Design And Implementation Of Crane Positioning System Based On Rfid Technology

This article is depend on the application of wireless LAN technology and RFID technology to completed the design and implementation of a steel company positioning system. Driving through the real-time location of the crane and the real-time measurement of the crane operating information, effectively ensuring the fairness and the accuracy and reliability of the lean production of the logistics system. Positioning system uses wireless LAN technology for wireless data communication between the crane and the control computers. Countering the big issues of the steel industry environmental for wireless communications, wireless communications equipments are tested on the site, based on which undertaking the network planning of the system, and giving a reliable communication transport protocol. Positioning system using RFID technology for real-time monitoring of crane position. According to the characteristics of RFID technology is used for positioning and the practical applications of industrial field environments, the installation of RFID tags in the field is investigated in detail. Mainly related to the installation direction of the RFID tag, a variety of situations interval distance between the RFID tag and reader of RFID tags. Given the optimization program under different circumstances and effects of literacy tests and analysis. While using multi-threaded programming, which is an effective solution to the problem of collisions resulting multi-RFID tags and multi-reader simultaneously. Positioning System features include:data analysis and processing capabilities, real-time crane monitoring, data combined query and reporting capabilities, system maintenance functions and so on, which provides an effective solution to the meticulous management needs of materials for steel companies.