直線度測量 的英文怎麼說

中文拼音 [zhíxiànliáng]
直線度測量 英文
straightness measurement
  • : Ⅰ形容詞1 (成直線的; 硬挺的) straight; stiff 2 (跟地面垂直的; 從上到下的; 從前到后的) erect; v...
  • : 名詞1 (用絲、棉、金屬等製成的細長的東西) thread; string; wire 2 [數學] (一個點任意移動所構成的...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • : 動詞1. (測量) survey; fathom; measure 2. (測度; 推測) conjecture; infer
  • : 量動1. (度量) measure 2. (估量) estimate; size up
  • 直線 : 1. (不彎曲的線) straight line2. (急劇的) steep; sharp
  • 測量 : measure; survey; gauge; meter; measurement; measuring; surveying; mensuration; metering; gauging;...
  1. Measure the straightness, parallelism and squareness

    、平行和垂
  2. Roundness inspection machine tokyo seimitsu inspection roundness, straightness squareness for control the vibrancy and precision of bearings

    圓柱,控製成品的振動和精
  3. Now, our country is in the term of adjustive phase of carrying out new state standard, those five geometric errors only can be measured one by one with different implements, so it will waste lots of time ; use great effo rt and easily make mistakes

    目前,國內企業尚處于執行新國標的適應期。檢新國標值的五種誤差,每一個坐標運動均需要分別使用值誤差具和角值誤差具一項一項地檢,耗時,費力,易出差錯。
  4. Instrument for straightness measurement using non - diffracting beam and moir 233 ; fringe

    無衍射光莫爾條紋法直線度測量
  5. In this paper, the author applies photoelectric technology to design a set of real - time on - line unosculant beeline diameter measurement system by ccd. the device can measure the diameter of lifting rope by continuous real - time on - line unosculant measurement, then show the diameter by led. in this means, the measurement is fast and efficent, the extent of automation is high, and the way of display is intuitionistic

    本論文應用光電技術,設計了ccd實時在非接觸式系統來對提升鋼絲繩徑進行實時在非接觸式,以led數碼管顯示,具有快速高效、自動化程高、顯示觀等特點,並能克服人工檢所具有的缺點。
  6. We calculate the regression curve about length of erased magnetic record and lightning current peak. we analyze the error of recording data and find a new means about direct measurement of the max lightning steepness with magnetic tapes

    作出磁帶消磁長與霄電流峰值的擬合曲,對數據進行誤差分析,找到利用磁帶靂電流最大陡的新方潔。
  7. Verification regulation of instruments for measuring the diameter angle and straightness of bearing tapered roller

    軸承圓錐滾子徑角直線度測量儀檢定規程
  8. Based on in - depth analysis on characteristic and function principles of psd, combined with characteristic of measured object, this article presents an new real - time measurement for symmetrical degree, guiding - groove, twining angle, inside radius of long direction pipe ; completes designing work for hardware of function module and application software ; and gives analysis and computation on error sources and uncertain - degree of measure result. based on above work, this article develops a parameter - auto - chosen, integrated and automatic measurement device for beeline degree, guiding - groove symmetrical degree, twining angle and inside radius of long direction pipe

    本文在深入分析研究psd的特點和工作原理的基礎上,結合被對象的特點,首次提出了長定向管導槽對稱、纏角、內徑等實時自動化的一種新方法;完成了硬體功能模塊及應用軟體的設計工作;並對結果的誤差源及不確定進行了分析和計算;在此基礎上研製了長定向管的、導槽對稱、纏角及內徑等參數自動、實時綜合設備。
  9. Identifying method research of gross error in bi - pitch measurement of straightness

    雙節距法中的粗差識別方法研究
  10. The distance measurement can be divided into linear or curvilinear distance measurement and 3 - d depth measurement

    空間兩點間距離又可分為空間任意兩點間、曲距離的和三維空間的深
  11. Study on the building - up measurement of straightness and flatness

    平面組合的研究
  12. To measure the straightness, erect the workpiece on the measuring block placed on the surface plate

    時,將工件豎放在放置於平板上的塊上。
  13. Error analysis of coordinate measuring machine

    三坐標誤差的
  14. According to the idea, five - wheel device converting the straight line movement into the rotation movement which is convenient to measure, a non - contacting velocity measurement sensor device using optical switch and steel tapeline to measure the straight line movement has been designed and produced, which is an exploration in this field

    根據五輪儀「把不易運動轉變為容易的轉動」的思路,利用光微開關和捲尺鋼帶設計製作了一種非接觸式的運動物體速傳感裝置,是一個具有創造性的探索。
  15. The contributions of this dissertation is listed below. aiming at existing defects of traditional beeline detection by hough transformation ( ht ) arithmetic, such as large storage space consuming, imprecise beeline detection effect and information loss of image feature pixels etc, we suggest two new beeline detection methods. ( 1 ) based on infinite symmetry exponential filter and its recursion arithmetic, new beeline detection methods can get exact direction of image edge pixels in advance, so it reduces highly the calculation quantity of the conventional ht, and improves the speed and the precision of beeline detection greatly

    本論文的主要研究成果列舉如下:針對傳統霍夫變換( houghtransform , ht )所存在的參數空間存儲大,不精確以及圖像特徵點信息丟失等缺點,提出兩種新的段檢演算法: ( 1 )提出一種基於無限對稱指數濾波的ht段檢演算法,在進行邊緣檢的同時,提前精確定位邊緣點的方向,減少了ht的運算,提高了運算速和檢,而且整體演算法便於硬體的并行執行,使得實時處理成為可能。
  16. ( 2 ) the relation of each image feature point and the most evident curve membership is discovered, such relation can be used to reduce redundancy of parameter space, depresses computational effort and suppresses the false accumulator cells etc. the most evident curve membership is then fed to the original image space, the information of image pixels can be recovered, the shorter line can be found, the bad line can also be repaired and the pr ecision of beeline detection can be improved

    ( 2 )提出圖像特徵點與參數點一一對應的可能性,實現了圖像特徵點對應于參數空間某一最優參數點,減少了參數空間的冗餘,降低了計算,壓縮了偽累積點;並將最優參數點反饋回圖像平面,恢復圖像特徵點信息,可以檢出較短段,修補破損,提高了的精
  17. A calculating method of straightness error based on genetic algorithms

    基於遺傳演算法的誤差的
  18. Laser range finder applied in middle and long distance straightness error measurement

    中長距離直線度測量中的激光標尺
  19. To improve the volumetric accuracy of machine tools, it is necessary that squareness and straightness errors of machine tools are measured, compensated and calibrated

    摘要為了改善機床的幾何精,達到高精的三維空間定位,必須對它的垂誤差與誤差進行與校正。
  20. There are many methods about straightness measurement in and abroad. after the traditional methods of straightness measurement are analyzed and compared, the measurement based on the precise guide rail is adopted

    國內外直線度測量的方法有很多,本文分析和比較了傳統的直線度測量方法,採用了基於精密導軌的方法。
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