武汉工业大学学报
武漢工業大學學報
무한공업대학학보
JOURNAL OF WUHAN UNIVERSITY OF TECHNOLOGY
2000年
6期
12-13
,共2页
光纤传感%可编程控制%闸门开度%测控
光纖傳感%可編程控製%閘門開度%測控
광섬전감%가편정공제%갑문개도%측공
optic fiber sensing%programmable logically controller%gate opening%measurement and controlling
采用两大先进技术一无丌传感技术与可编程控制技术,研制出了一种新型的光纤开度仪。将其应用于大型船闸闸门(特别是多级船闸)的开度测控,实现了光测光传,提高了检测中的自动化程度。该套系统测量范围宽、测量精度高,重复测量稳定性好及抗干扰能力强,它的应用成功地解决了大型船闸闸门系统的检测与拉制技术难题
採用兩大先進技術一無丌傳感技術與可編程控製技術,研製齣瞭一種新型的光纖開度儀。將其應用于大型船閘閘門(特彆是多級船閘)的開度測控,實現瞭光測光傳,提高瞭檢測中的自動化程度。該套繫統測量範圍寬、測量精度高,重複測量穩定性好及抗榦擾能力彊,它的應用成功地解決瞭大型船閘閘門繫統的檢測與拉製技術難題
채용량대선진기술일무기전감기술여가편정공제기술,연제출료일충신형적광섬개도의。장기응용우대형선갑갑문(특별시다급선갑)적개도측공,실현료광측광전,제고료검측중적자동화정도。해투계통측량범위관、측량정도고,중복측량은정성호급항간우능력강,타적응용성공지해결료대형선갑갑문계통적검측여랍제기술난제
The new kind instrument of optic fiber sensed gate opening was manufactured by use of two advanced optic fiber sensing
technique and programmable logically controlling technique. It can be used in large gate opening (specially in multi—level gate
opening). The instrument is characterized with wide measurement scope, high accuracy, good steady and strong anti—disturbance. It
sloves the technique problem of measurement and controlling in large gate opening because of the successful application of this new kind of instrument.