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Building foundation settlement monitoring system
The invention provides a building foundation settlement monitoring system, and belongs to the field of building monitoring. The invention particularly relates to a monitoring system for monitoring settlement of a building foundation pile. Comprising settlement monitoring marks, an energy supply system and a data transmission system, the monitoring marks are arranged on a building foundation pile at equal intervals, the monitoring marks are in photoelectric association, an infrared transmitter is arranged on one side of each monitoring mark, an infrared receiver is arranged at the other end of each monitoring mark, the monitoring marks are pre-buried in a soil layer along the foundation pile, and the energy supply system is connected with the data transmission system. The monitoring marks are located in a soil layer and provided with verification targets, the monitoring marks are provided with energy supply systems, the energy supply systems and corresponding photoelectric connection functions, the photoelectric structure is provided with a data transmission system, the multiple monitoring marks are combined for monitoring, corresponding photoelectric arrangement is formed, the position of a breakpoint is fed back, and settlement re-check confirmation is conducted through the pre-buried re-check targets.
本发明提供一种建筑地基沉降监测系统,属于建筑监测领域。特别涉及一种用于建筑基桩沉降监测使用的监测系统。包括沉降监测标、供能系统、数据传输系统,监测标置于建筑基桩上,且设置有多个,多个监测标等距设置,监测标之间通过光电关联,所述监测标一侧设置有红外发射器,另一端设置有红外接收器,监测标沿着基桩预埋至土层内,监测标位于土层内设置有核验靶,监测标上设置有供能系统,供能系统和对应的光电连接功能,光电结构设置有数据传输系统,多个监测标组合进行监测,形成对应的光电设置,对断点位置进行反馈,通过预埋设置的复核靶进行沉降复核确认。
Building foundation settlement monitoring system
The invention provides a building foundation settlement monitoring system, and belongs to the field of building monitoring. The invention particularly relates to a monitoring system for monitoring settlement of a building foundation pile. Comprising settlement monitoring marks, an energy supply system and a data transmission system, the monitoring marks are arranged on a building foundation pile at equal intervals, the monitoring marks are in photoelectric association, an infrared transmitter is arranged on one side of each monitoring mark, an infrared receiver is arranged at the other end of each monitoring mark, the monitoring marks are pre-buried in a soil layer along the foundation pile, and the energy supply system is connected with the data transmission system. The monitoring marks are located in a soil layer and provided with verification targets, the monitoring marks are provided with energy supply systems, the energy supply systems and corresponding photoelectric connection functions, the photoelectric structure is provided with a data transmission system, the multiple monitoring marks are combined for monitoring, corresponding photoelectric arrangement is formed, the position of a breakpoint is fed back, and settlement re-check confirmation is conducted through the pre-buried re-check targets.
本发明提供一种建筑地基沉降监测系统,属于建筑监测领域。特别涉及一种用于建筑基桩沉降监测使用的监测系统。包括沉降监测标、供能系统、数据传输系统,监测标置于建筑基桩上,且设置有多个,多个监测标等距设置,监测标之间通过光电关联,所述监测标一侧设置有红外发射器,另一端设置有红外接收器,监测标沿着基桩预埋至土层内,监测标位于土层内设置有核验靶,监测标上设置有供能系统,供能系统和对应的光电连接功能,光电结构设置有数据传输系统,多个监测标组合进行监测,形成对应的光电设置,对断点位置进行反馈,通过预埋设置的复核靶进行沉降复核确认。
Building foundation settlement monitoring system
一种建筑地基沉降监测系统
ZHANG BO (Autor:in) / BAI DING (Autor:in) / SUN YONGMING (Autor:in)
10.01.2023
Patent
Elektronische Ressource
Chinesisch
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