The application of RFID readers and writers in production lines can enable companies to discover production products and production line operating status in real time. That is, production products move on the assembly line. After arriving at the workstation, workers remove the products for assembly of spare parts. After completion, they are put back into the assembly line until they are completed. All processes.
Application features
1. Data collection and status monitoring are important cores of industrial manufacturing
RFID technology uses instruments, equipment, and technical means to collect equipment status or equipment faults to identify processes based on equipment changes. The real-time monitoring of CNC machine tools collects data through the DNC network and machine tool control to collect various status information of the machine tools, and the operating status of the machine tool equipment can be obtained through the network. The current, power consumption, and vibration of the machine tool can also be collected to determine the operating status of the equipment and issue a fault alarm.
2. The machine tool equipment monitoring system hardware consists of sensors, data acquisition equipment, and network communication equipment.
Industrial manufacturing requires multi-faceted technologies to achieve work tasks in complex environments. Through RFID tags, readers and writers, wireless sensor network products, combined with barcode, PLC and other technologies, materials, work-in-progress, execution equipment, tooling, etc. can be processed Real-time collection of heterogeneous data from sources, tracking and tracing management of product genealogy, providing basic data for enterprise production and operation control. Through efficient integration with ERP, MES and other systems, full life cycle management of products is achieved.
3. Positioning, tracking and dispatching of public manufacturing resources
In the industrial manufacturing system, some industrial transportation vehicles are used for data collection, such as engineering forklifts, workshop flatbed trucks, etc., as well as some public resources such as on-site technicians. These resources require reasonable scheduling and rapid response, which greatly improves the operating efficiency of the entire manufacturing system. Utilize products and technologies such as ground-sensing RFID tags, UWB, status judgment sensors, vehicle-mounted terminals, etc., by affixing electronic tags to forklifts and some engineering vehicles to perform spatial location positioning, operation trajectory tracking, idleness and busyness of resources such as on-site maintenance/technicians. Status judgment, task assignment scheduling and calling optimize the allocation of public resources and improve the rapid response capability of the manufacturing system. Like automated forklifts at large terminals.
4. RFID technology can implement monitoring and visual management of the production plan execution process
the timeliness of production planning and scheduling, greatly reducing human errors in work. Through products such as workstation readers and writers, electronic pallets, and RFID tag pendants, a visual production process monitoring platform can be implemented to track the entire process from blank to finished product, recording the automatic reporting of products, the completed quantity of each product/batch, and the number of workpieces. The current process, the execution equipment and operating workers of each process, the actual working hours of each process, etc. provide original data for planning and scheduling, lineside materials, on-site logistics, and quality traceability, and also provide a basis for enterprises to carry out value engineering. Form a product traceability tracking system, greatly improve the credibility of the company's products, and establish a complete quality system.
0/300