Abstract
The transmission errors of spiral bevel gears in Gleason system are analyzed in two cases. One is the analysis of hypothetical gears accurately cut according to Gleason's summary and the other is that of gears used actually. The tooth surfaces of the latter gears are measured by using a coordinate measuring machine, and the machine settings to generate the gears are estimated by the method of least squares so that the surface fits the measured data. The results of analysis showed that the tooth bearings obtained in both cases matched the desired ones, but the transmission errors differed from the desired, namely, they were not sufficiently small. In conclusion, although Gleason system pays attention to tooth bearing, it does not pay so with regard to the transmission errors.
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