scanned-laser 中文意思是什麼
scanned-laser
解釋
掃描激光器-
Based pc, d / a convertor and 2 - dimension galvanometer scanning system, laser marking control system is built. coordinate data scanned and kept in the computer are transformed into the analog signals by d / a converter, then control the galvanometer to deflexion
基於pc 、 d / a轉換器和二維振鏡掃描系統搭建激光打標機控制系統，將存儲在主控計算機的掃描坐標點的坐標數據通過d / a轉換，將數字信號轉換成模擬信號來控制振鏡偏轉。 -
In the system, the collimation semiconductor laser - scanned beam scanning two perpendiculars direct of one plane of the measured workpiece at the same time is made. the beams with the dimension information of two perpendiculars direct are processed by the scanning receive system, the high - speed photoelectric transition and electronic data process. two measured results of the diametric directs and ellipse tolerance, etc, parameter, of the turning workpiece on the same plane are obtained by non - contact automatic measurement
在單向激光掃描檢測技術的基礎之上，提出了一種雙向激光掃描檢測系統，其採用激光掃描檢測技術與特殊光學系統相結合，用準直半導體激光掃描光束對被測工件徑向某一截面的兩個相互垂直方向同時掃描，經掃描接收光學系統、高速光電變換、電子學系統和微機數據處理系統，對將攜帶有垂直方向被測量信息的光束進行處理，實現了回轉體工件同一截面兩個垂直方向的徑向尺寸和橢圓度等參數的非接觸自動測量，解決了同時非接觸測量回轉體零件同一截面兩個徑向尺寸的難題，它具有高速，高精度和非接觸自動測量等特點。 -
Laser - scanned measuring for the diameter system involved optics, laser, electronics, computer and mechanics etc, in the system, a visible laser is taken as its light source, the geometric parameter of the measured object is transformed into the electrical sighals by a scanning optical system and an opto - electronic transformation system, the measured result is given and displayed by the computer real time data processing
激光掃描測徑儀系統是一種基於光學技術、現代激光、電子學、計算機、精密機械等多學科技術於一體在線檢測系統。它是用可見激光作為光源，把被測對象的幾何尺寸經過掃描光學系統和光電變換系統轉變成電信號，再由計算機進行實時數據處理，給出測量結果，並數字顯示。 -
Scanned - laser microscope
掃描激光顯微鏡 -
On the basic of analysizing, the general methods for measuring larger size of workpiece, a new tape laser - scanned on - line inspecting system based on the principle of lois - a sphere reflect laser - scanned on - line inspecting systems, ( srlois ) is presented in this paper
本文基於透射式激光掃描檢測原理，在分析測量工件較大尺寸的一般方法基礎上，提出一種新型的激光掃描檢測系統? ?球面反射式激光掃描在線檢測系統。 -
The characteristics of reverse engineering of real parts are investigated, with the methods of data acquisition ; the strategies and process of surface construction based on laser - scanned point cloud are presented ; the process of 3 - d expression based on real parts is indicated ; the methods of variant design through reverse engineering of real parts ; the process of variant design based on assembly models is presented
研究了實物反求的特點和數據採集的方法，重點分析了非接觸式數據採集的原理和方法；總結了基於激光掃描點雲進行曲面構建的流程和方法；提出基於實物樣件進行三維表達的流程；研究了通過實物反求進行改型設計的方法，提出基於實物反求進行改型設計的流程。 -
Based on laser - scanned inspecting technology, grating displacement measuring technology, close - loop servo control technology, computer real - time control and data processing technology, a bullet corre dimension optoelectronic comprehensive measuring system is presented, which is used to non - contact measurement of dimensions for the bullet core part of armor - piercing bullet
基於激光掃描檢測技術、光柵位移檢測技術、閉環伺服控制技術和計算機實時控制與數據處理技術，提出了一種用於穿甲彈彈芯零件尺寸非接觸測量的彈芯尺寸光電綜合檢測系統。 -
Laser - scanned on - line inspection system ( lois ) involving laser, optics, electronics, fine mechanics, opto - electronic transformation and computer etc, is used to realize high speed and accuracy, non - contact and on - line inspection for rotating body types of parts, in the system, a visible laser is taken as its light source, the geometric parameter of the measured object is transformed into the electrical signals by a scanning optical system and an opto - electronic transformation system, the measured result is given and displayed by the computer real - time data processing
激光掃描在線檢測系統是一種基於激光技術、光學、電子學、精密機械、光電傳感技術及計算機等多學科技術於一體的高精度、高速度、非接觸在線檢測系統。它是用可見激光作為光源，把被測對象的幾何尺寸經過掃描光學系統和光電變換系統轉變成電信號，再由計算機進行實時數據處理。給出測量結果，並數字顯示。 -
Recently laser scan technology has been improved significantly and becomes a viable option in capturing geometries of complicated objects. meshes reconstructed from scanned data are capable of representing complex shapes for product design and biological shapes for computer animation and games
近些年裡隨著三維數據采樣設備的長足進步以及計算機存儲單元價格的日漸降低，復雜拓撲結構的曲面造型在產品設計及計算機動畫角色造型中日益普及。
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