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With the rapid development of the Internet of Things technology, radio frequency identification technology (RFID) has achieved great success in the production process of various fields. The application of RFID technology is becoming more and more widespread, and the clothing field is no exception. RFID automatic identification technology is introduced in the clothing production process to track the production process throughout the process and provide a real-time and accurate basis for production and operation data. To provide strong support in response to the rapidly changing market situation. China is the world’s largest clothing consumer and producer. With the rapid improvement of people’s living standards, the clothing industry has always been a favorite industry. RFID technology will give rise to a new wave in the clothing industry.
The clothing industry itself has many characteristics, namely: seasonality, regional differences, market changes, product types, etc. The dilemma faced by enterprises is that the management system is imperfect and the market competition is fierce. The clothing industry also has its special industry characteristics, namely: product style, color, size and other characteristics determine the geometric growth trend of the number of clothing with the increase in styles. The sales system covers various industries such as direct sales, wholesale, and franchising. The clothing industry has encountered bottlenecks in its future development due to its own limitations and the limitations of the industry.
With the development of RFID technology, more companies are now beginning to pay attention to RFID technology solutions.
(1) The flexibility of adjusting production: Based on the monitoring and adjustment of the production line by the real-time production management system of collecting data under RFID technology, JIST management can be realized;
(2) Real-time monitoring of product quality: Based on RFID technology, timely feedback and tracking of production information ensure real-time analysis and processing of production quality, improve production quality, and reduce unnecessary waste;
(3) Save production costs: reduce enterprise inventory, production time, and labor costs based on RFID technology;
The intelligent terminal design of the system includes four parts: CAN bus interface part, radio frequency identification part, LCD display, keyboard input part, digital input and output, etc. The detailed description is as follows:
CAN bus interface part: Receive master control machine instructions and send corresponding action signals according to the communication protocol (drive the electrical control part to perform corresponding actions), and send information to the master control machine according to the received master control machine instructions or set procedures.
Radio frequency identification part: It can directly identify the smart hanger tags moving on the assembly line. What’s more important is that radio frequency identification technology can not only read the data of the electronic tags, but also write data repeatedly through the terminal.
LCD display and keyboard input part: The terminal has human-computer interaction functions, with LCD display and keyboard input part, digital input and output, etc., can set required parameters or display indication status, and should be able to display the host computer and console in real time And instructions and information from the smart hanger.
RFID technology is used for the efficient management of industry brands in the supply chain, retail management and internal management of the enterprise, so that all links can realize the rapid scanning and reading of products, and create products from raw materials to semi-finished products, finished products, transportation, warehousing, distribution, shelves, and sales. , And even control of real-time data collection in the process of return processing, and constantly establish a safe and reliable management model, which effectively helps companies build a low-cost and high-efficiency supply chain operation system.
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