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The RFID warehouse management system is a platform based on RFID identification technology to identify, track and manage cargo information for cargo identification. The system combines advanced RFID identification technology with computer database management query to automatically identify cargo information. The application of this system can greatly save manpower and material resources, facilitate management, improve efficiency and accuracy, and facilitate data statistics.
The use of RFID logistics management system, the implementation of the whole process of all aspects of storage control and management, and the goods on the number, size, date, stored warehouse number, warehouse area number, etc. to achieve RFID electronic label management, the entire receipt, delivery , and other aspects of the standardization of operations, RFID technology, the introduction of warehousing and logistics management, remove the manual writing input steps, solve the obsolete warehouse information phenomenon. The combination of RFID technology and information technology helps companies to use the warehouse space reasonably and effectively, and provide customers with the best service in a fast, accurate and low-cost manner.
 

The application of RFID in the library has been more than ten years. Many scholars and library staff have studied and practiced the application of RFID in libraries from various angles. With the development of information technology, RFID technology has been widely used in all walks of life.
Book inventory is an important part of the library to organize books. The administrator can use the intelligent book inventory cart or the handheld terminal to scan on the bookshelf, and the inventory equipment will automatically prompt this error when it encounters the phenomenon that it should not be in the shelf when scanning. Help the staff to correct the books.
In addition to associating books with bookshelves using inventory carts or UHF RFID scanner when books are on the shelves, we can also use smart bookshelfs to achieve real-time location of books. Each smart bookshelf has a plurality of UHF RFID antennas. Every designated time, the antenna on the bookshelf scans the books in the entire bookshelf, and the scan can obtain all the information of the books currently on the bookshelf.
It is very important to provide location-based services in an intelligent library. Books that are to be put on the shelves are scanned by an RFID reader on a cart and placed on a cart. Then the system will find an optimal order based on the location of all the books on the cart, and draw an optimal path on the map and display it on the display.
 

With the rapid development of the Internet of Things, new retail, and smart industries, RFID has emerged from the perspective of people. RFID has been applied to many fields, such as production line management, vehicle management, warehouse management, personnel management, RFID asset management, cash box management, and intelligence. Bookcases, weighing management, etc. are all based on RFID technology.
The RFID system is composed of two major application systems: data acquisition and background data network library. Among them, the air interface between the electronic tag and the reader, the data exchange protocol between the reader and the computer, the performance of the RFID tag and RFID reader, and the data content coding standard of the RFID tag, etc.
The core of RFID standard competition is still in the field of electronic content labeling data content standards. At present, the UHF RFID technology is mainly used in the 860MHZ-960MHZ band. The RFID tag can hold any format of data. The GEN1 has a maximum of 128 bits and the GEN2 has a 256 bit, so you can save the EPC-formatted code on the RFID tag and save your own data.
 

With the rapid growth of domestic e-commerce, consumer demand for service quality and delivery time are constantly increasing, and e-commerce vendors are facing enormous challenges. Warehousing plays an important role as a distribution center, and it is imperative to establish a central technology and terminal logistics distribution support system in order to improve efficiency.
When receiving goods, the warehouse employee can directly use the RFID handheld reader to scan the tags to receive the goods. The relevant data will be input to the storage equipment control system, which is used to perform the goods loading operation, and the inventory accuracy rate is greatly improved.
In the production packing section, an external Bluetooth printer using a handheld terminal generates batches of barcode labels for the boxes, so that each box has a unique label. When the goods enter the picking process, the conveyor line with fixed RFID reader will automatically identify the tags and liberate the warehouse staff's hands.
In the process of picking up goods, when the staff uses the RFID handheld terminal to scan the bar code on the goods packaging, the goods information is directly checked, checked and marked, and the accuracy and efficiency of the goods extraction are improved.
 

The inspection work of the equipment is an important measure to ensure the smooth operation of the equipment. The inspection is a time-sensitive work, requiring the duty officer to periodically inspect every inspection point. The use of RFID technology and wireless LAN for equipment and pipeline inspection, usually used in power, manufacturing equipment inspection, petrochemical pipeline inspection.

 
The patrol staff first reads the contents of the tag with the handheld RFID reader after each inspection point, checks the equipment and pipes, and transmits the inspection information to the management office through the wireless network. A patrol management system is set up in the background to realize the inspection of the patrol personnel's work quality through the system, improve the management level of the patrol equipment, increase the patrol efficiency, and provide insight into the patrol inspection work.

The diversification and individuation of modern automobiles requires that a car assembly line can be equipped with different types of automobiles. Therefore, it is necessary to strictly control the assembly data collection of automobile assembly lines, and the traditional data collection work mainly relies on manual collection modes or bar codes. Acquisition mode, this method has the disadvantages of unacceptable assembly data acquisition, low acquisition efficiency, and large errors in data collection.
The RFID technology is applied to the automobile assembly line to realize the timely and accurate collection of assembly information during the automobile assembly process, and the automotive assembly process is informatized.
First, on an automotive assembly line using RFID technology, RFID tags are placed on pallets that carry bodywork and can move with the pallets. Secondly, in order for RFID readers to be able to quickly and efficiently read the information in the tags, the tags should be as standard, reasonable, applicable, and unique as possible.
 

The RFID mold electrode management system can better realize the intelligent management of the mold, reduce the professional skills requirements of the mold operator, and greatly improve, reducing the factors that are considered mistakes. This effectively improves the increase in the rate of marrying machine equipment.
With the rapid increase in the number of molds for diversification of enterprise products, the processing of one mold often requires tens or even hundreds of electrodes. Electrodes have become a key resource in the mold manufacturing industry. This project is to install RFID tags on electrode holders, associate electrode holders information and handheld RFID readers. It is expected to reduce 15% to 35% of copper raw materials and reduce 15% to 40% of CNC machine operators. The utilization rate of CNC and EDM machines is about 5%.
 

Automotive parts manufacturing technology is complex, involves a wide range of manufacturing processes, covers a variety of processes, the number of parts up to 8000 ~ 15000; only the large number of manual management of the zero, parts and complex, numerous manufacturing processes, often error-prone and It is impossible to quickly improve the operational efficiency and effectiveness of each process from the source.
 
Apply RFID technology to tire production and produce smart tires based on RFID technology. The worker embeds the RFID tag in the tire molding process. The embedded position is between the carcass ply and the sidewall rubber. Using passive RFID readers to read the tag information, the staff can quickly count the number of tires to ensure the correctness of the input data. Because each tire has a unique identification code, when the tire fails early, it can confirm whether the tire is a factory product by reading the label, and then can be traced from the top down to molding, vulcanization, quality inspection, packaging, storage , shipping and other links.

RFID's container management system is to fix electronic tags on containers. The readers are installed at the entrances and exits of working vehicles or ports. They use non-contact information to read and write, and realize data and information connections between RFID logistic management systems.
The antenna and read-write device are installed on the container operation channel and the container lifting equipment. The long range RFID reader can read and write the information in the container transport to the electronic tag and connect it to the container management system to exchange data and realize the automatic identification and real-time of the container management.
 

Using RFID to realize free-position inventory management, through the RFID gate reader, the inbound products can be checked once, and the product positioning management.
 
Inbound process