Based on the actual situation of RFID in China, a management system using RFID technology was designed for a well-known clothing production enterprise. The system is based on RFID technology and uses RFID middleware as a medium to achieve the organic combination of advanced RFID technology and clothing management methods, providing a very effective technical means for the production management of clothing enterprises. It combines advanced RFID technology with the enterprise clothing ERP management system, effectively improving the efficiency of production line management and simplifying the process of clothing management Reduced the labor intensity of management personnel and provided consumers with a more fashionable and convenient shopping process.

The establishment of RFID laundry management system aims to help manage the handover, counting, washing, ironing, folding, sorting, storage and other processes in laundry work; By utilizing RFID technology, the characteristics of laundry tags can track the washing process of each piece of clothing that needs to be managed, record the number of washes, washing parameters, and expand their application.

At present, the inventory and recording of the washing industry rely entirely on manual labor. One reason is that labor costs are high, and there are discrepancies between the handover data and the user side, resulting in unnecessary losses or disputes; For example, when clothes are collected in a dry cleaning factory, they are relatively messy, and when returned, manual sorting is required, which increases the manpower investment of the resident office. Through the introduction of RFID technology and the automatic recognition of RFID tags through RFID devices, batch counting, washing tracking, automatic sorting and other functions can be achieved, thereby improving laundry management and providing more advanced and controllable services for dry cleaning shops, increasing the market competitiveness of laundry enterprises.

The introduction of RFID wireless radio frequency identification technology will make user laundry management more transparent, improve work efficiency, and solve management problems that could not be achieved through other technologies in the past.

System efficacy

1. Labor can be reduced by 40-50%;

2. Visualization of over 99% of clothing products reduces the risk of clothing loss;

3. Improved supply chain management will reduce work and service hours by 20-25%;

4. Improve the accuracy and reliability of stored information;

5. Efficient and accurate data collection to improve operational efficiency;

6. Automatic collection of distribution, collection, and handover data to reduce human error;

Product identification: Identify each piece of clothing by sewing RFID electronic tags with button packs on each laundry item that needs to be managed. The unique ID number in the RFID smart tag chip, with a user area for writing data, can be used to write specific attributes of clothing within the tag, such as clothing owner, clothing lifespan, clothing washing frequency, clothing model, and so on.

Automatic counting: divided into incoming and outgoing counting, accurate handover quantity. For packaged dirt, the entire package can be accurately counted through RFID tunnel reading equipment, with an accuracy rate of 100%. This data is objective and scientific, and can be used to verify the handover quantity with users. At the same time, the clean clothes to be returned to the user are also confirmed to be accurate in quantity and listed through RFID tunnel reading devices.

Automatic sorting: Currently, enterprises and users hand over clothes manually, so the uniqueness of RFID tags can be used to sort clean clothes in the washing plant area, directly sorting to the smallest user unit and packing and listing, which can save manual sorting time and reduce personnel labor.

Washing frequency recording: Due to the characteristics of RFID tags, the washing frequency of clothes can be recorded to predict their lifespan, control clothing inventory reasonably, and provide users with more scientific services.

Moreover, RFID (electronic tags, radio frequency identification) technology can be applied in various links such as production, distribution, and retail in the clothing industry. Unlike other ID recognition technologies, RFID tags allow multiple tags to be read simultaneously, and each clothing tag is tracked by the system.