radius compensation 中文意思是什麼
radius compensation
解釋
徑差補償- radius : n （pl radii ）1 半徑；半徑范圍。2 【解剖學】橈骨。3 （車輪的）輻；【物理學】輻射線；【無線電】徑...
- compensation : n 賠償；補償（金）；報酬 （for）；〈美國〉薪水，工資 （for）; 【機械工程】補整；【造船】補強。com...
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Cutter radius compensation method with b - spline curves
樣條曲線刀具半徑補償方法 -
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。 -
This paper deduces a general formula of two - dimension cutter radius compensation fit to linear interpolation. and according to the space transition theory, the cutter radius compensation algorithm of cutter position in three - dimension space is obtained
因此本文以提高數控機床加工精度為目的，研究五軸聯動數控機床的刀具半徑補償問題既有重大的理論價值，又有重要的現實意義。 -
Precision measurement method for spatial cams and probe - radius compensation method are presented in this paper according to spatial cam characteristics, and a specified measure program that can realize real - time probe - radius compensation is programmed
摘要根據空間凸輪的特點，給出了空間凸輪精密測量及剛球半徑補償方法，並編制了可實現實時測球半徑補償的空間凸輪專用測量程序。 -
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。 -
At the same time, for the equidistant surface in practical measurement, special search method is applied for automatic segmentation, so the normal vector of the data at arbitrary position of the space is solved, then radius compensation of probe is implement. so the return is realized from equidistant surface to real measurement surface
針對實際測量中得到的等距曲面，採用空間搜索的方法對數據點分塊，求取了任意測量點法矢，提出了測頭半徑的補償方案，從而實現了由空間等距曲面到被測曲面的復原。 -
The research is based on a type of low - cost desktop rapid prototyping system which replaces the laser with common uv light. in stereolithography process, once the cross - section contours is obtained through the slicing processing on stl model, it is needed to do more data processing such as inside and outside boundaries recognition, facula radius compensation, scanning and path planning to generate process control data
在光固化快速成型工藝中，當由切片軟體對stl模型進行切片處理得到了層片截面輪廓后，為了形成加工控制數據，必須對截面輪廓進行諸如內外輪廓識別、工藝補償、掃描及加工路徑規劃等一系列的工藝數據處理。 -
The research and implementation of algorithm of cutting tool radius compensation in 2 - d surface cnc system
二維數控系統刀具半徑補償演算法的研究與實現 -
Using the post - process soft, the cutter locus files are converted to the numerical control machining codes with the three - dimension cutter radius compensation algorithm
通過編制后處理軟體，將刀路軌跡文件轉化為數控機床可以識別的數控加工代碼，並實現了三維空間內的刀具半徑補償演算法。 -
In this paper the c cutter radius compensation has been accomplished. it needs to compute the intersection point of two motion lines ; therefore, the next motion code must be picked out
本課題要實現的刀具補償為c型刀具補償，由於c型刀具補償需要計算兩段運動軌跡的相交點，所以必須提前提取下一段運動段代碼。 -
System correlative theory research and software design : includes application study on mct8000f4 & dsp, cutter radius compensation, line & arc interpolation, motion segment acceleration & deceleration control, etc. 3
系統相關理論研究與軟體設計：主要包括mct8000f4及dsp基本原理與應用開發、刀具半徑補償、直線和圓弧數值插補、運動段加減速控制等。 -
( 3 ) the direct slicing data are processed in order to accurately extract and reconstruct the data information of the 2d contours. based on it, the radius compensation of laser beam spot, the filling contours and the optimization of the scanning paths are all implemented
（ 3 ）通過對直接分層輪廓進行處理，實現了層片輪廓數據的提取、層片輪廓的重建、激光光斑的補償，以及層片輪廓的填充和掃描路徑的優化。 -
When the instructions of compensation for the tool radius are put to use flexibly, it can simplify nc program and assure the quality of the part that is made on the nc milling machine
摘要介紹在數控銑床上靈活使用刀具半徑補償指令，可使數控編程簡單化，保證被加工零件的質量。 -
The research results include the follows : present some rules for selecting measuring method according to the characteristics of product, study some problems in data preprocessing such as noise removing, probe radius compensation, edge data extracting, sun - regions merging, and local data mending or re - sampling etc. to ensure the part cad models being built and assembled accurately at dimension and shape in re modeling application, three kinds of model modifying techniques are presented such as model - based modifying, drawing - based modifying and physical model - based modifying
這些問題包括：根據產品表面形狀及建模方法，提出了一些選擇測量方法的原則；研究了消除測量數據噪聲信號、 cmm測頭半徑補償、測量數據邊界處理、測量數據塊拼合、數據補缺與補測等測量數據預處理問題。為了解決復雜外形產品re建模經常遇到的零件cad模型配合問題與尺寸精度、形狀精度問題，作者研究了基於cad模型的修正、基於零件圖樣的修正、基於物理模型的修正等三種模型修正技術。 -
According to the rheological properties of melted abs filament during extrusion from fdm ' s nozzle, on the basis of research on extruded filament section shape, the compensation model of ideal contour line is established, and a new technique for compensating inner or outer contour line of workpiece is put forward, which should depend on the real width of extruded filament ( instead of nozzle radius ) and the real dimensional shrinkage of workpiece
根據abs絲從噴頭擠出過程中的流變性能，在研究fdm工藝噴頭擠出絲截面形狀的基礎上，建立了理想輪廓線的補償模型，並提出了根據擠出絲實際寬度（而非噴嘴孔直徑）和零件尺寸實際收縮量補償零件內、外輪廓的新方法，驗證試驗結果表明該補償模型和補償方法正確可行。
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