A Study on NC Gear Cutting of Large-size Bevel Gears : 1st Report: Cutting by End Milling
スポンサーリンク
概要
- 論文の詳細を見る
When a bevel gear is designed to have such a tooth trace along which the equivalent spur gear does not change its form, the bevel gear may be cut almost correctly by single traverse end milling. By this cutting method, plastic gears with a diameter of about 200mm were cut trially by a numerically controlled machine tool which was made in the authors' laboratory in order to give complicated a relative motion to the cutter and the work. The conjugation of the gear teeth cut by this method was verified theoretically in the case of two variations of the method. In some cases, the deviation from the perfect conjugation is small enough. But in most cases, the edge contact of gear teeth is sure to become large enough not to be allowed especially when the gear size becomes large. The edge contact was shown to be able to diminish by means of profile modification of cutter.
- 一般社団法人日本機械学会の論文
著者
-
Sakai Takao
Faculty Of Engng. Tohuku Univ.
-
Sakai Takao
Faculty Of Engineering Yamagata University
-
SHIMACHI Shigeyuki
Faculty of Engineering, Tohoku University
-
Emura Takashi
Faculty Of Engng. Tohuku Univ.
-
Emura Takashi
Faculty Of Engineering Tohoku University
-
Shimachi Shigeyuki
Faculty Of Engng. Tohuku Univ.
-
Shimachi Shigeyuki
Faculty Of Engineering Iwate University
関連論文
- A Study on Zero-backlash Reduction Mechanism
- Simplified Stepping Motors Driven by Yawing Motion (1st Report The Principle of a Yawing Motor) : Series C : Vibration, Control Engineering, Engineering for Industry
- A Method of NC Gear Cutting with Simply Shaped Tool : Application to Worm Wheel Cutting : Series C : Vibration, Control Engineering, Engineering for Industry
- A Simple Method of Bevel Gear Cutting : 2nd Report, Crowning Method
- A Simple Method of Bevel Gear Cutting : 1st Report, The Basic Conception of the Cutting Method
- Gear Grinding by Threaded Vitrified-Bonded CBN Wheel
- Direct-Drive NC Hobbing Machine : Increase of Servo Stiffness by Using an Inertial Damper
- A Study on NC Gear Cutting of Large-size Bevel Gears : 3rd Report; A Method to Save Path Number of the Cutter in Tooth Generation
- A Study on NC Gear Cutting of Large-size Bevel Gears : 2nd Report; End-milling for the Taper Tooth
- A Study on NC Gear Cutting of Large-size Bevel Gears : 1st Report: Cutting by End Milling
- Short Pipes Climbing up a Vibrating Vertical Rod
- Hourglass Worm Gears Designed to Concentrate Surface Normals