论文部分内容阅读
作者们基于以下研究提出了精磨蜗杆的螺旋蜗杆传动的计算机设计和分析方法。1 .滚刀的理论螺线表面是用一维面生成的。2 .蜗杆表面与滚刀螺线表面相比齿廓和轴向为凸面。3.蜗杆的双凸面可局部承受接触和获得给定范围的传动误差的预先设计的抛物线函数。蜗杆传动的计算机设计可以显示和避免蜗杆齿面形成奇异点和齿棱。模拟双凸面蜗杆和蜗轮齿面的啮合和接触来确定支承接触轴线不对中和传动误差的影响。开发和应用数值解的计算机程序。数值计算实例说明所提供的开发原理
Based on the following research, the authors propose a computer design and analysis method for the worm drive of a worm gear. The theoretical helical surface of a hob is generated using a one - dimensional surface. 2. Worm surface and hob helix tooth profile and axial convex surface. 3. The biconvex surface of the worm can locally withstand the pre-designed parabolic function of contact and gain of transmission over a given range. Worm drive computer design can display and avoid the formation of singular points and teeth edges. Simulate the meshing and contact of the double-convex worm and the worm gear to determine the misalignment of support contact axis and the influence of transmission error. Develop and apply numerical solutions to computer programs. Numerical examples illustrate the development principles provided