THE PLATFORM MONITORING SYSTEM FOR WISDOM SHIPYARD BASED ON THE CCD SENSOR

Subrata Pan, Y. Li, Mengxi Chen
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Abstract

Usually the settlement monitoring system was mainly applied in buildings, roads and so on in the city, which cannot meet the requirements of complex environments. While the train rail vibration monitoring, wind power platform settlement monitoring,etc are facing severe environmental interference. In order to ensure that rail, power tower platform and other field facilities to long-term and stable operation, there is a set of real-time monitoring system to monitor the settlement of the platform is particularly important. This paper proposes a new kind of high precision and micro displacement measurement technology based on laser and CCD devices, with the help of FPGA and MCU, we can complete the function of high-speed data acquisition and real-time monitoring easily. Compared with some traditional methods, this technology of measurement take great advantages in high-speed data acquisition, real-time performance, high-precision measurement and strong adaptability to complex environment, etc.
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基于CCD传感器的智慧船厂平台监控系统
通常沉降监测系统主要应用于城市建筑物、道路等,不能满足复杂环境的要求。而列车轨道振动监测、风电平台沉降监测等都面临着严峻的环境干扰。为了保证轨道、电力塔平台等现场设施能够长期稳定运行,有一套实时监测系统对平台沉降情况进行监测显得尤为重要。本文提出了一种基于激光和CCD器件的高精度微位移测量技术,借助FPGA和单片机,可以轻松完成高速数据采集和实时监控的功能。与一些传统测量方法相比,该测量技术具有数据采集速度快、实时性好、测量精度高、对复杂环境适应性强等优点。
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