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Intelligent building foundation pit support monitoring system
The invention discloses an intelligent building foundation pit support monitoring system, which comprises a monitoring box and a steel cable lead, and is characterized in that the outer wall of the monitoring box is connected with a ground fixing mechanism; the number of the steel cable leads is multiple, and a monitoring feedback mechanism is connected between each steel cable lead and the monitoring box. The multiple steel cable leads are distributed along the supporting structure on the inner wall of the foundation pit, and due to the fact that the steel cable leads have certain flexibility, the steel cable leads can be conveniently connected and attached to different concave-convex positions of the supporting structure, and all the positions of the supporting structure from top to bottom can be conveniently monitored; once a certain section of the supporting structure collapses or is scattered, the whole tightened steel cable lead is directly subjected to acting force, a movable clamping block at the telescopic end of a hydraulic telescopic rod in a terminal monitoring box is extruded and folded, and the process triggers a first pressure sensing switch on an extension block at the tail end of the terminal monitoring box in a linkage mode to trigger a signal lamp. Meanwhile, the intelligent alarm is triggered.
本发明公开了一种智慧建筑基坑支护监测系统,该监测系统包括:监测箱和钢索引线,所述监测箱的外壁上连接有固地机构;所述钢索引线存在多根,并且每根所述钢索引线均与所述监测箱之间连接有监测反馈机构。本发明多根钢索引线沿着基坑内壁的支护结构分布,由于钢索引线具有一定柔性,方便连接贴合支护结构的不同凹凸位置,方便监测支护结构从上至下各个位置,并且由于铺设的钢索引线处于绷紧状态,一旦支护结构某一段位置发生崩塌或者散开时,整根绷紧的钢索引线便直接受到作用力,造成终端监测箱内液压伸缩杆伸缩端的活动卡块挤压收合,此过程联动触发其末端的延伸块上的第一压力感应开关,触发信号灯,同时触发智能警报器。
Intelligent building foundation pit support monitoring system
The invention discloses an intelligent building foundation pit support monitoring system, which comprises a monitoring box and a steel cable lead, and is characterized in that the outer wall of the monitoring box is connected with a ground fixing mechanism; the number of the steel cable leads is multiple, and a monitoring feedback mechanism is connected between each steel cable lead and the monitoring box. The multiple steel cable leads are distributed along the supporting structure on the inner wall of the foundation pit, and due to the fact that the steel cable leads have certain flexibility, the steel cable leads can be conveniently connected and attached to different concave-convex positions of the supporting structure, and all the positions of the supporting structure from top to bottom can be conveniently monitored; once a certain section of the supporting structure collapses or is scattered, the whole tightened steel cable lead is directly subjected to acting force, a movable clamping block at the telescopic end of a hydraulic telescopic rod in a terminal monitoring box is extruded and folded, and the process triggers a first pressure sensing switch on an extension block at the tail end of the terminal monitoring box in a linkage mode to trigger a signal lamp. Meanwhile, the intelligent alarm is triggered.
本发明公开了一种智慧建筑基坑支护监测系统,该监测系统包括:监测箱和钢索引线,所述监测箱的外壁上连接有固地机构;所述钢索引线存在多根,并且每根所述钢索引线均与所述监测箱之间连接有监测反馈机构。本发明多根钢索引线沿着基坑内壁的支护结构分布,由于钢索引线具有一定柔性,方便连接贴合支护结构的不同凹凸位置,方便监测支护结构从上至下各个位置,并且由于铺设的钢索引线处于绷紧状态,一旦支护结构某一段位置发生崩塌或者散开时,整根绷紧的钢索引线便直接受到作用力,造成终端监测箱内液压伸缩杆伸缩端的活动卡块挤压收合,此过程联动触发其末端的延伸块上的第一压力感应开关,触发信号灯,同时触发智能警报器。
Intelligent building foundation pit support monitoring system
一种智慧建筑基坑支护监测系统
CHU XINHUI (author)
2022-03-18
Patent
Electronic Resource
Chinese
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