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laser tracking 鐳射跟蹤。

laser-print

Methodology for absolute measurement is proposed by using an outside installation mechanism in laser tracking measurement system , which has an important reference value in practicality in high accuracy assembly and inspection of large - scale mechanical field . spherical tracking servo mechanism “ s model described in this paper not only is a new thought but also have much reference value in the mechanical design and other industrial machines design 本文提出的外置式激光跟蹤測距系統應用于無導軌曲線測量的設計方法在大型機械現場組裝與安裝中具有較高的參考價值和實用價值,提出的球形跟蹤伺服機構的設計思想,不僅簡化了伺服機構,對跟蹤伺服機構的設計提供了新思路,而且對機器人設計及其他工業領域機構設計都具有一定的參考價值。

The principle of outside installation mechanism in laser tracking measurement system is introduced and a spherical mechanism method is adopted to design the 2d tracking circumrotatory mechanism according the development of laser tracking measurement system in global 作者根據國內外激光跟蹤測量系統發展情況,介紹了外置式激光跟蹤測距系統的原理,采用球形跟蹤伺服裝置的設計思想,設計了兩維旋轉跟蹤伺服裝置。

Laser tracking interferometry , which is a developing absolute distance measurement technology , is extensively applied in large - scale high accuracy assembly and inspection of product lines in aerospace , automobile , machine building and water and electricity construction 激光跟蹤測量是近年來發展起來的一種無導軌精密測長技術,可以應用于航天航空、機械制造及水電建筑等行業的大型機械現場組裝與安裝。

Therefore , it is significant and urgent to develop a lts independent of laser interferometer ( that is methodology of outside installation mechanism in laser tracking measurement system ) 因此研究獨立于激光干涉儀的跟蹤系統? ?外置式激光跟蹤測距系統非常有意義。

Measurement of optical error of cat ' s eye retro - reflector in laser tracking 3d coordinates measuring system 激光跟蹤三維坐標測量系統中貓眼光學誤差的測量

Finally , the developing trend of laser tracking system for dynamic measurement is also discussed 最后對動態跟蹤測量的發展趨勢進行討論。