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How To Use RFID Technology To Optimize Garment Manufacturing Process

2012/3/10 13:29:00 22

RFID Technology Clothing Optimization Process

China is a big country in garment manufacture. At present, there are more than 40 clothing Enterprise. Most of these enterprises are labor-intensive enterprises. For a long time, they are characterized by low efficiency, high cost, manpower and time struggle. Therefore, it is necessary to transform domestic garment manufacturing industry from traditional industries to informatization by using information technology to transform domestic garment manufacturing industry. industry The development is imperative.

Garment processing industry Unlike cars and machinery industries, they only have a single production line, because styles and materials determine the different processes. In view of these characteristics of garment processing industry, this paper gives the RFID plan to achieve efficient production efficiency, and also standardized management.
　　 Garment processing flow
The processing flow of a product is divided into a number of basic processes. Each processing unit only completes one of the processes. Only one simple operation is repeated in the processing process. All the units in the production process are connected by a main guide way, and the processed material is transferred on the guide rail to form a production line. At the same time, the main guide rail disposes a guide rail in each processing unit, which supplies materials or products in and out of the processing unit. The supporting rail can play the role of buffering tasks for each site. The material is automatically transmitted to the work units, that is, the RFID tags are installed on the main track to detect the electronic labels on the material and identify the materials, and the materials are automatically delivered to the correct working units according to the predetermined material process path.
The whole FRID garment processing system consists of three parts: the main control computer, the electrical control system and the operation terminal.
　　
The main control computer is responsible for the management and scheduling of the whole system; the electrical control system is mainly responsible for the basic control of the electrical system; the software system takes the relational database and the real-time database as the core, and adopts decentralized control and centralized management open architecture, that is, centralized control for each production line and management of the overall production management of the enterprise, so as to integrate the decentralized control system, production scheduling system and management decision system organically. System aggregates