進刀速度 的英文怎麼說

中文拼音 [jìndāosùdù]
進刀速度 英文
feed speed
  • 進 : 進構詞成分。
  • 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 ...
  • 速 : Ⅰ形容詞（迅速; 快） fast; rapid; quick; speedy Ⅱ名詞1 （速度） speed; velocity 2 （姓氏） a surna...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 速度 : 1. [物理學] velocity; speed; blast; bat 2. [音樂] tempo3. （快慢的程度） speed; rate; pace; tempo
  1. Main purpose of carbo rubber control regulating wheel, which not only drives work piece to run, but also can control in feed crossing speed during machine operation

    無心調整輪主要用途除了與主輪帶動工件運轉外，並可在機臺作業時做進刀及橫送速度之控制，已達工件精度之要求。
  2. Main purpose of carbo rubber control regulating wheel, which not only drives work piece to run, but also can control in feed crossing speed during machine operation. that achieved the precision requirement of work piece

    無心調整輪主要用途除了與主輪帶動工件運轉外，並可在機臺作業時做進刀及橫送速度之控制，已達工件精度之要求。
  3. It still works well when the mulched straw is more then lot / ha. ( 3 ) an experiment was conducted on a self - made testing equipment to investigate the chopping properties of wheat straw under different conditions. on the basis of testing results, main cutting curves of wheat straw were given under different cutting speeds of rotary blade, with different straw lengths, different moisture contents, different cutting position, different thick of knife edge, with and without shear bar

    （ 3 ）為了研究帶狀粉碎防堵裝置對麥秸的切碎效果，在特製的實驗臺上，應用了虛擬儀器測試技術對不同處理的麥稈進行了切斷試驗，得到了在不同切割速度下對不同長度、不同含水率的麥稈、麥稈的不同切割部位以及有定刀和無定刀情況下的切斷率，為麥秸粉碎裝置的設計提供了依據。
  4. Influences of feed rate on machining precision during grinding metal ceramics blade by diamond grinding wheel

    進給速度對磨削金屬陶瓷刀片精度的影響
  5. The effect of cutting speed, cutting thickness, cutting knife and materials on the working power capacity is discussed. finally tractive property of road plane milling machine is also studied. through the comparison of the results of theory calculation and experimental results the equation of working power capacity of milling machine is modified

    本文對冷式瀝青路面銑刨機的動力學工作過程進行了理論分析與試驗研究，並利用金屬材料切削的基本原理，研究了主切削力，並從能量轉化守恆的角度推導了銑刨機銑刨作業阻力和功率計算公式，討論了機器切削速度、銑刨厚度以及刀具與材料特性對銑刨作業阻力和功率的影響規律，最後討論了銑刨機牽引性能，且通過試驗研究驗證了銑刨作業阻力和功率公式。
  6. Compared with the traditional edge milling machines, this machine series is dismountable in their tracks, more rational in structure by heat - treatment of the bench, more reliable and stable in the milling & turning head ' s running. the feed and feed - back systems are fully independent respectively. the feed - back is quick and is highly efficient. the angle of the milling tool ' s tray is convenient in adjustment, and the custom - built tool rest and the normal tool rest can be inter - converted. they are the updated products of the traditional edge milling machine

    該系列銑邊機與傳統銑邊機相比，其導軌安裝形式為可拆裝式，並通過熱處理，床身結構更合理，銑削頭運行更平穩可靠，其進給系統與返程系統完全獨立，返程速度快、效率高、銑刀盤的角度調整方便，定製刀盤與標準刀盤可互換，是傳統銑邊機的更新換代產品。
  7. In this study, based on bispectrum and bicoherence extraction of vibration acceleration signals at spindle end of a vertical machining center while milling operation, change rules of bispectrum and bicoherence of the signals were analyzed for the progressive wearing process of the flank wear land of the milling cutters

    通過提取銑削加工過程中機床主軸端振動加速度信號的雙譜及其雙相干系數，分析了銑刀后刀面漸進磨損過程雙譜及其雙相干系數的變化規律。
  8. Test conditions for machining centers - part 6 : accuracy of feeds, speeds and interpolations

    多工序自動數字控制機床加工中心的試驗條件.第6部分:進刀速度和內插補的精確度
  9. Abstract : the mathematical model of reverse - rotary til ler was derived on the basis of relationship between design parameters ( includin g geometric parameters and motive parameters ) and power consumption

    文摘:該文對潛土逆轉旋耕機刀片的切削過程進行了受力分析，建立了同時含有兩種設計參數（刀片的幾何參數和旋耕機的基本速度參數）的功耗模型。
  10. The feedrate in tangential direction was adjusted by the fuzzy velocity controller for reducing the worst burrs and defects to obtain better quality contour

    而模糊速度控制器被用來調節工具進給速度，從而徹底清除較大的毛刺，避免損害工件和刀具，得到理想的加工表面。
  11. This method has the advantages of no need of dismantling the cutterhead at heading face place, no need of setting up vertical shaft or operation corridor, less construction difficulty, quick reparation and low cost

