輪廓鍵控 的英文怎麼說

中文拼音 [lúnkuòjiànkòng]
輪廓鍵控 英文
inner/outer key
  • 輪 : Ⅰ名1 （輪子） wheel 2 （像輪子的東西） wheel like object; ring; disc 3 （輪船） steamer; steamboa...
  • 廓 : Ⅰ形容詞（廣闊） wide; extensive Ⅱ名詞（物體的外緣） outline
  • 鍵 : 名詞1 [機械工程] （使軸與齒輪、皮帶輪等連接並固定在一起的零件） key 2 [書面語] （插門的金屬棍子）...
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 輪廓 : outline; line; lineament; contour profile; rough sketch
  1. Based on the long term study on design knowledge, the principle of nc machine tools design, and visual perception theory, plus result of nc machine tools design task analysis and nc machine tools shape image scale experiments, and by the analysis of case knowledge along with case shape in cbid system, we found the case knowledge classifying regulation which is based on the engineer and designer ’ s nc machine tools design process study, raised the case shape classifying regulation by cooperation of classical mechanical layout and key profile

    通過對cbid系統案例知識和案例造型的分析，基於研究小組對設計知識的長期研究、數控機床產品設計的原則和人類的視知覺原理，輔以數控機床造型設計任務分析實驗和數控機床造型意象尺度實驗的結果，提出了以工業設計師和工程師的數控機床設計思維過程研究為基礎的案例知識分類規則，以及以典型結構布局和關鍵輪廓相結合的案例造型分類規則。
  2. Optics material such as optical glass, optical crystal and glass ceramic can be machined with mrf. the mrf machine tool is the fundamental equipment to fulfill advanced techniques of manufactory. as a part of the key project, “ research on nano - scaled ultra - smooth surface magnetorheological finishing technique ”, the mrf machine cnc system was developed and some key techniques such as surface control, contour control, servo control and interpolate algorithm are deeply studied in this dissertation

    磁流變拋光機床是實現磁流變拋光技術的重要基礎設備，本論文結合「納米級超光滑表面磁流變加工新技術研究」的課題，開發了磁流變拋光機床數控系統，並對其諸如面形控制、輪廓控制、伺服控制及插補演算法等關鍵技術進行了比較深入的研究。
  3. The integration of terrain following / terrain avoidance / threat avoidance is a new technique for the aircrafts to achieve low altitude penetration flight. and the trajectory programming technology is the important base of the design of control laws

    綜合地形跟蹤地形迴避威脅迴避是新一代低空突防飛行的關鍵技術，其中的航跡規劃技術是飛行器低空突防飛行控制律設計的重要依據，通過對航跡的規劃，使得飛行器緊貼地形輪廓安全飛行。
  4. Position control is one of the motion control, it requires high control precision and high trace speed, so how to improve the dynamic characteristic and how to reduce the contour error of the system are the keys of the control

    位置控制是運動控制的一種，它要求較高的控制精度和跟蹤速度，因此如何提高系統的動態特性和減小系統的輪廓誤差是控制的關鍵所在。
  5. By using equable mesh refinement techniques and effectively handling the holes in the gray - image, the car ’ s shape can be exactly reflected 。 second, shape design with vrml and deforming methods of 3d - model based on image is discussed 。 by using warp techniques based on profile of the model, we can easily remesh so as to implement the shape customization 。 finally, entire customization system is discussed and communication mechanism between java applet and servlet and some related technology of jdbc database are analyzed 。 interactive methods in the customization system are introduced to modify appearance and parameter of person - machine effects of the product 。

    本文採用基於特徵輪廓線的深度圖像變形，重建新的三維模型，實現外形的定製。最後，分析了編程中的javaapplet與servlet通訊機制、數據庫等關鍵技術，對整個定製系統構成進行闡述。介紹了定製系統中的交互機制，及定製模塊包括外觀、外形、人機工程、運動控制等來實現產品的個性化定製。
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