齒距線 的英文怎麼說
中文拼音 [chǐjùxiàn]
齒距線
英文
pitch line-
Specification for fine pitch gears - cycloidal type gears
小節距齒輪.第2部分:擺線齒輪Formula to evaluate translation of the tooth - surface and the equation to describe the generatrix of the negatively cambered sooth - surface were derived, respectively
分別推導得到齒面平移距離和內凹齒面母線方程的計算公式。Horology. reducing involute toothing gears. corrected toothing with variation of centre distance
鐘表業.漸開線減速齒輪.有軸距變化的校準齒連接Horology. reducing involute toothing gears. corrected toothing without variation of centre distance
鐘表業.漸開線減速齒輪.無軸距變化的校準齒連接Specification for fine pitch gears - involute spur and helical gears
小節距齒輪規范.第1部分:漸開線直齒和斜齒齒輪The curvature interference of the gear and the influence of radius of the mill - cutter, axial misalignment, and center distance on meshing are analyzed. based on these analyses, propose two methods to achieve point - contact : to change the radius of the mill - cutter and increase the center distance
在分析了弧齒線圓柱齒輪的嚙合傳動不產生曲率干涉的條件和刀盤展成半徑、軸線平行度誤差、中心距對嚙合影響的基礎上,提出了點接觸弧齒線圓柱齒輪實現的兩種方案:調整刀盤展成半徑和增大中心距。The motion of the two rotors with single - threaded, equal pitch trapezoidal profile was theoretically analyzed to eliminate the tooth interference
摘要本文針對無油螺桿式真空泵中一種常用的單頭等螺距梯形級齒的螺桿轉子型線,研究討論了二轉子級齒間的干涉問題。The rationality of cycloid gear actual operating space is verified by optimizer, finally the conclusion of the isometric plus travel distance alter shape curve much more approach corner alter shape is obtained
通過編制的優化程序驗證了擺線輪齒形工作部分范圍的合理性,得出了等距加移距修形曲線更逼近轉角修形曲線的結論。Tooth interference of single - threaded trapezoidal rotor profile and fixed pitch screw in dry twin screw vacuum pump
單頭等螺距梯形齒螺桿轉子型線的干涉問題研究Cylindrical gears - code of inspection practice - part 3 : recommendations relative to gear blanks, shaft centre distance and parallelism of axes
圓柱齒輪檢驗實施規范第3部分:齒輪坯軸中心距和軸線平行度And a method of node optimization according to beeline is also put forward to decrease large amounts of short straight lines and ensure sameness of image profile to object prototype. it improves the precision of engraving and suffices the request of engrave machining
為減少邊緣線上的大量結點和鋸齒,保證優化后的圖形輪廓與原圖像逼近,提出了基於最短距離優化節點的解決方法,從而提高了精度,滿足了雕刻加工的要求。分享友人