pressure angle
英 [ˈpreʃə(r) ˈæŋɡl]
美 [ˈpreʃər ˈæŋɡl]
网络 壓力角; 法向压力角; 压力角
双语例句
- The range of gears cut by the hob of small pressure angle
小压力角滚刀加工齿轮的齿数范围 - New Method of Founding Profile Equations and Pressure Angle Formula to the Cylindrical Cam Mechanism with Slide Roller-Follower
建立圆柱凸轮廓面方程及压力角公式的新方法 - Abstract: this paper explores the interelations between the work efficiency and the pressure angle of a cam machine, and expounds the theory of selecting and confirming for the optimal permissive pressure angle of cam, and introduces the design means that can be used in engineering practice.
文摘：探讨了凸轮机构工作效率与机构压力角之间的相互关系，阐述了选择和确定凸轮机构最佳许用压力角的理论，介绍了可用于工程实际的设计方法。 - Allowable pressure angle of cam mechanism
凸轮机构的许用压力角 - A Right Method for Determining the Minimum Size of a Disc Cam with a Translating Follower by Allowing Pressure Angle
按许用压力角确定直动推杆盘形凸轮机构最小尺寸的正确解法 - It was proved in practical measurement experiments that the principle of measuring gear integrated error with a small pressure angle measurement worm was correct and the technology was possible.
经过实际测量实验，证明了小齿形角工具蜗杆测量齿轮整体误差原理上的正确性，技术上的可行性，展示出此项新技术的潜在优势及应用前景。 - The influence of the base worm radius, the module of shaper, the teeth number and the pressure angle on the singularity point were analyzed, respectively.
分别分析了基蜗杆半径、插齿刀模数、齿数、压力角对基蜗杆曲面奇异点位置的影响。 - Stress analysis for involute spur gear with 28 degree pressure angle
渐开线28°压力角直齿轮应力分析 - Modeling of Non-involute Gear Based on Pressure Angle Equation
基于啮合角函数的单侧非渐开线齿轮建模 - The way of calculating the parameters of modulus, pressure angle and helix angle of the gear masters that are used to calibrate gear instruments is in detail in this paper.
本文详细介绍了用于齿轮仪器校准的齿轮样板模数、压力角、螺旋角等参数计算方法。 - Mathematical formulas are derived comprehensively and systematically for the profile coordinate, pressure angle and radius of curvature of the cylindrical cam with an oscillating roller follower.
推导了摆动滚子从动件圆柱凸轮廓线、压力角及廓线曲率半径方程，讨论了该种凸轮机构在各种运转情况下与之相适用的方程。 - Determination of the basic size of cam mechanism with oscillating follower based on the allowed pressure angle;
本文研究了摆动从动件盘形凸轮机构按推程许用压力角确定基本尺寸的数学模型。 - Discussion on the Methods of Calculating the Pressure Angle of a Cam with Oscillating Follower Offset from the Axis
论偏置摆动从动件凸轮压力角的计算方法 - According to the allowed pressure angle, this paper determines the disk cam with translating followers basic circle radius and eccentricity by using the analytic method.
本文尝试采用解析法，按许用压力角确定直动从动件盘形凸轮机构的基圆半径和偏心距。 - The worm and worm among plane within the modulus and pressure Angle, namely the worm gear were equivalent modulus is equal to the end of the worm shaft side modulus and for standard;
中间平面内蜗杆与蜗轮的模数和压力角分别相等，即蜗轮的端面模数等于蜗杆的轴面模数且为标准值； - Derivation of pressure angle formula for disk cam mechanism with convex arc bottomed follower
凸圆弧底从动件盘形凸轮机构压力角公式的推导 - Calculation of Pressure Angle and Minimun Average Cylinder Radius of Cylindrical Cam Mechanisms with Oscillating Roller Follower by Using Instantaneous-center Method
用瞬心法求滚子摆动从动件圆柱凸轮机构压力角和最小平均圆柱半径 - Accordingly, the least teeth number without undercutting is also decided only by the design pressure angle of the gear, without any relation to the coefficient of addendum height of the gear.
相应的无根切最少齿数也仅取决于正弦齿轮的设计压力角，而与齿顶高系数值无关。 - Analysis of the Pressure Angle and Curvature of a Globoidal Cam Mechanism
弧面凸轮机构的压力角和曲率分析 - The surface curve and pressure angle of the stator are calculated by means of Matlab software.
通过Matlab实现了定子表面曲线和压力角的仿真计算； - It establishes the function of movement and pressure angle about the disk cam mechanism of 6-arcs with oscillating followers.
建立了摆动从动件六圆弧盘形凸轮机构从动件运动规律及压力角的表达式。 - It influences not only the pressure angle of mechanism, but also the curvature of earn contoUrs.
它不仅影响机构的压力角，而且还影响其轮廓曲线的曲率半径。 - The equation of pressure angle, width coefficient, and contact ratio are calculated and the influences of these parameters on contact are analyzed.
最后针对现有文献的不足，研究了刀具压力角、齿宽系数和重合度等参数的计算方法，并分析了这些参数对弧齿线圆柱齿轮啮合的影响。 - In this paper, the pressure angle and minimal radius of curvature of cam mechanism with swinging roller follower are discussed in details.
本文对摆动从动杆盘状凸轮机构的最大压力角和最小曲率半径问题进行了详细的讨论。 - In this paper, the working properties and designing method of a combined cam-linkage mechanism with oscillating slider mechanism are discussed. The calculation formulas derived are those of the pressure angle, the radius of base circle and the cam profile.
本文论述了具有摇块机构的凸轮连杆组合机构的工作特性和设计方法，导出了压力角、基圆半径和凸轮廓线的计算公式。 - The influence of gear pressure angle on gear intensity is analyzed by the theory of Hertz contact. The law of gear intensity changed with gear pressure angle is obtained.
运用赫兹接触理论，分析了轮齿压力角对齿轮接触强度的影响，得出了轮齿强度随压力角的变化规律。 - The calculating formulae of the minimum curvature radius and pressure angle of practical tooth profiles were established.
推导了实际齿廓的最小曲率半径和压力角的计算公式； - Using the spherical coordinate, the author establishes the contour surface equation and pressure angle formula of the cam.
用球面坐标建立了此种凸轮工作廓面的解析设计方程和压力角公式。 - By employing the numeric analysis method, the influence of speed ratio, pressure angle, helical angle, gears positions, power, clearance ratio, and width to diameter ratio of bearing, on the response of the system is investigated.
用数值分析方法，研究了齿轮传动比、压力角、螺旋角、齿轮位置、功率、轴承间隙比与宽径比对系统不平衡响应的影响。 - Secondly, introduces the working of hydraulic support by the pressure Angle and the displacement, monitoring technology.
其次，介绍了目前工作面所采用的对液压支架的压力、倾角和位移的监测技术。