漸開線齒廓 的英文怎麼說

中文拼音 [jiānkāixiànchǐkuò]
漸開線齒廓 英文
involute profile
  • : 漸副詞(逐步; 漸漸) gradually; by degrees
  • : 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...
  • : Ⅰ名詞1 (牙; 牙齒) tooth 2 (物體上齒形的部分) a tooth like part of anything 3 [書面語] (年齡...
  • : Ⅰ形容詞(廣闊) wide; extensive Ⅱ名詞(物體的外緣) outline
  • 漸開 : involute
  1. To create involute profile of gear by using the auto cad

    由包絡取得的方法
  2. Mathematical model for tooth profile of noncircular involute gears

    非圓輪的數學模型
  3. Conjugate non - circular gear of eccentric gear and its involute tooth profile

    偏心輪的共軛非圓輪及其漸開線齒廓
  4. Modeling and simulating the tooth profile of non - circular involute gears with asymmetric teeth

    非對稱非圓輪的數學模型
  5. In this paper, we designed the structure of the gear and rack in this actuating mechanism, elaborated the theory of its formation, and deduced the profile function and gearing function of the gear and rack. furthermore, we deduced the inherent radius of going around a turn under certain circumstance, the condition of the correct gearing and the continuous transmission. in order to make the mechanism move steady, we designed the derivation mechanism and manufacture the modle

    本文對該傳動機構中的鼓形輪和空間條的結構進行了設計,並給出了輪和條的成型原理,推導出了鼓形輪和空間條的參數方程、嚙合方程;進一步分析並確定了鼓形輪、空間條在給定嚙合傳動條件下所能實現的固有轉彎半徑和運動約束條件,並對其側隙及效率進行了計算和分析。
  6. The methods of creating involute profile of gear

    的生成方法
  7. To create involute profile of gear by envelope

    生成的方法
  8. To create involute profile of gear by using autocad

    模擬加工過程中生成的方法
  9. Basic rack tooth profile of fine - pitch involute cylindrical gears

    小模數圓柱輪基本
  10. The investigation for the profile of asymmetrical involute gear

    非對稱形的模擬設計分析
  11. The contours of the sprocket teeth are medium frequency induction hardened. all transmission clutches are of involute spline type

    鏈輪經中頻淬火。所有換擋離合器均為花鍵式離合器。
  12. Design and application of precision gear hob with middle concaved involute profile

    的參數化設計與計算
  13. 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作為,並將輪沿緯度方向在球面上呈連續分佈的設計思想,在此基礎上發明了環形輪機構,實物模型證明,該機構從根本上克服了傳統離散輪存在的傳動原理誤差和加工困難兩大障礙,在輪傳動領域取得了重大突破。
  14. 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刀具的方程,根據形法法建立非對稱輪的方程,並利用apdl參數化建模語言建立全參數的非對稱輪有限元模型。討論了非對稱輪的嚙合特性,對非對稱輪傳動特點作了詳細的分析。
  15. On the basis of relationship between meshing rigidity and noise and taking the modification, vibration deduction and noise dropping as the aims, the tooth profile modification was carried out on spur bevel gar by the use of revolving involute curve

    摘要根據嚙合剛度和噪聲之間的關系,以修形減振降噪為目的,用旋轉對直輪進行修形。
  16. 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輪系統全方程,以及在單、雙嚙合上、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。
  17. So this paper bring forward several new concepts and new terms, and give the whole defmations to their physical meanings ; advance the conditions of right gearing mesh and continuous drive ; prove out that a pair of ring involute tooth forms are conjugated and that they can achieve precise spherical motion of constant transmitting ratio employing the space mesh theory

    為此,本文首次提出了球輪傳動中若干新概念,新名詞,並對物理含義作了完整的定義;提出了球輪機構的正確嚙合條件和連續傳動條件;利用空間嚙合理論,證明了一對環形互為共軛,能實現精確的定傳動比球面運動。
  18. Parameterized design and calculation of teeth profile of involute gear

    參數優化及滾刀設計
  19. Tooth profile design for and finite element analysis of asymmetrical involute spur gears

    非對稱設計與有限元分析
  20. Straight cylindrical involute splines - modules, basic rack profiles and tolerances

    圓柱直花鍵模數基本公差
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