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A platform for research: civil engineering, architecture and urbanism
Technical method for entering and excavating pipelines in mountainous area
The invention relates to a mountainous area pipeline entry and excavation technical method. The method comprises the following steps: basic entry requirements; exploring and planning; entering technical requirements; excavating an operation pit; the approach technical requirement comprises terrain judgment; if the gradient is smaller than 35 degrees, the entering mode is preferentially selected according to the sequence of excavator transportation, Z-shaped road construction transportation, mountainous region comprehensive pipe transportation vehicle transportation and mountainous region pipe distribution machine transportation, and if the gradient is between 35 degrees and 45 degrees, the entering mode is preferentially selected according to the sequence of mountainous region comprehensive pipe transportation vehicle transportation and mountainous region pipe distribution machine transportation; if the gradient is larger than 45 degrees, the entering mode is preferentially selected according to the sequence of Z-shaped road transportation, excavator transportation, mountain monorail vehicle transportation, sledge transportation, temporary mine rail transportation and soft rail multifunctional pipe transportation vehicle transportation, and if the gradient is larger than 45 degrees, the entering mode is preferentially selected according to the sequence of aerial cableway transportation and helicopter transportation. The method has the advantages that the pipeline and the first-aid repair equipment can arrive at the site in time, and the first-aid repair efficiency is effectively improved.
本发明涉及一种山区管道进场及开挖技术方法，包括：进场基本要求；勘查与规划；进场技术要求；作业坑开挖；进场技术要求包括判断地形；选择进场方式，若坡度小于35度，按挖掘机运输、修建“Z”型道路运输、山地综合运管车运输、山地布管机运输的顺序优先选用进场方式，若坡度在35度到45度之间，按修建“Z”型道路运输、挖掘机运输、山地单轨车运输、爬犁运输、临时矿山轨道运输、软轨多功能运管车运输的顺序优先选用进场方式，若坡度大于45度，按架空索道运输、直升机运输的顺序优先选用进场方式。优点：该方法使得管道和抢修机具设备及时到达现场，有效提高抢修效率。
Technical method for entering and excavating pipelines in mountainous area
The invention relates to a mountainous area pipeline entry and excavation technical method. The method comprises the following steps: basic entry requirements; exploring and planning; entering technical requirements; excavating an operation pit; the approach technical requirement comprises terrain judgment; if the gradient is smaller than 35 degrees, the entering mode is preferentially selected according to the sequence of excavator transportation, Z-shaped road construction transportation, mountainous region comprehensive pipe transportation vehicle transportation and mountainous region pipe distribution machine transportation, and if the gradient is between 35 degrees and 45 degrees, the entering mode is preferentially selected according to the sequence of mountainous region comprehensive pipe transportation vehicle transportation and mountainous region pipe distribution machine transportation; if the gradient is larger than 45 degrees, the entering mode is preferentially selected according to the sequence of Z-shaped road transportation, excavator transportation, mountain monorail vehicle transportation, sledge transportation, temporary mine rail transportation and soft rail multifunctional pipe transportation vehicle transportation, and if the gradient is larger than 45 degrees, the entering mode is preferentially selected according to the sequence of aerial cableway transportation and helicopter transportation. The method has the advantages that the pipeline and the first-aid repair equipment can arrive at the site in time, and the first-aid repair efficiency is effectively improved.
本发明涉及一种山区管道进场及开挖技术方法，包括：进场基本要求；勘查与规划；进场技术要求；作业坑开挖；进场技术要求包括判断地形；选择进场方式，若坡度小于35度，按挖掘机运输、修建“Z”型道路运输、山地综合运管车运输、山地布管机运输的顺序优先选用进场方式，若坡度在35度到45度之间，按修建“Z”型道路运输、挖掘机运输、山地单轨车运输、爬犁运输、临时矿山轨道运输、软轨多功能运管车运输的顺序优先选用进场方式，若坡度大于45度，按架空索道运输、直升机运输的顺序优先选用进场方式。优点：该方法使得管道和抢修机具设备及时到达现场，有效提高抢修效率。
Technical method for entering and excavating pipelines in mountainous area
一种山区管道进场及开挖技术方法
WANG MINGBO (author) / MA JIANLIN (author) / HE XIAOKANG (author) / LIU KUIRONG (author) / ZHU JIANPING (author) / HOU HAO (author) / CHEN WEIZHOU (author) / ZHOU XIAOLIANG (author) / WU ZONGFANG (author) / LIU TAO (author)
2023-06-23
Patent
Electronic Resource
Chinese
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