云南水力发电2024,Vol.40Issue(2) :46-48,100.DOI:10.3969/j.issn.1006-3951.2024.02.012

缩短藏区大型水电站大比例尺测图时间

Shortening the Time for Large Scale Mapping of Large Hydropower Stations in Tibet

黄金贤
云南水力发电2024,Vol.40Issue(2) :46-48,100.DOI:10.3969/j.issn.1006-3951.2024.02.012

缩短藏区大型水电站大比例尺测图时间

Shortening the Time for Large Scale Mapping of Large Hydropower Stations in Tibet

黄金贤1
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作者信息

  • 1. 澜沧江流域RM测量中心,西藏 昌都 854525
  • 折叠

摘要

针对西藏高海拔施工区地质条件的特殊性,采用传统大比例尺测图难点在于地形测量时间长,投入人员、设备多,并且该水电站地势险要,岸坡陡峭,两岸只有前期勘探时的一条施工便道供测量人员使用,在开展测量时不仅会花费较长的时间在路途中,而且工作效率极低,鉴于两岸植被稀少,碎屑流密集,表层岩土呈现风化状态,松散易塌滑,测量时存在很大的安全隐患.为彻底解决使用传统测量过程中过多消耗时间的问题,发现测区现场植被较少,遮挡物较少,基本为裸露的岩体,使用无人机D2000+LiDAR专业无人机测量技术来替代传统的全站仪测图方法.

Abstract

In view of the particularity of geological conditions in the high-altitude construction area in Xizang,the difficulty of traditional large-scale mapping is that the topographic survey takes a long time and involves many personnel and equipment.And the terrain of the hydropower station is treacherous,with steep bank slopes,and only one construction access road from the early exploration on both sides is available for surveyors to use.When conducting measurements,it not only takes a long time on the road,but also has extremely low work efficiency.Given the sparse vegetation on both sides,dense debris flow,and weathered surface rock and soil,which are loose and prone to collapse,there are significant safety hazards during measurement.In order to completely solve the problem of excessive time consumption in the traditional measurement process,as there is less vegetation and less obstruction in the measurement area,which is basically exposed rock mass,the D2000+LiDAR professional drone measurement technology is used to replace the traditional total station mapping method.

关键词

高海拔地区/大比例尺测图/全站仪/无人机D2000+LiDAR

Key words

high altitude area/large scale mapping/total station/drone D2000+LiDAR

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出版年

2024
云南水力发电
云南水力发电工程学会

云南水力发电

影响因子:0.213
ISSN:1006-3951
参考文献量6
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