A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integral lossless clearing system for over-poured concrete of diaphragm wall
The invention discloses a diaphragm wall over-poured concrete integral lossless clearing system, which comprises a lossless clearing complete machine, a communication module and a control terminal, and is characterized in that the lossless clearing complete machine is wirelessly connected with the control terminal through the communication module and performs data interaction with the control terminal; the lossless removing complete machine comprises a steel bar positioning and detecting device and a water milling drill automatic point searching and drilling device, the steel bar positioning and detecting device is located at the front end of the complete machine and used for transmitting signals to the underground diaphragm wall, positioning steel bars in the underground diaphragm wall through signal reflection in the underground diaphragm wall, and removing the steel bars in the underground diaphragm wall through the water milling drill automatic point searching and drilling device. And the water milling drill automatic point searching and drilling equipment drills holes in the corresponding positions of the diaphragm wall according to the positioned steel bars. According to the scheme, on the premise that steel bars in an over-grouting area are effectively protected from being damaged, efficient silent breaking of the over-grouting concrete of the diaphragm wall is achieved, meanwhile, the integrity of generated concrete blocks is guaranteed, follow-up recycling and reusing are facilitated, and green and efficient construction is achieved.
本发明公开了一种地连墙超灌混凝土整体无损清除系统，包括无损清除整机，通信模块以及控制终端，所述无损清除整机通过通信模块与控制终端无线连接并相互进行数据交互，所述无损清除整机包括钢筋定位检测设备、水磨钻自动寻点与钻进设备，所述钢筋定位检测设备位于整机的前端，对地连墙进行信号发射，通过地连墙内的信号反射对地连墙内的钢筋进行定位，所述水磨钻自动寻点与钻进设备根据定位后的钢筋在地连墙相对应的位置进行钻孔。本方案可以在有效保护超灌区域钢筋不被破坏的前提下，实现地连墙超灌混凝土的高效静音破除，同时保证产生的混凝土块的完整性，有利于后续的回收再利用，实现绿色高效施工。
Integral lossless clearing system for over-poured concrete of diaphragm wall
The invention discloses a diaphragm wall over-poured concrete integral lossless clearing system, which comprises a lossless clearing complete machine, a communication module and a control terminal, and is characterized in that the lossless clearing complete machine is wirelessly connected with the control terminal through the communication module and performs data interaction with the control terminal; the lossless removing complete machine comprises a steel bar positioning and detecting device and a water milling drill automatic point searching and drilling device, the steel bar positioning and detecting device is located at the front end of the complete machine and used for transmitting signals to the underground diaphragm wall, positioning steel bars in the underground diaphragm wall through signal reflection in the underground diaphragm wall, and removing the steel bars in the underground diaphragm wall through the water milling drill automatic point searching and drilling device. And the water milling drill automatic point searching and drilling equipment drills holes in the corresponding positions of the diaphragm wall according to the positioned steel bars. According to the scheme, on the premise that steel bars in an over-grouting area are effectively protected from being damaged, efficient silent breaking of the over-grouting concrete of the diaphragm wall is achieved, meanwhile, the integrity of generated concrete blocks is guaranteed, follow-up recycling and reusing are facilitated, and green and efficient construction is achieved.
本发明公开了一种地连墙超灌混凝土整体无损清除系统，包括无损清除整机，通信模块以及控制终端，所述无损清除整机通过通信模块与控制终端无线连接并相互进行数据交互，所述无损清除整机包括钢筋定位检测设备、水磨钻自动寻点与钻进设备，所述钢筋定位检测设备位于整机的前端，对地连墙进行信号发射，通过地连墙内的信号反射对地连墙内的钢筋进行定位，所述水磨钻自动寻点与钻进设备根据定位后的钢筋在地连墙相对应的位置进行钻孔。本方案可以在有效保护超灌区域钢筋不被破坏的前提下，实现地连墙超灌混凝土的高效静音破除，同时保证产生的混凝土块的完整性，有利于后续的回收再利用，实现绿色高效施工。
Integral lossless clearing system for over-poured concrete of diaphragm wall
一种地连墙超灌混凝土整体无损清除系统
DOU JINZHONG (author) / SUN MIN (author) / HAN LEI (author) / WANG XIAOLIN (author) / HE JUN (author) / WU YUANHAO (author) / WU JIANQIU (author) / FANG XINGJIE (author) / WANG WEI (author) / YUAN QINGYUN (author)
2024-01-23
Patent
Electronic Resource
Chinese
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