A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of bridge detection, and particularly relates to a concrete bridge pier flaw detection device which comprises a lead screw sliding assembly, a linear sliding assembly, a coaxial assembly and a driving water wheel assembly, and the lead screw sliding assembly and the driving water wheel assembly are fixed to the side face of a bridge pier through steel nails. The driving water wheel is driven by water flow to serve as a power output end, the problem of an external power source is avoided, the problem that equipment can only conduct one-way detection is solved through the linear sliding assembly, and bidirectional movement of the equipment is achieved by driving connection of a gear, a forward gear and a reverse gear through a sliding block; the screw rod sliding assembly and the driving water wheel assembly are installed on the bridge pier, when detection is needed, workers only need to install the linear sliding assembly, the coaxial assembly and the flaw detector, the equipment can automatically operate, concrete flaw detection is carried out, and the applicability of the device is improved.
本发明属于桥梁检测技术领域，具体涉及一种混凝土桥墩探伤装置,包括丝杆滑动组件、直线滑动组件、共轴组件和驱动水轮组件，所述丝杆滑动组件和驱动水轮组件均通过钢钉固定在桥墩的侧面。本发明通过水流带动驱动水轮作为动力输出端，避免了外接电源的问题，并且通过直线滑动组件解决了设备只能单向检测的问题，通过滑块带动齿轮与正向和反向齿轮的连接来实现设备的双向运动，使得超声波探伤仪能够重复的多此运作，保证结果的准确性，丝杆滑动组件和驱动水轮组件本身是安装在桥墩上，需要检测时，工作人员只需要把直线滑动组件、共轴组件和探伤仪安装上后，设备会自行运作，进行混凝土探伤检测，增加了装置的适用性。
The invention belongs to the technical field of bridge detection, and particularly relates to a concrete bridge pier flaw detection device which comprises a lead screw sliding assembly, a linear sliding assembly, a coaxial assembly and a driving water wheel assembly, and the lead screw sliding assembly and the driving water wheel assembly are fixed to the side face of a bridge pier through steel nails. The driving water wheel is driven by water flow to serve as a power output end, the problem of an external power source is avoided, the problem that equipment can only conduct one-way detection is solved through the linear sliding assembly, and bidirectional movement of the equipment is achieved by driving connection of a gear, a forward gear and a reverse gear through a sliding block; the screw rod sliding assembly and the driving water wheel assembly are installed on the bridge pier, when detection is needed, workers only need to install the linear sliding assembly, the coaxial assembly and the flaw detector, the equipment can automatically operate, concrete flaw detection is carried out, and the applicability of the device is improved.
本发明属于桥梁检测技术领域，具体涉及一种混凝土桥墩探伤装置,包括丝杆滑动组件、直线滑动组件、共轴组件和驱动水轮组件，所述丝杆滑动组件和驱动水轮组件均通过钢钉固定在桥墩的侧面。本发明通过水流带动驱动水轮作为动力输出端，避免了外接电源的问题，并且通过直线滑动组件解决了设备只能单向检测的问题，通过滑块带动齿轮与正向和反向齿轮的连接来实现设备的双向运动，使得超声波探伤仪能够重复的多此运作，保证结果的准确性，丝杆滑动组件和驱动水轮组件本身是安装在桥墩上，需要检测时，工作人员只需要把直线滑动组件、共轴组件和探伤仪安装上后，设备会自行运作，进行混凝土探伤检测，增加了装置的适用性。
Concrete bridge pier flaw detection device
一种混凝土桥墩探伤装置
2021-12-10
Patent
Electronic Resource
Chinese
| European Patent Office | 2018
REINFORCING FITTING FOR CONCRETE BRIDGE PIER AND REINFORCING METHOD FOR CONCRETE BRIDGE PIER
| European Patent Office | 2018