测绘与空间地理信息
測繪與空間地理信息
측회여공간지리신식
Geomatics & Spatial Information Technology
2015年
10期
223-224
,共2页
三轴%误差%检验%校正
三軸%誤差%檢驗%校正
삼축%오차%검험%교정
three axis%error%inspection%calibration
阐述了全站仪视准轴、垂直轴和水准轴的几何关系及对测角误差的影响,详细说明了RTS系列全站仪三轴误差的检验和调整方法,使全站仪用户对仪器的轴系误差有初步的了解,有利于用户在使用全站仪过程中有效控制测量误差,保证工程测量精度。
闡述瞭全站儀視準軸、垂直軸和水準軸的幾何關繫及對測角誤差的影響,詳細說明瞭RTS繫列全站儀三軸誤差的檢驗和調整方法,使全站儀用戶對儀器的軸繫誤差有初步的瞭解,有利于用戶在使用全站儀過程中有效控製測量誤差,保證工程測量精度。
천술료전참의시준축、수직축화수준축적궤하관계급대측각오차적영향,상세설명료RTS계렬전참의삼축오차적검험화조정방법,사전참의용호대의기적축계오차유초보적료해,유리우용호재사용전참의과정중유효공제측량오차,보증공정측량정도。
This paper describes the total station collimation axis, vertical axis and the level axis geometric relations and the influence of the angle error, and a detailed description of the test and adjustment method of RTS series total station three axis error of total sta-tion instrument, the user will have a preliminary understanding of shafting error of the instrument, is beneficial for users to effectively control measurement errors in the use of total station instrument in the process, ensure the accuracy of Engineering measurement.