involute gear 中文意思是什麼

involute 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。
  • 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. Geometrical design of cylindrical internal involute gear pairs ; diagrams for limits of internal gear - pinion type cutter matings

    漸開線嚙合圓柱內齒輪副的幾何設計.內小齒輪刀具配合
  2. Geometrical design of cylindrical internal involute gear pairs ; diagrams for geometrical limits of internal gear - pinion matings

    漸開線嚙合圓柱內齒輪副的幾何設計:內小齒輪配合的幾
  3. Firstly, the performance of several kinds of gears that is commonly used in present is analyzed. the sliding coefficients of the involute gear and the cycloidal gear are compared

    論文首先對目前常用的幾種齒輪性能進行了分析，比較了漸開線與擺線齒輪的滑動系數，漸開線與圓弧齒輪的彎曲應力和接觸應力。
  4. The effect of the corner radius on root stress of involute gear

    刀尖圓弧半徑對漸開線齒輪齒根應力的影響
  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. Geometrical design of cylindrical internal involute gear pairs ; diagrams for the determination of addendum modification coefficients

    漸開線嚙合圓柱內齒輪副的幾何設計:齒頂高變位系數測
  7. After thoroughly analyzing the influence of each pump parameters on the gear pump performance, the paper developes the criterion for optimum gear parameters, which can be utilizied in practice easily for gear manufacturing using normal involute gear hob with two - fillet type. the conclutions studied by the paper are : 1. both the addendum coefficient and the deddendum coefficient of the pump gear should be 1. 125

    以目前國內普遍使用的雙圓弧頭全齒高為2 . 5倍模數漸開線標準滾刀作為泵齒輪的加工刀具，通過對齒輪加工原理的分析，提出了欲使泵齒輪參數達到最佳，泵齒輪的齒頂高系數和齒根高系數都為1 . 125 ；對變位系數的確定應考慮到泵齒輪的根切、齒頂厚、重合度以及側隙因素；泵齒輪為避免過渡曲線干涉，必然要存在根切現象。
  8. When there is no or lesser undercut, we can use the bend stress ' s algorithm of involute gear to calculate approximately the bend stress of gear with meshed medium belt, what we to do is to transit the interrelated shift coefficient to the according radial minus shift coefficient of involute gear, and the error can be controlled in 10 %

    在不產生或少量根切時，可用漸開線徑向變位齒輪的彎曲應力計算方法來近似計算帶式嚙合介質齒輪的彎曲應力，只需將關聯變位系數轉化為相應的漸開線齒輪徑向變位系數即可，其誤差在10 %以內。
  9. 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。
  10. The investigation for the profile of asymmetrical involute gear

    非對稱齒廓漸開線齒輪齒形的模擬設計分析
  11. Cylindrical involute gear grinding machine. specifications

    漸開線圓柱齒輪磨齒機.技術條件
  12. The judgment condition for the involute gear pairwith fewer teeth number outside pitch point

    少齒數漸開線齒輪節點外嚙合的判定條件
  13. Involute gear milling cutters

    漸開線齒輪銑刀
  14. Secondly, the bending stress equations of asymmetric involute gear with two pressure angles are derived by the theory of isotropy wedge ; the contact stress equations of asymmetric involute gear are derived by the classical contact theory of hertz ’ s

    通過討論各向同性楔原理，推導了非對稱漸開線齒輪的彎曲應力的解析計算公式;利用赫茲公式對非對稱漸開線齒輪的齒面接觸應力進行了分析，推導了非對稱齒輪的齒面接觸應力的解析計算公式。
  15. The bending stress and the contact stress of the circular arc gear and involute gear are also analyzed and compared. secondly, according to design and manufacture characteristic of the micro - gear, the direct design method called “ deviation function ” is proposed

    第二，根據微型齒輪傳動設計與製造的特點，提出了一種設計微型齒輪輪齒齒廓曲線的方法，即偏差函數法設計齒輪齒廓。
  16. 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。
  17. Calculation of the normal side gear clearance of internal - engaging involute gear transmisson

    內嚙合漸開線直齒輪傳動法向齒側間隙計算
  18. The simulation results provide basic data for the thickness calculation of oil film considering dynamic load, and valuable theoretical basis for further research on involute gear with unsymmetric teeth and double pressure angles

    模擬結果對考慮動載荷情況下的油膜厚度計算提供了基礎數據，為進一步研究非對稱漸開線的各種特性提供了理論依據。
  19. 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。
  20. Confirmation of the measuring teeth number of involute gear common normal

    漸開線齒輪公法線跨測齒數的確定
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