Nobuo Mitsui
Hitachi
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Publication
Featured researches published by Nobuo Mitsui.
power electronics specialists conference | 1987
Masao Nakazato; Nobuo Mitsui; Seiya Shima; Mitsuyuki Honbu
The authors, et al. have developed newly such a current source inverter technology that the input/output voltage and current are all controlled sinusoidally by microcomputers PWM control function and in addition, power regenerating function is permitted and then have applied it effectively to high-speed elevators.
power electronics specialists conference | 1977
Akinori Watanabe; Nobuo Mitsui; Seiya Shima; Katsu Komuro
The high-speed AC elevators with a speed of 105 mpm (350 fpm) were developed by applying thyristors to their control. The acceleration of the elevators is controlled by two-phase primary voltage control of AC motor, while their deceleration is regulated by DC braking through thyristor convertor. The new technology to enable continuous torque control from motoring to braking has been developed by the Push-Pull characteristics of the control for the higher and lower speed motors. Thus, complex DC motor and motor-generator were replaced by simple AC motor and economical control system was realized.
Archive | 1987
Hiromi Inaba; Seiya Shima; Takeki Ando; Toshiaki Kurosawa; Nobuo Mitsui
Archive | 1987
Hiromi Inaba; Seiya Shima; Toshiaki Kurosawa; Toshimitsu Tobita; Mitsuyuki Hombu; Nobuo Mitsui
Archive | 1980
Nobuo Mitsui; Yasuyuki Maeda; Tomiaki Kurihara; Seiya Shima; Takanobu Hatakeyama; Katsu Komuro
Archive | 1975
Katsu Komuro; Nobuo Mitsui
Archive | 1974
Nobuo Mitsui; Akinori Watanabe; Takeshi Oohira; Kazuhiko Kawauchi; Shoichi Nakao; Katsuya Teranishi
Archive | 1971
Nobuo Mitsui; Takanobu Hatakeyama; Katsu Komuro
Archive | 1986
Nobuo Mitsui; Yoshio Sakai; Masao Nakazato; Mitsuyuki Honbu; Shigeta Ueda; Seiya Shima; Katsu Komuro; Takeki Ando; Akiteru Ueda; Kazuhiko Sasaki; Toshiaki Kurosawa
Archive | 1978
Yasuyuki Maeda; Nobuo Mitsui; Tadao Kameyama; Akinori Watanabe; Katsu Komuro; Sadao Hokari