An Optimum Design of Planetary Reduction Gear Using Rollers as Gear Teeth
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概要
- 論文の詳細を見る
It is hard to design high quality reduction gears composed of rollers as gear teeth, because the reduced rotation has irregularities inevitably. In this report, the optimum design of roller tooth gears for power transmission was investigated. According to this design, the K-H-V type planetary reduction gears of the reduction ratio of 1/15 were produced on trial. The following performances were obtained. (1) Irregularities of reduced rotation were less than 0.028 degrees. (2) Efficiency of power transmission was 80-90%. According to these results, it is possible to put this reduction gears to practical use.
- 一般社団法人日本機械学会の論文
著者
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Tsukada Tadao
Tokyo Institute Of Technology
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TAKASU Isamu
IT Engineering Co. Ltd.
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ANNO Yoshiro
T. I. T.
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KANOH Daisuke
T. I. T.
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NAITOH Yoshitatsu
Hitachi Seiko Co. Ltd.
関連論文
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- An Analysis of the Elastic and Plastic Deformations of Machined Surfaces in Contact : 2nd Report, Comparison between Calculated and Experimental Results on the Deformations of Rough Surfaces in Contact
- An Analysis of the Elastic and Plastic Deformations of Machined Surfaces in Contact : 1st Report, Deformations of Contacting Rough Surfaces when the Directions of Surface Asperities Cross Each Other
- An Analysis of the Elastic and Plastic Deformations of Machined Surfaces in Contact : 3rd Report, On the Contact of Surfaces Whose Asperities do not have Directional Qualities
- An Analysis of the Deformation of Contacting Rough Surfaces : 3rd Report, Introduction of a New Contact Theory of Rough Surfaces
- An Analysis of the Deformation of Contacting Rough Surfaces : 4th Report. Formulae for Practical Use on Deformation of Plane Joints Making the Directions of Surface Asperities Parallel to Each Other
- An Optimum Design of Planetary Reduction Gear Using Rollers as Gear Teeth
- An Analysis of the Deformation of Contacting Rough Surfaces : 2nd Report, Estimation of the Initial Contact Positions
- An Analysis of the Deformation of Contacting Rough Surfaces : 1st Report, Analysis and Measurement of Slope of Surface Roughness
- An Analysis of the Elastic and Plastic Deformations of Machined Surfaces in Contact : 5th Report, Formulae of Deformations of Plane Joints Machined by Various Methods for Practical Use