160도 Contra angle을 갖는 소형 핸드피스용 1:2증속기어의 치형 해석
최지훈, 안수경, 박상신
Abstract
최지훈, 안수경, 박상신
Abstract
This paper presents a design procedure for a face gear and pinion used in a handpiece with a 160°y contra angle and 1:2 gear ratio. Based on the geometric theory of gearing, the tooth profile of the face gear and pinion is developed. To analyze the contact pressure, the gear profile should be determined before calculating the stress between the two gears. The concept of calculating the face gear profile is that it can be generated by the coordinate transformation of the shaper profiles, which have involute curves, using a simulation method from the gear manufacturing process.
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This paper presents a design procedure for a face gear and pinion used in a handpiece with a 160°y contra angle and 1:2 gear ratio. Based on the geometric theory of gearing, the tooth profile of the face gear and pinion is developed. To analyze the contact pressure, the gear profile should be determined before calculating the stress between the two gears. The concept of calculating the face gear profile is that it can be generated by the coordinate transformation of the shaper profiles, which have involute curves, using a simulation method from the gear manufacturing process.
Key concepts: Pinion, Involute, Cycloid gear, Involute gear, Pressure angle, Face (sociological concept), Spiral bevel gear, Structural engineering