hobbing

This paper presents a closed loop control system of hobbing machine tools.

介绍一套为提高鼓型齿轮的加工质量而设计的闭环系统.

By establishing gear hobbing mathematic model, the forward some reference standard based on experiment.

为更加直观起见,还建立了模拟滚齿的数学模型, 并在实验的基础上提出了参考标准.

Sophisticated technology products, style, beauty, luxury, ordinary type, Mubing, plastic handle, pull teeth, hobbing, complete specifications.

产品工艺精良, 样式美观, 有豪华型, 普通型,有木柄, 塑柄, 拉齿, 滚齿, 规格齐全.

A hobbing error compensation method is proposed according to the factors of forming the hobbing error.

根据滚齿加工误差的成因,提出滚齿加工误差补偿方案.

With grinding teeth, hobbing and shaping, shaving gear, and other processing methods.

拥有磨齿 、 滚齿、插齿 、 剃齿等加工手段.

Be proficient on the process of rough turning final turning , centering gear - hobbing and surface milling.

懂粗车,精车,平端面和打中心孔, 滚齿工艺.

A new design of CNC system is suitable for gear cutting including hobbing, Srinding and shaping.

介绍一种结构全新、适用于齿轮加工(滚削 、 磨削和插削)的CNC系统.

A concise mathematical model for hobbing non - circular gear is set up.

推导非圆齿轮滚切加工的最简数学模型并作图形仿真验证.

The curve - edged hobbing cutter is used in producing rectangular wing sanitary napkin.

曲线刃滚切刀是用来加工护翼卫生巾的专用刀具.

Simultaneous - control structures of CNC machine tools for hobbing non - circular gears were investigated in this paper.

探讨非圆齿轮滚齿加工的数控机床应该具有的联动结构.

Experimental results confirm that, it can achieve as high efficiency and accuracy as hobbing gear method.

在CNC滚 齿机上的实切试验表明, 该工艺可获得与直齿轮同等的齿形精度与加工效率.

Geometric error and thermal error are the principle error of direct - drive hobbing machines.

几何误差和热误差是零传动滚齿机的主要误差.

The knowledge of gear manufacturing ( hobbing, grinding, bevel gears, etc ) is additional advantage.

了解齿轮制造技术 ( 滚齿 、 磨砂 、 棱台齿轮等 ) 尤佳.

Calculation method for outline of hobbing cutter with double dish was proposed.

介绍一种双排滚切刀廓形的计算方法.