    該方法無需在掘進面拆解刀盤、建豎井或工作廊道，施工難度小，修復速度快，費用低。
  12. Applies taguchi method for optimizing the turning operations about the depth of cut, cutting speed and feed rate after obtaining every factor with different level ' s mean surface roughness and s / n

    摘要應用田口法對切削速度、背吃刀量以及每齒進給量三個主要影響表面粗糙度的因素進行分析，求出各個因素不同水平的平均表面粗糙度和信噪比（ s / n ） ，得到最優切削參數。
  13. The polar coordinates of tool swinging pivot are figured out, and the expressions of tool swinging and the variable - speed of spindle are derived

    通過對凸輪車削的運動關系進行分析計算，推導出在恆角度與恆速度切削的情況下，刀具擺角、機床主軸轉速與凸輪轉角位置的關系，為在實際中應用提供了理論依據。
  14. This paper emphatically researched the problem how to calculate the intersection point between workpiece that rotated with variational angle velocity and milling cutter that moved with complicated track and rotated with high speed. furthermore it adopted the discrete curve surface method for every milling cutter, and treated image frame as the control parameter of position of milling cutter during the intersection calculation process, so the algorithm of intersection between workpiece and milling cutter was obtained. the paper also discussed further three - dimension graphic problem of manufacture process

    文中對做變角速度運動的工件和運動軌跡復雜的高速自轉中的銑刀求交問題進行了重點研究，採用將銑刀上的每個刀尖劃出的曲面離散化的方法，以圖像顯示的幀數作為求交計算過程的銑刀位置的控制參量，得出了銑刀與工件的求交演算法。
  15. Using ac motor speed control system directly and cutting feed rate to achieve high quality cut

    採用ac馬達調速系統直接控制切割進刀及速度，以達到高品質之切條。
  16. By the experiments on sawtooth anti - blocking mechanism under different situations. pictures analysis shows that anti - blocking capability is excellent when the rotary speed of main shaft is 650 r / min, the trolley speed is 0. 3 m / s, he interval between moved, sutter and static cutter and the mulehed straw is 10mm and the mulrhed straw is 11250 kg / hm2

    利用該測試系統對鋸齒防堵裝置在不同工況下的防堵性能進行了定性分析，分析結果表明：轉速為650r min 、臺車前進速度為0 . 3m s 、動定刀間隙為10mm 、秸稈覆蓋量為11250kg hm ~ 2時，防堵效果比較好。
  17. The front earth pressure value could also be controlled in the range of set value by adjusting the advancing speed, screw conveyor revolving speed and cutting wheel revolving speed, which lead to reduce ground deformation

    通過實時調節控制推進速度、螺旋輸送機轉速以及刀盤轉速，可以控制正面土壓力在設定范圍內，從而有效減少地表變形。
  18. For making system more efficient, we use a series of technologies to speed up calculation and displaying realistic picture of simulation, such as opengl display list to speed up display cutter, image copy to speed up displaying cutter movement and local refresh to speed up displaying material remove process

    為了進一步提高系統的運行效率，我們還採用了一系列加快模擬計算和圖形生成顯示的技術。包括利用opengl的顯示表技術加快顯示刀具的速度；利用圖象拷貝技術顯示刀具的運動；應用局部刷新技術加快材料去除的動畫圖形顯示。
  19. This paper projects a utility subdividing drive system of step motor, which consists of digital control module, drive module and power module, it uses at89c52 single chip processor as the core, it realizes the external event or generates control signal by i / o interface, timer and external interruption, the system introduce pld device and isp technology to the design of phase sequencer, it simplified circuit and improved the anti - disturbing capability by using abel - hdl language, this system can realizes data memory, velocity digital control and led display, etc. this paper adopted firstly the single - chip technique to design control system, which replaced old complicated logic control circuit and simplified test process

    本文研究了一種實用的步進電機細分驅動系統，由數字控制模塊、驅動模塊和電源模塊組成，系統以at89c52單片機為核心，通過單片機的i o口、定時器計數器中斷來實現外部事件監控以及控制信號的產生，系統將可編程邏輯器件（ pld ）器件和在系統編程（ isp ）新技術引入到細分驅動環行分配器的設計，通過abel _ hdl語言編程實現硬體軟化設計和邏輯重構，大大簡化了電路，並提高了電路抗干擾能力。使系統實現參數存儲，速度數字控制，數碼顯示，進退刀控制等功能。
  20. The results shows that the factors which influence the power consumption include the rotary speed of main shaft, the trolley speed, the interval between moved cutter and static cutter and the mulched straw, the distance between sawtooth and ground has the less influence than the above factors

    分析結果表明：影響功率消耗的主要因素有：主軸轉速、臺車前進速度、動定刀之間的間隙和秸稈覆蓋量，鋸齒離地間隙對防堵裝置功率消耗的影響很小。
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