marking speed 中文意思是什麼
marking speed
解釋
標記速度-
Compared with traditional press methods including electrochemistry method etc, laser marking has many merits such as no pollution, high speed, high quality, good flexibility, without - contact workpiece and so on
與傳統的電化學、機械等標記方法相比具有無污染、高速度、高質量、靈活性大、不接觸工件等優點。 -
Szm8325a - szm9325 glass straight line edging machine is designed for grinding straight line flat edging of different sizes and thickness. szm9325a can process straight line and 45edge. coarse grinding, refine grinding, polishing, and angle - marking can be completed in a procession. tt s speed can be widely adjustedby its stelpless regulator. speed alteration is very mooth. in grinding operation, feeding and operation speed can be adjusted at random. front fails can be adjusted to fit caried thickness of processed glass. and its advanced structure, high precision, easy handling, and highefficiency, it is one of indispensable instruments for glass procession. szm9325p and szm9325ap adopt plc control system
Szm8325a - szm9325型玻璃直線磨邊機適用於磨削不同尺寸和厚度的平板玻璃直邊和45稜角， szm9325a可加直邊和45級邊。本產品集粗磨精磨拋光倒角等工序一次加工而成，並採用無級變速調節，可調范圍大，變速平穩在削磨過程中可任意調節進料速度和進給量可調節前導軌變換加工玻璃的厚度。 -
A laser marking machine is able to meet the need of on - line marking on a production line with its high speed, and can give separate and distinct identification numbers to workpieces produced in large quantities, hence is a great help in production control, quality control and guarding against counterfeit
激光打標機速度可以滿足生產線在線打標的要求，可對大批量生產的工件實行產品單個識別編號，有效地幫助實行生產工序控制、質量控制以及防止假冒產品。 -
To measure driving expectation speed, this dissertation makes the concept of driving behavior coefficient to calculate degree of power control of driver for vehicle, and related ~ aw is studied between driving behavior coefficient and road geometry, through marking the feature curve of driving behavior coefficient in various type road sections, the calculation model of expectation speed is established
為推定駕駛期望車速，本文提出了駕駛行為系數的概念，用以衡量駕車人對于車輛的動力控制，並重點研究了駕駛行為系數與道路線形之間的常態相關規律，通過標定駕駛行為系數在各種類型道路區段的特徵曲線，推導了駕駛期望車速的計算模型。 -
For all kinds of grinding machines ， printing machines ， laser cutting & marking machines ， shoemaking machines ， laboratories ， plastic injectines machines ， high - speed spindle machines ； and vacuum pump for semiconductor equipment
各種研磨機械，印刷機械，雷射切割及雕刻機械，鞋類製造機，模具冷卻，塑膠射出機，高速主軸及真空泵等。 -
It is equipped with 120w radio frequency laser producer and cti dynamic focusing, so there is smaller light point, and larger tange of marking. besides, its forceful laser power and unparalleled processing speed makes a accurate and vivid effect possible. it costs low and need no materials. the degree of the clearness and depth of marking can be controlled freely
該機選配美國進口120w射頻激光器cti動態聚焦，光點尺寸更小打標范圍更大，加上強悍有力的激光功率，無與倫比的加工速度，實現了精確逼真的加工效果，加要成本低廉，無需耗材，標記清晰深淺度隨意控制，適用於多種你想加工的非金屬產品。 -
For the present, in the laser marking market, on - line laser marking have the most prospect. but the on - line marking requires the laser marking system has high marking speed. in our country, now most company ' s products can only be used in slow speed on - 1 ine marking
目前激光打標以在線打標市場前景最大，而在線打標對于標記速度要求較高，目前國內在線打標只能實現較低的打標速度，高速在線打標為國外產品所壟斷，目前國外在線打標產品最高標記速度可達到2000字秒，適用生產線速度可達到7m / s 。 -
