cutter axis 中文意思是什麼
cutter axis
解釋
刀盤軸線-
As a result, the spiral cutting contact points " tracks are successfully created on the surface of the blade for 4 or 5 axis high speed milling, it is shown that the spiral cutting contact points " tracks generated by both methods can satisfy the calculation of the cutter location with perfect simulation results
最終在葉片表面構造了適合四、五坐標聯動機床高速加工的螺旋切觸點軌跡。經實例驗證，本文所規劃的螺旋加工切觸點軌跡能夠滿足刀位點的計算，並取得了良好的模擬效果。 -
Research on the design of helical milling cutter with a constant angle to the axis
有關與軸線成定角的螺旋銑刀刃口設計問題 -
Machining experiments are finished on a mini precision machining cutter, in the process the nc codes can be used and the cutter radius compensation algorithm of five - axis linked nc machining cutter is turned to be correct
在小型精密數控機床上進行了加工實驗，驗證數控代碼的可行性及五軸聯動數控機床刀具補償演算法的正確性 -
The enactment of the cutter is one of the important factor, in the aspect of cutter compensation, it only has radius compensation and length compensation in planar. in three - dimensions, especially on five - axis tandem drive numerical control machine, it still need further study. so in order to improve the working accuracy of numerical control machine, the study of five - axis cutter radius compensation in this paper is very useful
刀具的設定是影響機床加工精度的重要因素之一，就刀具補償而言，目前的數控機床只是在二維空間內具有刀具半徑補償、及刀具長度補償，三維空間內的刀具補償，特別是在五軸聯動數控機床上，由於刀具擺動軸的出現，使得刀具補償難以實現，還需進一步深入研究。 -
The part represented by the polygon of the half section profile in its axis plane and cutter ' s trajectories for recording and arranging machining errors data are presented based on the analysis of the geometrical characteristics of the part and machining in turning process
摘要根據車削加工工件的幾何外形和成形特點，提出了包含加工誤差信息的回轉體類工件半剖輪廓多邊形建模方法和記錄、組織加工誤差信息的刀具軌跡法。 -
Finally, the machining simulation with nc machining codes generated is taken in the virtual machining environment and cutter model of five - axis nc machining cutter in the vericut machining simulation soft. the results are compared and analyzed deeply
最後，本文應用vericut加工模擬軟體，建立了五軸數控機床的虛擬加工環境及刀具模型，對已生成的數控代碼進行加工模擬，並對模擬結果進行了詳細的比較和分析。 -
The result shows that the change of cutter axis vector is distributed very well, and no interference occurs between the cutter and the impeller. further more the efficiency and the quality of machined surface were improved
結果表明，採用分段側銑的方法，生成的刀位軌跡刀軸矢量變化均勻，刀軸未發生干涉，且加工效率和加工質量明顯得到提高。 -
Chapter three analyzes copy machining methods and research status, and proposes methodologies through which a three - axis nc cutter path can be directly generated from massive data points with contact or non - contact measuring devices
第三章對仿型加工理論和發展進行分析和研究，結合加工路徑生成理論和方法，提出基於測點數據的直接仿型加工方法，並對具體實現方案進行探討。
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