A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for prolonging radial width of highway bridge
The invention belongs to the technical field of bridge construction, and particularly relates to a construction method for prolonging the radial width of an expressway bridge, which specifically comprises the following steps: S1, comprehensively observing the appearance, the size and the to-be-widened distance of the bridge floor of the existing expressway bridge from a high place by using an unmanned aerial vehicle module; s2, a suspension module is carried on the unmanned aerial vehicle module, the suspension module comprises a compressed gas cylinder and a balloon, the suspension module can provide suspension force for the man-machine module without consuming power, and meanwhile, a cleaning frame used for cleaning is carried on the unmanned aerial vehicle module; by arranging the suspension module driven by hydrogen, the endurance time of the unmanned aerial vehicle module in the air can be greatly prolonged, so that the unmanned aerial vehicle module can hover at the high altitude for a longer time, the observation efficiency before construction is effectively improved, the unmanned aerial vehicle module does not need to take off and land frequently, and meanwhile, the cleaning frame is arranged; the problem that the sight of the detection module is blocked by sand can be greatly reduced, and the long-term detection function of the unmanned aerial vehicle module is further ensured.
本发明属于桥梁施工技术领域，具体的说是延长高速公路桥梁径向宽度的施工方法，该方法具体为：S1：使用无人机模块从高处全面观察现有高速公路桥梁的桥面的外观、尺寸和需要拓宽的距离；S2：无人机模块上搭载有悬浮模块，悬浮模块包括压缩气瓶和气球，悬浮模块无需消耗电力就可以为人机模块提供悬浮力，同时在无人机模块上搭载有用于清洁的清理框；通过设置氢气驱动的悬浮模块，可以让无人机模块在空中续航的时间大大增加，从而可以更加长久的悬停在高空，进而有效的增加施工前的观察效率，无需频繁起落无人机模块，同时配合清理框的设置，可以大大降低探测模块被风沙阻挡视线的问题，进一步保证了无人机模块的长久探测功能。
Construction method for prolonging radial width of highway bridge
The invention belongs to the technical field of bridge construction, and particularly relates to a construction method for prolonging the radial width of an expressway bridge, which specifically comprises the following steps: S1, comprehensively observing the appearance, the size and the to-be-widened distance of the bridge floor of the existing expressway bridge from a high place by using an unmanned aerial vehicle module; s2, a suspension module is carried on the unmanned aerial vehicle module, the suspension module comprises a compressed gas cylinder and a balloon, the suspension module can provide suspension force for the man-machine module without consuming power, and meanwhile, a cleaning frame used for cleaning is carried on the unmanned aerial vehicle module; by arranging the suspension module driven by hydrogen, the endurance time of the unmanned aerial vehicle module in the air can be greatly prolonged, so that the unmanned aerial vehicle module can hover at the high altitude for a longer time, the observation efficiency before construction is effectively improved, the unmanned aerial vehicle module does not need to take off and land frequently, and meanwhile, the cleaning frame is arranged; the problem that the sight of the detection module is blocked by sand can be greatly reduced, and the long-term detection function of the unmanned aerial vehicle module is further ensured.
本发明属于桥梁施工技术领域，具体的说是延长高速公路桥梁径向宽度的施工方法，该方法具体为：S1：使用无人机模块从高处全面观察现有高速公路桥梁的桥面的外观、尺寸和需要拓宽的距离；S2：无人机模块上搭载有悬浮模块，悬浮模块包括压缩气瓶和气球，悬浮模块无需消耗电力就可以为人机模块提供悬浮力，同时在无人机模块上搭载有用于清洁的清理框；通过设置氢气驱动的悬浮模块，可以让无人机模块在空中续航的时间大大增加，从而可以更加长久的悬停在高空，进而有效的增加施工前的观察效率，无需频繁起落无人机模块，同时配合清理框的设置，可以大大降低探测模块被风沙阻挡视线的问题，进一步保证了无人机模块的长久探测功能。
Construction method for prolonging radial width of highway bridge
延长高速公路桥梁径向宽度的施工方法
LIU LANTAO (author) / ZHANG BAOGUO (author) / LUO MINGSHUAI (author) / CHEN XINGJIE (author) / LI HAIBO (author) / LIU JUNFENG (author) / LI HUIXUN (author) / SHI XIAOYONG (author) / WANG LIFENG (author) / ZHANG CHENGZHI (author)
2022-04-29
Patent
Electronic Resource
Chinese
Construction method for prolonging radial width of highway bridge
| European Patent Office | 2021
| Engineering Index Backfile | 1924
Highway bridge deck construction method of highway-railway dual-purpose bridge
| European Patent Office | 2021