Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Municipal road construction method
The invention relates to a municipal road construction method. The method comprises the steps: detecting the surrounding environment to determine subsequent actual construction parameters by using a construction detector; digging a groove at the edge of the roadbed; performing layered excavation on the to-be-constructed pavement; backfilling a closed asphalt layer with a specified thickness; coating the hot-melt asphalt layer by using coating equipment; paving gravel, pouring concrete, and maintaining the materials to form a concrete layer; and paving an asphalt layer to finish the construction of the road. According to the invention, the construction detector is used for investigating the on-site environment; the temperature t, the humidity s, the rainfall P and the humidity M in the environment where the construction site is located are detected in sequence; then the parameters are used for calculation to obtain a correction parameter alpha so as to correct the preset strength C of the road. According to the method, subsequent construction process parameters can be ensured to be suitable for a specific environment, the influence of environmental factors on the road can be effectively eliminated, and the influence of the environment and traffic flow can be stabilized after the road is built, so that the construction efficiency of the method is improved.
本发明涉及一种市政道路施工方法，包括：使用施工检测器对周边环境进行检测以确定后续实际施工参数；在路基边缘处开挖沟槽；对待施工路面进行分层挖掘；回填指定厚度的封闭沥青层；使用涂布设备涂布热熔沥青层；铺设碎石子，浇灌并养护混凝土以形成混凝土层；铺设沥青层以完成对道路的施工。本发明通过使用施工检测器对现场的环境进行勘察，依次检测施工地所处环境中的温度t、湿度s、降雨量P和湿度M，通过使用上述参数进行计算得出修正参数α以对道路的预设强度C进行修正，能够保证后续的施工工艺参数能够适用于特定的环境中，能够有效排除环境因素对道路的影响，使道路在建成后能够稳固环境和车流的影响，从而提高了所述方法的施工效率。
Municipal road construction method
The invention relates to a municipal road construction method. The method comprises the steps: detecting the surrounding environment to determine subsequent actual construction parameters by using a construction detector; digging a groove at the edge of the roadbed; performing layered excavation on the to-be-constructed pavement; backfilling a closed asphalt layer with a specified thickness; coating the hot-melt asphalt layer by using coating equipment; paving gravel, pouring concrete, and maintaining the materials to form a concrete layer; and paving an asphalt layer to finish the construction of the road. According to the invention, the construction detector is used for investigating the on-site environment; the temperature t, the humidity s, the rainfall P and the humidity M in the environment where the construction site is located are detected in sequence; then the parameters are used for calculation to obtain a correction parameter alpha so as to correct the preset strength C of the road. According to the method, subsequent construction process parameters can be ensured to be suitable for a specific environment, the influence of environmental factors on the road can be effectively eliminated, and the influence of the environment and traffic flow can be stabilized after the road is built, so that the construction efficiency of the method is improved.
本发明涉及一种市政道路施工方法，包括：使用施工检测器对周边环境进行检测以确定后续实际施工参数；在路基边缘处开挖沟槽；对待施工路面进行分层挖掘；回填指定厚度的封闭沥青层；使用涂布设备涂布热熔沥青层；铺设碎石子，浇灌并养护混凝土以形成混凝土层；铺设沥青层以完成对道路的施工。本发明通过使用施工检测器对现场的环境进行勘察，依次检测施工地所处环境中的温度t、湿度s、降雨量P和湿度M，通过使用上述参数进行计算得出修正参数α以对道路的预设强度C进行修正，能够保证后续的施工工艺参数能够适用于特定的环境中，能够有效排除环境因素对道路的影响，使道路在建成后能够稳固环境和车流的影响，从而提高了所述方法的施工效率。
Municipal road construction method
一种市政道路施工方法
XU QI (Autor:in) / XIE JIEHUANG (Autor:in)
18.09.2020
Patent
Elektronische Ressource
Chinesisch