Abstract：Abstract：Research purposes： For the purpose of ensuring the safe operation of large tonnage transport and erection equipment in high speed railway construction, a specific remote system based on modern information technology is developed, which implements remote, high speed and multidirectional interconnection of equipment group, provides a new mode of monitoring and managing the safety of high speed railway construction involving large tonnage (more than 900t)transport and erection equipment.
Research conclusions：(1) It is in accordance with the trend of informatization of large construction equipment to improve safety monitoring & management in the remote system through modern information technology. (2) The remote system can improve the timeliness and reliability of making decision through effective communication and management. (3) The remote system can ensure a high speed railway project be successful when it is completed in terms of safety, effectiveness, time and cost. (4) The remote system can provide very useful experience for reference in terms of the safe operation of railway construction equipment and highway construction equipment
袁 明. 运架设备群远程安全监控系统的研发与应用[J]. 铁道工程学报, 2015, 32(5): 54-.
YUAN Ming. Development and Application of a Remote Safety Monitoring System for Bridge Girder Launching Equipment. 铁道工程学报, 2015, 32(5): 54-.
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Li Fangfeng,Wang Fangjin, Design of Assembled Bridge Erecting Machine and Its Construction Method［J］. Journal of Railway Engineering Society,2012(9)：59-64.
［2］铁建设［2006］181号，铁路架桥机架梁暂行规程［S］.
Rail Construction［2006］No. 181, Interim Specification for Girder Erecting with Railway Bridge-erecting Machine［S］.
［3］TB 10401.1—2003，铁路工程施工安全技术规程［S］.
TB 10401.1—2003，Code for Technique on Construction Safety of Railway Engineering［S］.
［4］GB/T 20271—2006，信息安全技术 信息系统通用安全技术要求［S］.
GB/T 20271—2006，Information Security Technology Common Security Techniques Requirement for Information System［S］.
［5］IEC 61784，测量和控制用数字数据通信［S］.
IEC 61784，Digital Data Communication for Measurement and Control［S］.
［6］IEC 60447:1993，人机接口（MMI）操作原理［S］.
IEC 60447:1993，Marking and Identification-Actuating Principles for Man-machine Interface［S］.
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