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针对战时毁伤工程快速抢修,提出采用车载式全站仪测量系统,快速观测遭袭工程的毁伤范围、弹坑位置、直径及深度等信息,利用CASS数字成图软件实时标定成图,并准确计算毁伤面积、计算汇总各个修复方案的抢修工程量,为确定最小的抢修工程量和选择最佳的修复方案提供技术依据。本文从快速观测系统功能设计入手,介绍了观测系统的组成、系统快速定位技术与毁伤数据快速采集方法、弹坑轮廓边界的确定、抢修工程量的计算,并通过对模拟弹坑的实测试验,证明了方法的可行性与先进性。
Aiming at the rapid repair of wartime damage projects, this paper proposed a car-based total station measuring system to quickly observe the damage extent, the location, diameter and depth of the crater, and used CASS digital mapping software to real-time map and accurately calculate Damage area, calculate and summarize the amount of repairs for each repair program, and provide the technical basis for determining the minimum repair project volume and selecting the best repair program. This paper starts with the functional design of the rapid observation system, and introduces the composition of the observation system, the rapid positioning technique of the system and the rapid acquisition method of the damage data, the determination of the contour of the crater boundary and the calculation of the repair engineering quantities. Through the actual test of the simulated crater, Feasibility and advancedness of the method.