A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge detection device and using method thereof
The invention relates to a bridge detection device and a using method thereof. The device comprises detection mechanisms for detecting the bottom of a bridge body, wherein two sets of detection mechanisms are arranged; the two sets of detection mechanisms are oppositely arranged on two sides of the bridge body; the detection mechanism comprises a beam arm and a cantilever beam; the beam arms are perpendicular to the road surface of the bridge body; the cantilever beam is horizontally located under the bridge body; a driving assembly used for driving the detection mechanisms to move in the length direction of the bridge body is arranged between the beam arms and the bridge body; an adjusting assembly is arranged between the bottom of the beam arm and the cantilever beam; the adjusting assembly enable the cantilever beam to horizontally move between the beam arms in the width direction of the bridge body; and when the bridge body is repaired, the two cantilever beams move oppositely andare in butt joint with each other; and when the bridge detection device passes through a bridge pier, the two cantilever beams are separated from each other and move in the directions deviating from each other. The bridge detection device has the advantages that traffic on the road surface of the bridge body is not affected, detection work on the bottom of the bridge body is completed, and meanwhile, continuous operation can be achieved when the device passes through the bridge piers.
本申请涉及桥梁检测装置及其使用方法，其包括用于检测桥体底部的检测机构，检测机构设置有两组，且两组检测机构在桥体的两侧相对设置，检测机构包括梁臂和悬梁，梁臂与桥体的路面垂直设置，悬梁水平的位于桥体的正下方，且梁臂和桥体之间设置有用于带动检测机构沿着桥体长度方向移动的驱动组件，梁臂的底部和悬梁之间设置有调节组件，调节组件使悬梁沿着桥体的宽度方向与梁臂之间水平移动，当在对桥体检修时，两个悬梁相向移动并相互对接；当经过桥墩时，两个悬梁相互分开并向相互背离的方向移动。本申请具有使桥体路面上的交通不受到影响，并完成对桥体底部检测工作，同时在经过桥墩时还可以连续作业的效果。
Bridge detection device and using method thereof
The invention relates to a bridge detection device and a using method thereof. The device comprises detection mechanisms for detecting the bottom of a bridge body, wherein two sets of detection mechanisms are arranged; the two sets of detection mechanisms are oppositely arranged on two sides of the bridge body; the detection mechanism comprises a beam arm and a cantilever beam; the beam arms are perpendicular to the road surface of the bridge body; the cantilever beam is horizontally located under the bridge body; a driving assembly used for driving the detection mechanisms to move in the length direction of the bridge body is arranged between the beam arms and the bridge body; an adjusting assembly is arranged between the bottom of the beam arm and the cantilever beam; the adjusting assembly enable the cantilever beam to horizontally move between the beam arms in the width direction of the bridge body; and when the bridge body is repaired, the two cantilever beams move oppositely andare in butt joint with each other; and when the bridge detection device passes through a bridge pier, the two cantilever beams are separated from each other and move in the directions deviating from each other. The bridge detection device has the advantages that traffic on the road surface of the bridge body is not affected, detection work on the bottom of the bridge body is completed, and meanwhile, continuous operation can be achieved when the device passes through the bridge piers.
本申请涉及桥梁检测装置及其使用方法，其包括用于检测桥体底部的检测机构，检测机构设置有两组，且两组检测机构在桥体的两侧相对设置，检测机构包括梁臂和悬梁，梁臂与桥体的路面垂直设置，悬梁水平的位于桥体的正下方，且梁臂和桥体之间设置有用于带动检测机构沿着桥体长度方向移动的驱动组件，梁臂的底部和悬梁之间设置有调节组件，调节组件使悬梁沿着桥体的宽度方向与梁臂之间水平移动，当在对桥体检修时，两个悬梁相向移动并相互对接；当经过桥墩时，两个悬梁相互分开并向相互背离的方向移动。本申请具有使桥体路面上的交通不受到影响，并完成对桥体底部检测工作，同时在经过桥墩时还可以连续作业的效果。
Bridge detection device and using method thereof
桥梁检测装置及其使用方法
XU HONGJUN (author) / XU HAOJIE (author) / ZHANG YONGMING (author) / GU SHILEI (author)
2020-10-13
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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