フェースギヤ歯面設計の一考察

抄録

The purpose is to simplify the tooth flank design of the face gear and the setting of optimum specifications. In this case, the target was the face gear that meshes with the helical involute pinion gear in offset position. The curved surfaces of the tooth of the face gear can be generated by the action of constant velocity meshing with the tooth surfaces of the pinion gear. The meshing between the pinion and the face gear proceeds at a constant speed along the straight line of action. And the line of action of the straight line is continuous and exists as a curved surface. By quantifying and comparing the size of the effective action curved surface, it can be used as an index for determining the parameters of the specifications of the face gear.