嚙出弧 的英文怎麼說

中文拼音 [nièchū]
嚙出弧 英文
arc of recess
  • : 動詞[書面語]1. (鼠、兔等用牙啃或咬) gnaw (at) 2. (侵蝕) erode
  • : 名詞1. [數學] (圓周的任意一段) arc2. (古代指弓) bow
  1. The paper studies the surface geometry of globoidal indexing cam by applying the theory of conjugate surfaces and the method of coordinate transformation, presents the equations related to the main inducement curvature of the cam profiles, analysis and deduces the equations of two circumscription curves, which judge if the conjugate surface could mesh properly. some calculate examples and conclusion are given. the surface equation of the globoidal cam and conjugate equation are established

    論文首先在分析空間合原理基礎上,採用坐標變換法推導面分度凸輪的工作廓面方程、合方程和壓力角計算公式,對面分度凸輪的合特性進行了深入的分析和研究,對判斷曲面能否正確合的依據如兩類界限線方程以及誘導主曲率等進行推導,並給算例。
  2. Although the flux per revolution of the optimized pumps is a little smaller than that of tatsuno combined pumps, other characteristics, such as fluctuation rate, maximum pressure angle and velocity fluctuation rate etc, are much better. the methods to cut gears are proposed in the theory for the practical produce in the future

    雖然,在體積相等的條件下,優化來的外圓包絡線內合齒輪泵的排量略小於tatsuno組合泵的排量,但其它性能(如:流量脈動率、最大壓力角、速度波動量)都更優。
  3. The paper describes the feature of double circular arc spiral bevel gears, basing on such gears manufacture theory, the paper depicts how to form the double circular arc spiral bevel gear tooth profile, at the same time, depicts its meshing theory and derives its tooth profile equation. basing on fsh short tooth, the paper derives the tooth depth equation, describes its manufacture technology, makes out this tooth propile single side method regulation calculation card

    本文從齒錐齒輪加工原理發,闡述了雙圓齒錐齒輪副點合齒面的形成原理,同時還論述了雙圓齒錐齒輪基本合原理,推導了具有普遍形式的齒面方程,同時以fsh短齒形為藍本還推導了雙圓齒錐齒輪齒厚計算公式,闡述了雙圓齒錐齒輪的製造工藝,編制了雙圓齒錐齒輪單邊切削法機床調整計算卡。
  4. From the aspect of geometry, structure design, manufacture and examine, this paper generally summarizes the gcm ' s study progress in detail, discusses its kinetic rule and the determination of its primary structure parameter, and educes its surface equation and pressure angle equation based on the homogeneous matrix transformation and the conjugate engagement theory of spatial surface. on the basis of geometry study of gcm, the paper makes a comprehensive analysis to the interference phenomenon that will possible exist in the assemble course of two different structure of gcm with the help of matlab software

    本文從運動幾何學、結構設計、動力學、製造和檢測等方面對國內外面凸輪機構的研究進展進行了全面綜述,詳細論述了高速凸輪機構的運動規律和面凸輪機構基本尺寸的確定,基於空間曲面共軛合原理,通過齊次變換推導了外面凸輪的曲面方程和壓力角方程,並提了對應的廓面修形演算法;提了內面凸輪機構的構想,推導了內面凸輪的曲面方程和壓力角方程。
  5. Gear form is precisely, plotted by portray point. for friendly user interface, the dialog - box is given, using dcl language to compile dialog box program. because the given program can not only output all the optimum basic parameters of pump gear, but also simulate the meshing process of a pair of pump gears, gear pump can be designed and manufactured economically

    精確繪泵齒輪的輪齒幾何形狀,尤其精確繪制了標準齒輪滾刀切的齒根過渡曲線,演示了國標雙圓頭標準滾刀加工泵齒輪的過程,並實現了泵齒輪副的合模擬,這些對檢查輪齒干涉以及確定齒輪泵的卸荷槽位置和形狀提供了依據。
  6. 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

    在分析了齒線圓柱齒輪的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、中心距對合影響的基礎上,提了點接觸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。
  7. 2 ) the spiral bevel gears design method based on the transmission error is proposed. the thesis analyzes deeply the inner relations of between the transmission error and the meshing behaviors, and the valuable information that the transmission error reflects, and investigates further influences of the manufacturing and installing errors, the various loads on the contact behavior of the spiral bevel gears with the high contact ratio. after that, the approach is presented, which assure that the spiral bevel gears have the high real contact ratio and the lower sensitivity to error

    2 )提了基於傳動誤差的齒錐齒輪設計方法,深入分析了傳動誤差與齒輪合性能的內在關系及其反映的豐富的信息,並進一步研究了各類加工、安裝誤差和載荷變化對高重合度齒錐齒輪合性能的影響,提了對于高重合度齒錐齒輪降低誤差敏感性、保證實際重合度的設計途徑和方法。
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