When interference of tooth shape occurs, the coordinate value of drive engagement point would be rectified by the computer on line until the interference disappears.
在齿形干涉出现时，对主动件相应的啮合接触点坐标值由计算机自动进行增值修正计算，直到干涉消失。
The inefficient single wave harmonic drive caused by interference of tooth profiles has not been solved by exact theoretical analvsis; Screw is used in the paper as mathematical tool.
齿廓干涉引起单波谐波传动失效的问题迄今没有精确的理论分析方法。
According to the result of interference test, the cutting tooth parameter is adjusted till the satisfied spiral bevel gear pair was acquired.
根据干涉结果对螺旋锥齿轮的切齿参数进行调节，直至得到比较满意的螺旋锥齿轮副。
But the calculation is practically a very because of the complicacy of tooth-overlapping interference formulas.
但是，由于内啮合锥齿轮副的齿廓重叠干涉公式非常复杂，实际使用时计算量很大。
The coordinate equation and noninterferential condition of tooth profiles are used to calculate interference of tooth profiles of the single wave harmonic drive.
运用坐标方程和齿廓不干涉的条件，验算单波谐波传动齿廓的干涉。
The tooth-overlapping interference is one of the hard job examples.
齿廓重叠干涉就是其中之一。
The way to solve the problem of the tooth outline overlap interference caused by the processing errors in the practical use is put forward.
应用具体实例，研究了加工误差对少齿差内啮合齿廓重迭干涉的影响，并提出相应的解决方法。
Then, According to the cutting tooth processing principle, establish hypoid gear model, and conduct virtual assembly, interference checking, provides the precise model for the following analysis.
再根据切齿加工原理，建立了准双曲面齿轮模型，并进行虚拟装配，干涉检查，为后面分析提供精确的模型。
Then, According to the cutting tooth processing principle, establish hypoid gear model, and conduct virtual assembly, interference checking, provides the precise model for the following analysis.
再根据切齿加工原理，建立了准双曲面齿轮模型，并进行虚拟装配，干涉检查，为后面分析提供精确的模型。
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