基于UG涡轮蜗杆减速器设计（含全套CAD图纸）.doc

全套设计 CAD 图纸加 QQ 194535455 摘要本文以蜗轮蜗杆减速器设计为例,运用 UG 软件进行三维实体建模、虚拟装配并进行干涉分析、仿真运动及运动分析,得到位移、速度及加速度曲线。通过对减速器的简单了解开始学****设计涡轮蜗杆减速器尝试设计增强感性认知和对社会的认知能力,及进一步巩固自己学过的理论知识, 提高综合运用所学知识发现问题解决问题,以求把理论和实践结合到一起,为以后的工作和学****积累经验。学****如何进行机械类设计学****运用多种工具如 CAD 软件 ug 软件直观的呈现在平面图上, 机械传动装置在不断地使用过程中,会不同程度的磨损,因此要对机械与以维护和保养, 延长其使用寿命,高效化的运行,提高生产效率,降低生产成本,获得最大化的使用。涡轮蜗杆减速器是将电机的回转数减速到所要的回转数,并得到较大转矩的结构目前用于传递动力与运动的机构中,应用范围相当广泛。本文首先通过对所需电动机的转速和功率计算,再结合查表选出合适的电动机。然后对不同的齿数和模数等参数进行切量的计算,并选出最优的参数,通过对减速器的简单了解尝试设计增强感性认知和对社会的适应能力,及进一步巩固已学的过得理论知识,以求把理论和实践结合到一起为以后的工作和更好的学****积累经验。关键词: 涡轮蜗杆减速器;UG软件;三维实体建模;分析计算;减速器的维护和保养; 全套设计 CAD 图纸加 QQ 194535455 Abstract In this paper, worm gear reducer design as an example, the use of UG software for three-dimensional solid modeling, virtual assembly and interference analysis, simulation movement and motion analysis, the displacement, velocity and acceleration curve. Through the worm reducer reducer of simple to understand learning design attempts to design enhanced by emotional cognitive and socio-cognitive, and further consolidate their theoretical knowledge and improve prehensive use of knowledge to problem solving problems in order bine theory and practice, and learning experience for future work. Mechanical design learn how to learn to use a variety of tools such as CAD software UG software visual presentation on the plans, mechanical drives in constant use in the process be different degrees of wear, so the machinery and to maintenance and repair, extend its life, more efficient operation, improve productivity, reduce production costs, to maximize use. Worm reducer is to reduce the number of motor rotation to the number of rotation, and to get a larger torque structure is currently used to transfer power and movement of the body, a wide range of applications. In this paper, first of all, through the calculation of the speed and power of the motor, and bined with the look-up table to select the appropriate motor. Then for different number of teeth and the modulus of cutting the amou