A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of road and bridge engineering, in particular to a flatness detection device for road and bridge engineering construction, which comprises a moving vehicle, and a driving motor is mounted on one side of the moving vehicle. According to the flatness detection device for road and bridge engineering construction, when a concave-convex road surface is met, a sliding rod on one side descends or ascends, so that a conduction copper block is out of contact with a copper rod, an electromagnet on one side loses power, a reset spring on one side rebounds quickly, a piston rod on one side is driven to spray out dye in a suction cylinder from a spray head, and the dye in the suction cylinder is sprayed out from the spray head. After the mobile vehicle runs to a flat road surface, the originally separated conducting copper block is reset, the electromagnet is electrified, the iron block on one side and the piston rod are attracted to move, and the piston rod sucks part of the dye in the storage barrel into the suction barrel again; therefore, the whole device can carry out continuous flatness detection and automatic marking.
本发明涉及道路桥梁工程技术领域，具体为一种道路桥梁工程施工用平整度检测装置，包括移动车，所述移动车的一侧安装有驱动电机。该道路桥梁工程施工用平整度检测装置，当遇到凹凸路面时，此时一侧的滑杆会出现下降或者上升的现象，使得导通铜块与铜棒失去接触，使得一侧电磁铁失电，此时一侧复位弹簧快速回弹，带动一侧活塞杆将抽吸筒内部的染料从喷头喷出，从而对该处凹凸不平的地面进行标记，之后移动车继续行驶，当行驶到平整路面后，使得原先脱离的导通铜块复位，使得电磁铁得电，从而将一侧铁块和活塞杆吸引移动，使得活塞杆将储存筒内部的染料再次吸取一部分至抽吸筒的内部，使得该装置整体能够进行连续性平整度检测以及自动标记。
The invention relates to the technical field of road and bridge engineering, in particular to a flatness detection device for road and bridge engineering construction, which comprises a moving vehicle, and a driving motor is mounted on one side of the moving vehicle. According to the flatness detection device for road and bridge engineering construction, when a concave-convex road surface is met, a sliding rod on one side descends or ascends, so that a conduction copper block is out of contact with a copper rod, an electromagnet on one side loses power, a reset spring on one side rebounds quickly, a piston rod on one side is driven to spray out dye in a suction cylinder from a spray head, and the dye in the suction cylinder is sprayed out from the spray head. After the mobile vehicle runs to a flat road surface, the originally separated conducting copper block is reset, the electromagnet is electrified, the iron block on one side and the piston rod are attracted to move, and the piston rod sucks part of the dye in the storage barrel into the suction barrel again; therefore, the whole device can carry out continuous flatness detection and automatic marking.
本发明涉及道路桥梁工程技术领域，具体为一种道路桥梁工程施工用平整度检测装置，包括移动车，所述移动车的一侧安装有驱动电机。该道路桥梁工程施工用平整度检测装置，当遇到凹凸路面时，此时一侧的滑杆会出现下降或者上升的现象，使得导通铜块与铜棒失去接触，使得一侧电磁铁失电，此时一侧复位弹簧快速回弹，带动一侧活塞杆将抽吸筒内部的染料从喷头喷出，从而对该处凹凸不平的地面进行标记，之后移动车继续行驶，当行驶到平整路面后，使得原先脱离的导通铜块复位，使得电磁铁得电，从而将一侧铁块和活塞杆吸引移动，使得活塞杆将储存筒内部的染料再次吸取一部分至抽吸筒的内部，使得该装置整体能够进行连续性平整度检测以及自动标记。
Flatness detection device for road and bridge engineering construction
一种道路桥梁工程施工用平整度检测装置
LYU SUZHI (author)
2024-03-26
Patent
Electronic Resource
Chinese
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