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Journal of The Society for Information Display | 2009

A 65-in. slim (255-mm depth) laser TV with wide-angle projection optical system

Muneharu Kuwata; Hiroaki Sugiura; Tomohiro Sasagawa; Atsushi Michimori; Eiich Toide; Takayuki Yanagisawa; Syuhei Yamamoto; Yoshihito Hirano; Masahiro Usui; Shigenori Teramatsu; Jun Someya

— A high-definition laser TV that employs a newly developed laser light source and a super-wide-angle projection optical system has been developed. This adoption of a laser light source with three primary colors helped to achieve an extremely wide color gamut, and, in addition, a compact optical engine, which has been optimized to the laser light source and contributed to the achievement of the stylish design of a large screen of 65 in., with the depth being only 255 mm.


SID Symposium Digest of Technical Papers | 2008

56.3: 65-inch, Super Slim, Laser TV with Newly Developed Laser Light Sources

Hiroaki Sugiura; Tomohiro Sasagawa; Atsushi Michimori; Eiichi Toide; Takayuki Yanagisawa; Shuhei Yamamoto; Yoshihito Hirano; Masahiro Usui; Shigenori Teramatsu; Jun Someya

A new light source for laser TVs has been developed along with a 65-inch super slim laser TV that employs the light source. In this stylish laser TV set, a depth of 255 mm has been realized owing to the new laser light source, a compact optical engine and a small laser drive power supply which are optimized to the light source.


SID Symposium Digest of Technical Papers | 2006

19.3: Laser TV: Ultra‐Wide Gamut for a New Extended Color‐Space Standard, xvYCC

Jun Someya; Yoko Inoue; Hideki Yoshii; Muneharu Kuwata; Shuichi Kagawa; Tomohiro Sasagawa; Atsushi Michimori; Hideyuki Kaneko; Hiroaki Sugiura

We have developed an HDTV that adopts semiconductor lasers involving three primary colors, red, green and blue for the light source. The adoption of a laser light source helped us realize a HDTV with a dramatically wide color gamut, namely 190% the color gamut of ITR-U BT.709. In addition, we have also developed an LSI that can deal with an extended color space xvYCC, which is a new international standard, and mounted the LSI in the HDTV. The display of colorful and natural video pictures has been achieved through the effective use of the wide color gamut involved in the laser light source supported by a video signal processing circuit that complies with the xvYCC standard and Natural Color Matrix, a color management technique.


Archive | 2005

Voice coil motor control device and method of driving the same, image pickup device

Kozo Ishida; Atsushi Michimori; Noriyuki Komori; Hideki Kunishio; Hiroaki Sugiura; Takashi Itow; Tetsuya Kuno


Archive | 2007

Turntable and display apparatus

Norihiro Watanabe; Atsushi Michimori; Tetsuji Homma; Masumi Tanaka


Archive | 2005

Voice coil motor control device, drive method for the device, and image pickup device

Kozo Ishida; Atsushi Michimori; Noriyuki Komori; Hideki Kunishio; Hiroaki Sugiura; Takashi Itow; Tetsuya Kuno


Archive | 2007

Image electric projector and image displaying method

Atsushi Michimori; Junichi Aizawa; Tomohiro Sasagawa; Hiroaki Sugiura


The Journal of The Institute of Image Information and Television Engineers | 2011

Reducing Speckle in Laser Displays with Moving Screen System

Muneharu Kuwata; Tomohiro Sasagawa; Kuniko Kojima; Atsushi Michimori; Hiroaki Sugiura; Yoshihito Hirano; Takao Endo


Archive | 2012

Solar battery system and solar battery module

Daisuke Echizenya; Norihiro Watanabe; Naoki Ito; Atsushi Michimori; Hiroo Sakamoto


Archive | 2011

Fixing metal fitting and solar cell unit

Atsushi Michimori; 厚司 道盛; Hiroo Sakamoto; 博夫 坂本; Haruhiko Sumiya; 治彦 角谷; Hirotoshi Yonezawa; 宏敏 米澤; Yoshio Ichida; 良夫 市田; Norihiro Watanabe; 教弘 渡辺

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