精加工刀軌 的英文怎麼說

中文拼音 [jīngjiāgōngdāoguǐ]
精加工刀軌 英文
finish pass
  • 精 : Ⅰ形容詞1 （經過提煉或挑選的） refined; picked; choice 2 （完美;最好） perfect; excellent 3 （細）...
  • 工 : Ⅰ名詞1 （工人和工人階級） worker; workman; the working class 2 （工作; 生產勞動） work; labour 3 ...
  • 刀 : Ⅰ名詞1 （切、割、削、砍、鍘的工具） knife; sword 2 （形狀像刀的東西） sth shaped like a knife 3 ...
  • 軌 : Ⅰ名詞1. （路軌;軌道） rail; track 2. （比喻辦法、規矩、秩序等） rut; path; course Ⅱ動詞[書面語] （遵循; 依循） follow
  1. With the experiment part, the errors of sk - 21 nc machine tool have been measured, and a serial of data is gotten which lead to the error discrimination. ( 3 ) based on the kinematical theory of mbs, the calculation methods for the ideal center envelop curve of grinding wheel on cam grinding, the practical cutter track, inverse contour of cam, ideal nc instructions, precision nc instructions, the inner / outer normal and the fitting criterion of curve have been all discussed in detail in this paper

    （ 3 ）通過精密加工的約束條件方程，探討理想刀具路線、逆變數控指令與實際刀具軌跡之間的映射關系，解決誤差補償技術提高加工精度的核心問題? ?當要求數控磨床的砂輪中心準確到達給定的理想點時，精密數控指令值究竟該是多少，如何能夠通過計算，獲得這樣的數控指令值，給出經修正的數控指令計算方法。
  2. Tool path is generated by the treatment to the intersection curves between the offset of models " surfaces and drive plane

    對基於實體表面等距面的截平面法精加工刀軌生成演算法進行了研究。
  3. The first one is based on the offset surface of subdivision model. through mapping the original mesh node by node, the offset surface is generated. it can get the interference free tool - path directly from the offset surface without complex interference check and process

    然後實現了兩種精加工刀具軌跡生成方法，一種是基於等距面的截平面法，通過點對點法向映射的方法生成遞歸分割曲面模型法向等距面，由該等距面生成無干涉刀具軌跡。
  4. In the research task supported by the key technologies r & d program in the 9th five - year plan of jiangsu province, the study focuses on the nc milling programming software development method and the corresponding algorithms on the basis of acis. by using the development interfaces provided by acis, the author has made some innovation to tool path generation algorithms. based on acis, a new set operation method of loops is presented in this paper

    藉助acis提供的開發介面實現對一些刀具軌跡生成演算法的創新：提出了一種基於acis的環集合運算方法，該演算法充分利用了acis的功能，使演算法實現過程大大簡化，並提高了演算法效率；設計了一種加工區域識別演算法，該演算法可以識別出由存在復雜嵌套關系的多個型腔環和島嶼環組成的零件幾何模型中的待加工區域；提出了一種實體精加工刀具軌跡生成演算法，該演算法可以自動計算出待加工零件在一個加工方向上所有的刀具軌跡，從而在某些情況下，大大方便數控編程人員完成nc代碼的生成。
  5. This thesis presents methods to generate tool - path for the rough machining and finish machining of subdivision surfaces

    實現了遞歸分割曲面模型數控粗加工和精加工的刀具軌跡生成。
  6. We can make error compensation with the general movement model and the error parameters, after knowing the relationship among the cutter line, the cutter track and nc command, the software of error compensation is developed and the error compensation is realized by correcting nc program, which constitutes the new idea of error compensation

    有了機床運動模型和辨識后的誤差參數，可以對數控機床進行誤差補償，得出刀具路線、數控指令和刀具軌跡之間的關系，對原始數控指令進行誤差補償處理，得到修正後的數控指令，即可實現對工件的精密加工。
  7. The methodology adopted by most existing cam / cnc systems, which uses huge amount of linear segments to approach the original shape and make linear interposition increases the cost of memory size and communication work of the cnc system tremendously. a new approach based on cubic polynomial and b spline interposition to rebuild the cam generated tool path under real time condition is presented in the paper. applications on cnc machine tools showed that the presented approach improves the machining accuracy and increases the cutting speed significantly

    目前大多數cam / cnc系統採用大量小直線段逼近原始曲線和直線插補的做法，只能獲得零階連續的走刀軌跡，逼近精度低，不能保證高速加工運動的平穩性，因而加工精度、光潔度和加工速度都難以提高；由小直線段構成的nc代碼數據量龐大，也增加了數控系統在內存容量和數據傳輸方面的成本。
  8. Optimization of cutting path in complex shape machining of cnc machine tools under high speed and accuracy condition is a crucial problem

    走刀軌跡的優化對復雜型面的高速高精度加工起著十分關鍵的作用。
  9. Linear motion guides are employed in the feed systems of most diamond turning machines

    超精密金剛石切削加工機床的刀具進給機構通常由直線導軌實現。
  10. One pencil is the simulative milling cutter. parameters setting, milling cutter radius compensation, graphics drawing of the work - piece machined, realizing local control, etc. are the tasks of pc, while line & arc interpolation, motion segment acceleration & deceleration control, position protection at a high precision rate and so on are the duty of dsp motion controller. in the end, the system can draw the cutter center track of the work piece ' s program track accurately

    上位pc機主要完成相關參數設定、刀具半徑補償相關運算及繪制被加工工件的輪廓（程編軌跡） 、實現本地控制等內容；下位機dsp控制器則充分利用美國ti公司的tms320c31浮點dsp的高速度、高精度完成運動控制中的實時直線和圓弧數值插補、運動段加減速控制、運動軸行程限位保護等內容。
  11. The milling cutting tool path creative method of representative part is studied in this paper. we optimized several cutting tool paths of the representative part aiming at little fluctuation of cutting force and high precision of superficial quality

    本文針對典型零件的銑削加工，以切削力波動小，表面質量精度高為優化目標對幾種刀具運動軌跡進行優選。
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