The relation between differential driven ratio accuracy and the common normal length change of cylindrical bevel wheel has been found by experimental method, which provided a efficient way for cylindrical bevel wheel manufacturer to control the common normal length change of the wheel. 通过实验研究的方法,寻找出差动传动比精度与斜齿圆柱齿轮公法线长度变动量的关系,为斜齿圆柱齿轮的加工提供一种可以控制斜齿圆柱齿轮公法线长度变动量的有效方法。
Study on the relation between differential driven ratio accuracy and the common normal length change of cylindrical bevel wheel 磨齿加工时公法线长度的计算差动传动比精度与斜齿圆柱齿轮公法线长度变动量关系
Causes and Eliminating Method of Tooth Alignment Errors in Bevel Wheel Machining 斜齿轮加工中齿向误差产生的原因及消除方法
The paper analyzes the causes of tooth alignment errors in bevel wheel machining, and gives eliminating method for the causes. 分析了斜齿轮加工中齿向误差产生的原因,并对所产生的原因提出了消除误差的方法。
With the development of machine's high speed, over loading, lower noise, the bevel wheel is applied more and more at large. 随着机器向高速、重载、低噪音方向的发展,斜齿轮的应用越来越普遍。
The diagnosis method and simulation of bevel wheel contact fault 斜齿轮齿面接触型故障的仿真与诊断方法研究
Consult with the fault modes of rotating mechanics and bevel wheel, the fault modes of screw compressor rotor are founded together under the practical engineering. 本文综合考虑斜齿轮以及旋转机械转子的故障模式,结合具体的工程实际建立了螺杆压缩机阴阳转子的故障模式。
Engineering Analysis of Bevel Wheel Based on Pro/ E and ANSYS 基于Pro/E与ANSYS实现斜齿轮的工程分析
Evolutional Method of Machining Screw Bevel Wheel on General NC Milling Machine 普通数控铣上螺旋锥齿轮的展成法加工
The Failure Analysis of Large Bevel Wheel 40Cr钢大型斜齿轮失效分析
Design of Special Formwork to Realize Straight Bevel Gear Wheel Undercutting 实现圆锥直齿轮根切专用模板的设计
In order to analyze the results from practice conveniently and optimize machining adjustment parameters, the simulation of spiral bevel and hypoid gear grinded by flared cup wheel is achieved. 为方便分析实际加工的结果及实现机床调整参数的优化,对扩口杯砂轮磨削螺旋锥齿轮成形法大轮进行了加工模拟仿真。
But shaping as one of the bevel wheel 'cutting technique has not realized the Computerized Number Control completely, it still must use the helix track to realize the spire move. 插齿加工作为斜齿轮切削加工的一种不可替代的加工方法还没有实现完全数字化控制,螺旋导轨依然是实现螺旋运动的机械副件。
The inputting of bevel wheel ′ s parameters on a style of standard control with interface of Visual Basic is realized and the standard bevel wheel of 3D with parameters input is formed. 并且以标准控件的形式,结合VB开发语言界面,实现了对斜齿圆柱齿轮的参数输入,并根据所输参数生成相应的斜齿圆柱齿轮。
Building the parametric model of straight-tooth bevel gear wheel with CATIA is discussed. 利用CATIA的混合建模功能在实体和曲面工作台上建立直齿圆锥齿轮模型,并通过知识工程工作台完成齿轮的参数化建模。
The design thought and the implementing process were explained by a example, involute bevel wheel parameterized sculpting design. 并以渐开线斜齿轮参数化造型设计为实例,介绍了设计思路和实现过程。
So using CNC substitute helix track and realizing bevel wheel's shaping CNC have important realism meaning. 因此,利用数字控制取代螺旋导轨,实现斜齿插削加工的CNC控制具有重要的现实意义。