目前，在齿轮加工中广泛应用剃齿加工方法。
At present, gear shaving processing is widely used in gear processing.
剃齿前加工齿轮齿形用的滚刀称为剃前滚刀。
Before shaving teeth gear tooth shape of processing with hob called before shaving hob.
剃前滚刀的齿形﹐要按剃齿馀量形式的要求制成特殊的形状。
Before the hob shave tooth shape, according to gear shaving reserve is made in the form of the shape of the special requirements.
要求被磨剃齿刀在不多于两次的装夹后完成齿形的精确修磨。
It is required that accurate tooth coping be completed for the gear shaver within twice clamps.
本文介绍了以老式大型剃齿机改造为数控立式内孔磨的成功范例。
The thesis has introduced a successful example of the old large vertical shaving machine transformed into CNC vertical internal grinder.
按本文设计的叠片式小啮合角剃齿刀通用性好，有利于减少刀具库存。
Thelaminated short addendum shaving-cutter, which is designed by adoption of the theory in this paper, has better universality. The stock of shaving-cutters may be greatly cut down.
实践证明：设计出的剃齿刀寿命长，加工质量好，对中凹现象有明显改善。
Facts have proved that the designed shaving cutter is long-lived, good in machining quality, and effective on correcting centre-concave.
介绍剃齿刀、插齿刀、滚齿刀的微机设计和校验计算程序的编制及其应用。
Introduces the composition and application of a microcomputer pro-gram used for designing and calculation checking of gear shaver, shaper cutter and hob-ber.
系统具有手动、自动编程等工作方式，适用于YK7432剃齿刀磨齿机的数控改造。
The CNC system has operation modes such as manual, automatic & programming etc. , and is used for retrofitting the CNC system of the YK7432 shaving cutter grinding machine.
用于外齿轮加工的径向剃齿刀，其齿向曲线为内凹超越曲线，这给剃齿刀的刃磨带来了困难。
The tooth curve of a plunge shaving cutter for an external gear is a recess transcendental curve, so it is difficult to grind it.
然而用标准渐开线齿形剃齿刀剃齿后，在工件齿形节点附近会出现不同程度的“中凹”现象。
However, after shaved by shaving cutter with true involute profiles, there are the "mid-concave" phenomena on the pitch points of shaved gear tooth profiles inevitably.
对剃齿刀断口进行了宏、微观检验、化学成分分析、硬度测试和非金属夹杂物及显微组织检验。
Micro-analysis of the Internal Control Performance System of Capital Operation of State-owned Commercial Banks Based on Data Validation;
剃齿加工是齿轮精加工的一种工艺方法，而径向剃齿法是剃齿工艺中一种更加高效的齿轮精加工工艺。
Shaving is one of the most widely used methods for finishing gear teeth, and the plunge shaving method is a more efficient process for finishing gear teeth.
在汽车发动机齿轮的加工工艺中，齿坯加工方案和齿轮剃齿参数的确定，直接影响齿轮齿形加工的主要因素。
In the process of automobile engine gear, the scheme of gear blank processing and the determination of the gear shaving parameter are the main factors that affects the gear teeth processing.
剃齿刀是齿轮加工中的精加工刀具之一，选择最优的剃齿刀参数对提高齿轮加工效率和加工质量起着很大作用。
How to choose the optimal shaving cutter parameters is crucial to improve efficiency and processing quality of the gear processing.
该拟合曲面可用于虚拟径向剃齿过程，从而生成被剃齿轮齿面，通过与渐开线齿面比较，可检验刀具设计的正确性。
It can simulate the process of radial shaving cutting, and then deduce the gear profile to be shaved. By comparing with the involute profile, the correction of the cutter design method can be tested.
推导了进入双点啮合区的法面啮合角公式，采取了独特的剃齿刀修形方式，从设计和修形上下功夫杜绝剃齿中凹的产生。
And the normal engagement angle of approaching double-point tooth area is deduced. The special dressing method of shaving cutter has been adopted.
系统给出了四种防止剃齿中凹的方法，用户可根据不同的生产条件进行选择，对每种方法的应用，系统软件都给予了指导。
Users can select from these methods according to their production condition. There is instruction for applying each method in the expert system.
运用啮合理论，建立了剃齿刀修形解析模型，推导出了修形时的啮合方程及修形后剃齿刀的齿面方程，并进行了实例分析和计算机运算。
The mesh theory of the technique has been analyzed. The equation of mesh, equation of gear flank of shaving and profiling are obtained and the analysis of example is presented.
本文提出了一种盘形剃齿刀的优化设计方法，其最优解是最后一次刃磨时的最小啮合角对应的条件；刀具寿命期间，保证进入双齿啮合剃齿。
This paper proposes an optimization method on the plate shaving cutter, its optimal solution is the premises matching the smallest toothing Angle on the condition of the last cutting grinding.
介绍了在CZ45 0齿轮整体误差测量仪上利用极坐标法测量双联齿轮、插齿刀和剃齿刀的端面渐开线齿形的方法，从而扩展了CZ45 0的测量功能。
A method of measuring contrate involute errors of double gears, gear shapers and gear shavers on the CZ450 gear integrated error tester using the polar coordinate method is introduced.
介绍了在CZ45 0齿轮整体误差测量仪上利用极坐标法测量双联齿轮、插齿刀和剃齿刀的端面渐开线齿形的方法，从而扩展了CZ45 0的测量功能。
A method of measuring contrate involute errors of double gears, gear shapers and gear shavers on the CZ450 gear integrated error tester using the polar coordinate method is introduced.
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