With the method of frequency control, the cooperative control between the vibration frequency of marking head and the speed of electric actuator is realized, and the marking quality is wonderful
採用頻率控制的方法，實現了列印頭振動頻率與電動執行機構移動速度的協調，保證了列印質量。 -
An image corresponding method based on feature is put forward in the second chapter, because of using edge feature of image, the corresponding speed is improved. edge feature extraction is an important problem in the image correponding. traditional extraction method can not meet the requirement of image corresponding, a template based area weight marking edge detection method ( tbawsedm ) is put forward, on the basis of it, a fast point correspondence strategy is investigated. image corresponding is limited to edge scope, it can make the image correponding fast and improve the veracity
圖像拼接的主要問題是確定相鄰圖像間的對應點，即圖像匹配，我們在第二章中提出了一種基於特徵的圖像對應方法，由於充分利用了圖像的邊緣特徵，大大提高了圖像的對應的速度;圖像對應中的邊緣特徵的提取是一個重要的問題，傳統的邊緣提取方法不能滿足圖像對應的需要，我們提出了一種基於模板的區域權值標記邊緣檢測方法（ templatebasedareaweightsigningedgedetectionmethod簡稱tbawsedm ） ，在此基礎之上研究了一種基於特徵的快速點對應策略，將對應點的確定范圍限定在邊緣的范圍內進行，加快了圖像對應的速度，提高了圖像點對應的準確性。 -
Our products can be widely used in all kinds of industries, such as laser welding, cutting, marking, laser cosmetology, printing & photo type setting, high - speed photography, seal making, leather production, decoration, and crafts production etc
產品用途：鐳射焊接、切割、打標、鐳射美容、印刷排版、高速攝影、印章、皮革、裝飾、工藝品等行業。 -
The accurate orientation project is a commonly used marking method, it can mark character accurately, but its marking speed is comparatively slow
精確定位方案為普遍採用的標方法，其標記精度高，但速度較低。 -
Its products are for detecting material position, controlling liquid level, counting, measuring speed, recognizing width, postponing signal, marking color spot, correcting position, recognizing hole, protecting, alarming, etc
健埃爾公司產品廣泛用於工業、高科技及各種設備中作物位檢測、液位控制、產品計數、速度監測、寬度判別、信號延時、色斑標記、定位糾偏、孔洞識別和安全防護裝置、防盜警戒等。 -
The product we designed can be applied for high speed marking then can substitute some type of foreign products
本文設計的在線激光打標機能夠實現高速在線達標可替代國外同類產品。 -
Ul can help you reduce the exorbitant costs of bringing europe an auditors in from overseas as well as speed your time to market by offering direct european certification and ce marking services
Ul可幫助你減少不必要的成本，譬如需從海外請來審核員以獲得進入歐洲市場的標志，而且更可以加快您公司產品的行銷速度，譬如直接提供歐洲認證服務和ce標志服務 -
These two method are based on the characters of lattice diagram ( which characters are resembled with black - and - white image ) raise the marking route pick - up algorithm, the algorithm can found mark points in the least time by ransacking the eight points nearby. by using these two methods can improve the marking effect and accelerate the marking speed dramatically. at last, the paper give the effective evaluating method for the two route optimum algorithm, the evaluating results show that the marking speed tan improve nearly one time, and meanwhile improve the marking quality
最後，鑒于對漢字的轉化處理是在點陣漢字打標的基礎上進行的，所以通過與點陣打標相比（主要是在打標速度方面） ，提出了兩種打標路線優化演算法的效果評估方法，並對演算法效果進行試驗性測試，結果表明與點陣打標方法相比，打標速度提高的最小比率為：筆劃跟蹤演算法48 ；筆劃提取演算法37 ；可見，兩種演算法的提出可以使打標速度得到提高，說明在不改變打標系統本身，而從對漢字內容的處理上就可以達到改進打標性能的目的，所以本課題的研究的有實際的應用價值。
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