RFID technology helps improve the intelligent management of textile fabrics

With the rapid development of economic globalization, traditional processing and manufacturing industries, such as clothing and electronics, have been continuously improving production efficiency through information transformation in order to increase production profits and optimize management processes. The textile and clothing industry attaches great importance to the supply chain and has continuously demonstrated its advantages in the fierce competition. Textile and clothing companies are using RFID technology and other information technologies because of management needs, and are working hard to promote the improvement of the information management level of textile/clothing companies. RFID technology helps to improve the intelligent management of textile fabrics.

Starting from cotton planting, the business covers cotton spinning, weaving, knitting, yarn dyeing, finishing, clothing, sales and other links. Moreover, they use RFID technology to communicate information and visually monitor the production in various places in a timely manner through the Internet from cotton picking, processing, to packaging inspection, saving time and manpower for manual inspection, and its efficiency and market responsiveness are far higher than similar companies. At the same time, many domestic clothing brands are exploring and trying to use RFID technology to solve the increasingly serious problems of anti-counterfeiting/anti-channeling.

In the production process of many enterprises, many of them are mainly based on single-piece production, but this model has a big flaw, that is, when a problem occurs in one link, a lot of semi-finished products will be squeezed out, which makes it increasingly difficult for managers to predict, control and respond to the production cycle, and it is increasingly difficult to meet the requirements of shopping malls with many order standards and short delivery periods.

RFID technology has the characteristics of non-contact, fast scanning, high recognition efficiency, not easy to be damaged, suitable for harsh environments, easy operation, fast reading and writing speed, large information storage capacity, one card for multiple uses, anti-collision, good security encryption performance, reusability, tracking and positioning.

Electronic tag initialization mainly completes the basic work before circulation, such as processing fabric samples to the warehouse, writing electronic tag codes (EPC), printing electronic tag information, binding fabric tags with fabrics, binding shelf tags with shelves, and verifying electronic tags. After recording the basic information of the fabric sample and binding the electronic tag with the fabric, paste the electronic tag on the fabric sample, and put it on the shelf for circulation after activating the security code of the electronic tag. The system provides a convenient modification function, which can modify the electronic tag information and record the modification in the system. For damaged fabric electronic tags or destroyed fabrics, the system provides a function to cancel the electronic tag.

Textile fabric management and methods based on RFID technology include fabric digital identification unit, RFID reading and writing system, and fabric management system. The fabric digital identification unit mainly completes the electronic identification of textile fabrics, uses coding technology to number each textile fabric, and Stores the numbering information in the RFID electronic chip, and uses the label mode to stick on the fabric; the RFID reading and writing system uses wireless radio frequency communication technology to realize the reading and writing of RFID electronic chip coding, and uses the USB communication mode to connect the signal with the fabric management system. The fabric management system realizes the registration, retrieval, printing and other related functions of textile fabric information, and realizes the rapid management of fabrics. The textile fabric management technology of RFID technology solves the inefficiency problems of existing textile fabric management such as manual information writing, incomplete information, and difficulty in finding.

The application of RFID technology will change the traditional warehouse management working mode, and automatically collect information through RFID electronic tags and terminals. Thereby realizing the efficient, accurate and real-time collection of goods data, and continuously improving the efficiency of fabric warehouse operations. Create an efficient daily warehousing work such as warehousing, warehousing, withdrawal, and inventory of goods, and establish an intelligent collection platform.