives. With the rapid development of the Internet of Things, no one retail is taking RFID to a new height. Is gradually improving our life services, RFID is widely used in security, RFID logistics, anti-counterfeiting of goods, RFID asset tracking and other fields. The RFID Internet of Things technology will be even greater to reflect the application of RFID technology. The Internet of Things needs more technology to build an intelligent entity together.

Smart transportation is the trend of urbanization in the future! Practical applications, such as traffic information acquisition, traffic control, traffic industry management, traffic operation command, traffic information service, etc., will be formed.
Urban intelligent transportation system covering major roads, hubs and stations, ports, airports, RFID parking system, and key transportation infrastructures and other locations and areas to achieve comprehensive monitoring of traffic conditions, comprehensive control of road traffic operations, and full-range traffic information for travelers. Services, promote the integration of traffic management and regional traffic integration, and improve the overall traffic operation efficiency and command capability of the city. Intelligent transportation is an important component system for the construction of smart cities.
 

The benefits of warehouse automation are obvious: Automation can speed up processing, improve accuracy, reduce labor costs, increase reliability, and achieve more efficient use of warehouse space and space.
In general, automatic storage systems (AS/RS) can transport 40 to 50 pallets per lane per hour. The high-speed sorter can pick up 20,000 picks per hour, and some manufacturers even claim higher picking speeds. When a bar code browser is attached to an RFID reader terminal and connected to a WMS, the use of an RF terminal can increase picking speed.
System composition
The hardware of the warehouse management system based on RFID technology includes host computer, printer, reader/writer reader, fixed RFID reader, RFID handheld reader, RS-485 interface card, electric control door, and alarm detection device. The host installs the management software, connects to the reader/writer of the library through the RS-485 interface card and all the location readers, and controls them, such as setting authority, reading records, and counting queries; location reading The writer records the placement of the items, and the out/in-writer reader controls the electric control gates, the collection items and the storage records.