involute tooth gear 中文意思是什麼

involute tooth gear 解釋
漸開線齒輪
  • involute : adj. 1. 紛亂的，錯綜復雜的。2. 【植物；植物學】內卷的。3. 內旋的；螺狀的。n. 【數學】漸伸線，漸開線，切展線。vi. 1. 內卷，捲起。2. 恢復原狀。3. 消失，消散。
  • tooth : n （pl teeth）1 牙齒。2 齒狀突出，輪齒，鋸齒，耙齒（等）。3 嗜好。4 〈常 pl 〉（像牙齒那樣能咬人...
  • gear : n 1 【機械工程】齒輪，（齒輪）傳動裝置，齒鏈；排擋。2 〈古語〉衣服；甲胄與武器。3 傢具；財物，動...
  1. Gs series high speed involute cylindrical gear box is hard gear side box which is according to national criteria to design and manufacture. its structure form is outside engaged straight fear, oblique tooth gear or herringbone gear of single, closed and parallel axis

    Gs系列高速漸開線圓柱齒輪箱是按照國際標準設計、生產的硬齒面齒輪箱，其結構形式為外嚙合的直齒、斜齒或人字齒結構，單級、閉式、平行軸傳動。
  2. A measurement error of the tooth profile and tooth trace for the involute cylindrical gear ' s crowned teeth

    漸開線圓柱齒輪鼓形齒齒形和齒向誤差的測量二
  3. Tooth surface equations and contact line equations of the involute worm gearing are established according to its machining methodology. meshing characteristics in rigidity condition are studied. these characters include the inductive normal curvature along the contact line on the worm surface, the first and the second limit lines during the engage of the worm gear, and the influence of the intersect angle between the contact line the relative velocity of the worm and the gear on transmission performance

    根據漸開線圓柱蝸桿傳動的創成方法，建立了漸開線圓柱蝸桿和蝸輪的接觸線方程式、齒面方程式，分析了漸開線圓柱蝸桿傳動的剛性嚙合特性，如蝸桿與蝸輪嚙合時的誘導法曲率、一類界限曲線、二類界限曲線和蝸桿與蝸輪間相對速度方向和接觸線方向的夾角對傳動性能的影響； 2
  4. Conjugate non - circular gear of eccentric gear and its involute tooth profile

    偏心齒輪的共軛非圓齒輪及其漸開線齒廓
  5. A calculation research on the tooth root bending stress of asymmetrical involute gear

    非對稱漸開線齒輪齒根彎曲應力的計算分析
  6. Design of involute tooth profile of plate gear milling cutter by autolisp program

    程序設計盤形齒輪銑刀漸開線齒形
  7. Basic rack tooth profile for gear tools for fine mechanics ; involute gears according din 58400 and din 867

    精密機構用的齒輪工具的基本齒條齒形.符合德國標準
  8. The equation of pressure angle, width coefficient, and contact ratio are calculated and the influences of these parameters on contact are analyzed. based on ordinary involute gear, the diametral deflection principle of curvilinear - tooth

    最後針對現有文獻的不足，研究了刀具壓力角、齒寬系數和重合度等參數的計算方法，並分析了這些參數對弧齒線圓柱齒輪嚙合的影響。
  9. For cutting the composite lock gear with unequal tooth thickness, a study is made on the design method of gear sharper cutter with nonstandard parameter involute tooth profile and noninvolute tooth profile. the cutter tooth arrangement, the choice of teeth number of the cutter and the basic method of cutter design are discussed ; and a new method of choosing deflection factor by using limited area is presented. and the curve of relationship between rear angle on tooth crest and helical angle on tooth side of the cutter is given so as to give a basis for the gear sharper cutter to choose its parameters. to design nonstandard gear sharper cutter by adopting the method mentioned above will simplify the calculation and will increase the efficiency of design

    研究加工不等齒厚的非標準參數漸開線齒形，與非漸開線齒形復合的鎖閉齒輪插齒刀刀齒的排列、刀具齒數的選擇以及刀具設計的基本方法，介紹用限制區域選擇插齒刀變位系數的新方法，並給出刀具齒頂后角與側螺旋角的關系曲線，為插齒刀參數的選擇提供依據.結果表明，採用上述方法設計非標準復合齒輪插齒刀，可簡化計算和提高設計效率
  10. Creatively, this paper advance involute as the tooth form that has been used widely in the engineering, and we also bring forward a design idea that tooth can be distributed continuously on spherical surface. based on those ideas, we invent the spherical gear of ring involute tooth. it is proved that this mechanism overcome the two big objections of traditional gear by solid model, and so a great breakthrough is achieved in the gear drive field. 2

    本文創造性地提出了採用工程上廣泛應用的漸開線作為齒廓曲線，並將輪齒沿緯度方向在球面上呈連續分佈的設計思想，在此基礎上發明了漸開線環形齒球齒輪機構，實物模型證明，該機構從根本上克服了傳統離散齒球齒輪存在的傳動原理誤差和加工困難兩大障礙，在齒輪傳動領域取得了重大突破。
  11. Firstly, based on research of the asymmetric involute gear cutter and the gearing theories, the universal tooth flank curve equations of asymmetric gear with two pressure angles and the tooth transmission curve are derived by the gear shape nomal method, then the fea model of asymmetric involute gear with main parameters is automatically generated with ansys parametric design language ( apdl )

    本文首先建立非對稱漸開線刀具的方程，根據齒形法線法建立非對稱漸開線齒輪的齒廓曲線方程，並利用apdl參數化建模語言建立全參數的非對稱漸開線齒輪有限元模型。討論了非對稱漸開線齒輪的嚙合特性，對非對稱漸開線齒輪傳動特點作了詳細的分析。
  12. We invent the spherical gear with ring involute tooth

    發明了漸開線環形齒球齒輪機構。
  13. Compared with a standard involute gear, the unsymmetric involute gear could efficiently improve the tooth root bending strength by finite element analysis

    對實例的有限元分析表明非對稱漸開線齒輪的齒根彎曲強度比對稱齒輪有較大提高。
  14. Reference profiles of gear - cutting tools for involute tooth systems according to din 867

    與din 867相符的漸開線齒輪裝置的齒輪切削刀具的基準
  15. This paper deduced the involute gear total tooth profile equations of unsymmetric teeth with double pressure angles, proposed the calculation formulas of coordinates and load angle at the upper and lower points of single and double teeth mesh areas, and programmed the relevant parametric programs

    摘要推導出雙壓力角非對稱漸開線齒輪系統全齒廓方程，以及在單、雙齒嚙合上、下界點處坐標和載荷角的計算公式，編制了相應的參數化程序。
  16. Research on wear - resistance and bending strength of modified tooth profile involute gear

    修形齒輪耐磨性和彎曲強度的研究
  17. Precise measuring for error of tooth form of involute spur gear in 3d coordinate measuring machine

    三坐標測量機檢測同軸度誤差分析
  18. The calculation of tooth contact stress and the bending stress is discussed. the equation of the bending stress of the gear is developed and the arcuate domino effect is analyzed, comparing with ordinary involute gears

    本文研究了弧齒線圓柱齒輪的齒面接觸應力和彎曲應力的計算方法，提出了計算彎曲應力的公式，對輪齒彎曲效應的影響進行了分析，並與直齒圓柱齒輪進行了比較。
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