无线电工程
無線電工程
무선전공정
RADIO ENGINEERING OF CHINA
2014年
8期
82-84
,共3页
赵振宇%徐玉清%周新建%沈晓强
趙振宇%徐玉清%週新建%瀋曉彊
조진우%서옥청%주신건%침효강
地面工程坡度测量%激光测距仪%倾斜线%标准坡面
地麵工程坡度測量%激光測距儀%傾斜線%標準坡麵
지면공정파도측량%격광측거의%경사선%표준파면
ground-engineering-measuring-slope%laser range finder%gradient line%standard slope
为了提高基于激光测距仪测量地面工程坡度的精度,分析了其测量坡度时存在的问题,阐释了相关原理,结合在标准坡面上多次实测的结果,并考虑在实际测量中较难找准与坡面斜度一致的倾斜线等因素,提出了基于最小值平均的改进方法。经实际测量验证,该方法能满足地面工程坡度测量误差≤1°的要求。
為瞭提高基于激光測距儀測量地麵工程坡度的精度,分析瞭其測量坡度時存在的問題,闡釋瞭相關原理,結閤在標準坡麵上多次實測的結果,併攷慮在實際測量中較難找準與坡麵斜度一緻的傾斜線等因素,提齣瞭基于最小值平均的改進方法。經實際測量驗證,該方法能滿足地麵工程坡度測量誤差≤1°的要求。
위료제고기우격광측거의측량지면공정파도적정도,분석료기측량파도시존재적문제,천석료상관원리,결합재표준파면상다차실측적결과,병고필재실제측량중교난조준여파면사도일치적경사선등인소,제출료기우최소치평균적개진방법。경실제측량험증,해방법능만족지면공정파도측량오차≤1°적요구。
To improve the precision of measuring ground-engineering-grade using laser range finder, this paper analyses the prob-lem of measuring grade using laser range finder and illustrates relevant principles. Based on results of multiple actual measurements on standard slope, and in consideration of the difficulty in finding the inclined line identical with the measuring slope practically, we puts forward an improved method based on the minimum mean. Actual measurement proves that the improved method could conform to the requirement of the ground-engineering-measuring-slope error ≤1°.