Minoru Isobe

发表

Development of Linear-Motor-Driven Nc Table for High-Speed Machining of 3d Surface by Lathe Turning

Yoshitaka Morimoto, Takayuki Moriyama, Souichiro Emoto, 2012 .

Development of Pipe Structure Frame for CNC Lathe – Adaptation of Thermal Displacement Control

Yuichi Okazaki, Yoshitaka Morimoto, Yoshiyuki Kaneko, 2012 .

Vibration Control of Relative Tool-Spindle Displacement for Computer Numerically Controlled Lathe With Pipe Frame Structure

Yoshitaka Morimoto, Yoshiyuki Kaneko, Minoru Isobe, 2014 .

S1301-2-3 Practical Application of Simple Method to Compensate Thermal Deformation on a CNC lathe

Kenichi Masuda, Toshiyuki Miyamoto, Yoshiyuki Kaneko, 2009 .

Development of a High Precision Lathe with Countermeasure of Environmental Preservation for Thermal Deformation

Yoshiyuki Kaneko, Minoru Isobe, Ikuo Tanabe, 2004 .

Creation of Curved Surface by Lathe Turning -Development of CAM system using original tool layout-

Yoshitaka Morimoto, Takayuki Moriyama, Souichiro Emoto, 2012 .

Method and apparatus for processing printed boards in relief

Minoru Isobe, Yoshinori Koshida, 1988 .

Simple and Effective Method to Compensate Thermal Deformation of a Machine Tool by Deriving its Approximate Equation (Application under the Continuous Operating Condition):Application under the Continuous Operating Condition

Yoshiyuki Kaneko, Minoru Isobe, Hiroshi Tachiya, 2007 .

An electrophotographic printing machine

Shigeki Nakajima, Minoru Isobe, Hisao Ono, 1992 .

Vibration Control of Relative Tool-Spindle Displacement for CNC Lathe With Pipe Frame Structure

Yoshitaka Morimoto, Yoshiyuki Kaneko, Minoru Isobe, 2012 .

Vibration Control of CNC Lathe with Pipe Structure Frame: —Evaluation of Vibration suppression by Adopting of Active Vibration Control—@@@—アクティブ振動制御の適用によるフレーム振動の抑制効果の検証—

Yuichi Okazaki, Yoshitaka Morimoto, Minoru Isobe, 2012 .

SYNTHESIS OF SEGMENT C OF TAUTOMYCIN

Minoru Isobe, Yoshiyasu Ichikawa, M. Isobe, 1995 .