A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mine utility tunnel technology, mine utility tunnel and mine system
The invention relates to a mine comprehensive pipe rack process, a mine comprehensive pipe rack and a mine system. The mine comprehensive pipe gallery technology comprises the steps that A, whether a mine has an existing channel or not is explored; b, when no existing channel exists in the exploration area, a first channel is excavated to communicate the low-position industrial facility with the high-position industrial facility, and then a pipe cable connecting the low-position industrial facility with the high-position industrial facility is laid along the first channel; and step C, when an existing channel exists in the exploration area, excavating a second channel communicated with the existing channel so as to communicate the low-position industrial facility with the high-position industrial facility by using the existing channel and the second channel, and then laying a pipe cable for connecting the low-position industrial facility with the high-position industrial facility along the second channel and the existing channel communicated with the second channel. According to the mine comprehensive pipe gallery process, the pipe cable is laid in the underground passage of the mine, a series of problems caused by laying the pipe cable along the ground surface in the related technology can be avoided, meanwhile, the weather resistance of the pipe cable is improved, and the laying cost of the pipe cable is reduced.
本发明涉及一种矿山综合管廊工艺、矿山综合管廊及矿山系统。矿山综合管廊工艺包括：步骤A，勘查矿山是否有既有通道；步骤B，当勘查区域内无既有通道时，开挖第一通道以连通低位工业设施和高位工业设施，而后沿第一通道敷设连接低位工业设施和高位工业设施的管缆；步骤C，当勘查区域内有既有通道时，开挖与既有通道连通的第二通道以利用既有通道和第二通道连通低位工业设施和高位工业设施，而后沿第二通道和与其连通的既有通道敷设连接低位工业设施和高位工业设施的管缆。本发明的矿山综合管廊工艺在矿山的地下通道内敷设管缆，能够避免相关技术中管道沿地表敷设管缆代来的一些列问题，同时提升了管缆的耐候性，降低了管缆的敷设的成本。
Mine utility tunnel technology, mine utility tunnel and mine system
The invention relates to a mine comprehensive pipe rack process, a mine comprehensive pipe rack and a mine system. The mine comprehensive pipe gallery technology comprises the steps that A, whether a mine has an existing channel or not is explored; b, when no existing channel exists in the exploration area, a first channel is excavated to communicate the low-position industrial facility with the high-position industrial facility, and then a pipe cable connecting the low-position industrial facility with the high-position industrial facility is laid along the first channel; and step C, when an existing channel exists in the exploration area, excavating a second channel communicated with the existing channel so as to communicate the low-position industrial facility with the high-position industrial facility by using the existing channel and the second channel, and then laying a pipe cable for connecting the low-position industrial facility with the high-position industrial facility along the second channel and the existing channel communicated with the second channel. According to the mine comprehensive pipe gallery process, the pipe cable is laid in the underground passage of the mine, a series of problems caused by laying the pipe cable along the ground surface in the related technology can be avoided, meanwhile, the weather resistance of the pipe cable is improved, and the laying cost of the pipe cable is reduced.
本发明涉及一种矿山综合管廊工艺、矿山综合管廊及矿山系统。矿山综合管廊工艺包括：步骤A，勘查矿山是否有既有通道；步骤B，当勘查区域内无既有通道时，开挖第一通道以连通低位工业设施和高位工业设施，而后沿第一通道敷设连接低位工业设施和高位工业设施的管缆；步骤C，当勘查区域内有既有通道时，开挖与既有通道连通的第二通道以利用既有通道和第二通道连通低位工业设施和高位工业设施，而后沿第二通道和与其连通的既有通道敷设连接低位工业设施和高位工业设施的管缆。本发明的矿山综合管廊工艺在矿山的地下通道内敷设管缆，能够避免相关技术中管道沿地表敷设管缆代来的一些列问题，同时提升了管缆的耐候性，降低了管缆的敷设的成本。
Mine utility tunnel technology, mine utility tunnel and mine system
矿山综合管廊工艺、矿山综合管廊及矿山系统
SHI SHIHU (author) / WEN ZHENJIANG (author) / AN JING (author) / YUAN QUNDI (author) / GUO XIAOGANG (author) / HE MAOKUN (author) / CHEN QINGGANG (author)
2023-09-19
Patent
Electronic Resource
Chinese
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