矿业工程研究
礦業工程研究
광업공정연구
MINERAL ENGINEEERING RESEACH
2015年
2期
6-8
,共3页
副斜井%贯通测量%三头并进
副斜井%貫通測量%三頭併進
부사정%관통측량%삼두병진
auxiliary slope%holing survey%tunneling from three directions
金庄煤业副斜井贯通采用了相向贯通和追随贯通相结合的“三头并进”方式，并结合使用了 GPS 卫星定位技术、陀螺全站仪矿井定向技术、井下全站仪三角高程与“三架法”相结合的方法进行了贯通测量。结果表明，贯通的实际偏差及各项闭合差均满足《煤矿测量规程》的技术要求，实现了巷道的快速、准确贯通。
金莊煤業副斜井貫通採用瞭相嚮貫通和追隨貫通相結閤的“三頭併進”方式，併結閤使用瞭 GPS 衛星定位技術、陀螺全站儀礦井定嚮技術、井下全站儀三角高程與“三架法”相結閤的方法進行瞭貫通測量。結果錶明，貫通的實際偏差及各項閉閤差均滿足《煤礦測量規程》的技術要求，實現瞭巷道的快速、準確貫通。
금장매업부사정관통채용료상향관통화추수관통상결합적“삼두병진”방식，병결합사용료 GPS 위성정위기술、타라전참의광정정향기술、정하전참의삼각고정여“삼가법”상결합적방법진행료관통측량。결과표명，관통적실제편차급각항폐합차균만족《매광측량규정》적기술요구，실현료항도적쾌속、준학관통。
The method of tunneling from three directions in one roadway is applied to the auxiliary slope cut -through in Jinzhuang Coal Company;meanwhile,the different measurement techniques including GPS satellite positioning technology,total station mine orientation technology,total station triangle elevation,and three support methods are used in the process.Results show that both the actual deviation and the polygon misclosure have met the requirements of Coal Measurement Regulations,realizing the cut -through accurately and rapidly.
