path generation造句
造句與例句
手機版
- Tool - path generation in the nc machining ofcompound surfaces
加工刀具軌跡的生成 - Tool path generation based on stl data model
數(shù)據(jù)模型的刀具軌跡生成 - A review of tool - path generation in multi - axis nc machining
多軸數(shù)控加工刀位軌跡的生成技術(shù)綜述 - Path generation algorithm based on improved z - path coverage strategy
路徑覆蓋策略的路徑生成算法 - The tool path generation algorithm is put forward and realized
在此基礎(chǔ)上,設(shè)計實現(xiàn)了基于位圖浮雕的刀具軌跡生成算法。 - Tool path generation for five - axis numerical control machining from laser scan points
基于激光測量點云數(shù)據(jù)的五坐標加工刀軌生成 - Tool path generation for 4 - axis numerical control machining of arbitrary surface blades
任意曲面葉片四坐標數(shù)控加工刀位軌跡的生成方法 - Tool path generation method of planar - section finish machining to surfaces of solid models is studied
研究并實現(xiàn)了兩維半零件的加工刀軌生成算法。 - This thesis studies the algorithms of the tool path generation for nc milling
本文主要研究在通用數(shù)控銑床上加工直齒圓錐齒輪模具電極的nc刀軌自動生成算法。 - The exact process of 0 , 45 and 90 degree fiber placement path generation is showed in this paper
基于該思路,論文給出了0 、 45和90四種角度的具體鋪絲路徑生成過程。 - It's difficult to see path generation in a sentence. 用path generation造句挺難的
- Nc engraving programming technology is investigated in this thesis and the tool path generation algorithm is designed and realized
本文對數(shù)控雕刻編程技術(shù)展開研究,設(shè)計實現(xiàn)了相應(yīng)的加工刀具軌跡生成算法。 - On basis of the previous researches , a new tool - path generation algorithm for three - axis nc rough machining based on solid models is presented
在此基礎(chǔ)上，提出了一種適合實體模型的新的三軸數(shù)控粗加工刀位軌跡生成算法。 - ( 3 ) for the purpose of verifying subdivision surface and its offset algorithms , this paper has advanced nc tool path generation of subdivision surface
( 3 )為了檢驗細分曲面及其等距面算法，本文對細分曲面數(shù)控加工刀軌生成進行了研究。 - For 2 - dof 5 - bar hybrid driven hinged linkages , ‘ two - step synthesis method ’ has been applied to study its path generation synthesis . firstly , the optimization model for
首先建立應(yīng)用rrr級桿組精確再現(xiàn)軌跡的優(yōu)化綜合模型,然后在運動分析的基礎(chǔ)上建立以rrr級桿組作補償運動的優(yōu)化綜合模型。 - Three frequently used nc engraving strategies , i . e . planar profile machining , nest cutting and contour parallel machining are studied . and the corresponding tool path generation functions are implemented
在此基礎(chǔ)上,研究實現(xiàn)了平面輪廓切割、嵌套切割、環(huán)切加工刀具軌跡的規(guī)劃與生成算法。 - And relevant extension is made to suit three - axis rough milling . the tool path generation methods are studied in depth for the machining of pocket - type , raised - type workpieces , and workpieces with open pockets
就零件的可加工性、型腔類零件、凸臺類零件和開型腔的刀軌生成算法進行了深入的研究。 - The optimization models of approximate kinematic synthesis for rigid - body guidance , path generation , and function generation of inverted crank - slide mechanisms have been set up , according to kinematic synthesis equations of rrr and rpr groups
以rrr和rpr級桿組的運動綜合方程為基礎(chǔ),建立導桿剛體導引、軌跡發(fā)生和函數(shù)發(fā)生機構(gòu)的近似運動優(yōu)化綜合方程。 - The optimization of fiber placement paths for composite around - parts is studied , and a triangle algorithm is presented which is easy to implement and can be used for the path generation of free form surface - parts . tow width control and shaping error control are also studied
4 .提出了用于封閉殼體構(gòu)件的纖維鋪放軌跡規(guī)劃的三角形法,具有通用性強、計算簡便的特點;并討論了纖維鋪放的成形精度與絲寬控制方法。 - ( 9 ) a tool - path generation algorithm is researched and implemented based on massive measuring points . the tool - path interference detection and exclusion algorithm is designed . for the first time , the nc machining function based on massive dispersed data points is implemented in cad / cam systems
( 4 )研究并完成了基于海量測量數(shù)據(jù)的數(shù)控加工算法，設(shè)計了刀軌干涉檢查與處理算法，首次在cad / cam系統(tǒng)中實現(xiàn)了基于海量散亂數(shù)據(jù)的數(shù)控加工功能。 - In this dissertation , the key technologies in the development of the cad / cam software based on acis geometric engine are studied in depth . and tool path generation methods are researched with emphasis . the requirements of the manufacturing - oriented cad / cam systems are analyzed
本文以工程應(yīng)用為背景，結(jié)合國家“九五”重點科技攻關(guān)專題，深入研究了基于acis幾何平臺的cad cam系統(tǒng)開發(fā)的相關(guān)技術(shù)，并對其中的數(shù)控加工編程技術(shù)進行了重點研究。
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