Sharp Kabushiki Kaisha Corporation

Hitachi Maxell, Limited

Sharp Corporation

Other

Panasonic Intellectual Property Management Co., Ltd.

Mitsubishi Metal Corporation

Sharp Kabushiki Kaisga

Kenji Ohta

Akira Takahashi

Hiroyuki Katayama

Junichiro Nakayama

Yoshiteru Murakami

Junji Hirokane

Tetsuya Inui

Michinobu Mieda

Toshihisa Deguchi

Tomoyuki Miyake

Kazuo Van

Junsaku Nakajima

Naoyasu Iketani

Yorishige Ishii

Susumu Hirata

Hideyoshi Yamaoka

Toshikazu Nagaura

Shigeo Terashima

Kazuhiro Kimura

Hirotsugu Matoba

Yoshikazu Fujii

Akira Shibata

Yoshiyuki Nagahara

Hiroshi Fuji

Hikaru Mizutani

Naoki Saito

Toshio Ishikawa

Shigemi Maeda

Hiroshi Sakaguchi

Junichi Washo

Shohichi Katoh

Hirotoshi Takemori

Takao Hyuga

Kunio Kojima

Yoshiji Ohta

Takashi Matsuda

Masaru Nomura

Masaki Hamamoto

Keita Hara

Shingo Abe

Hitoshi Takeuchi

Hirotaka Toki

Tetsurou Muramatsu

Shozo Kobayashi

Yukinori Nishitani

Masahiro Kawano

Hiroyuki Ikenaga

Tetuya Inui

Junji Tominaga

Kanji Mizusugi

Tatsushi Yamamoto

Nobufumi Atoda

Hiroyoshi Takagi

Shinji Yamagami

Masayasu Futagawa

Masahiro Horii

Zenjiro Yamashita

Junji Hirogane

Junichi Sato

Takeshi Yamaguchi

Katsusuke Shimazaki

Nobuyuki Takamori

Toshiya Takahashi

Takahiro Miyake

Toshiyuki Toyofuku

Tsuyoshi Maro

Kenzo Yoshida

Keiichi Takao

Hideaki Sato

Hiroshi Nakashima

Mitsuo Ishii

Hitoshi Isono

Kenichi Hijikata

Shozou Kobayashi

Tatsuo Mori

Tomokazu Ise

Katsuhiro Takahashi

Yuji Hayashihara

Etsuji Minami

Katsuo Wada

Kosuke Watanabe

Akira Tanabe

Takao Enomoto

Noriaki Kitani

Tetsuo Ueyema

Junsaku Nakayima

Yuuji Yamazaki

Hiroo Yoshidome

Ichiro Hiramatsu

Kasuhiro Kimura

Kazuhiko Arikawa

Schohichi Katoh

Takaaki Kuwahara

Takyuki Shingyoji

Kazushige Takaishi

An image processing apparatus according to the present invention has: an apparatus main body whose external appearance is configured from an upper casing, a lower casing, and a link casing that vertically links the upper casing and the lower casing and that has a paper discharge opening for discharging paper on one side face; a paper discharge portion that is formed as a space between the upper casing and the lower casing and that is to store paper discharged from the paper discharge opening; and an operation panel portion that is disposed in a vertically tiltable manner on a front face of the upper casing. When viewing the apparatus main body from the front side, an open space that allows paper discharged to the paper discharge portion to be viewed is provided between the operation panel portion and the link casing.

Image processing apparatus

A dimming console serves to store output levels of a plurality of lighting instruments and control the output levels of the plurality of lighting instruments. The dimming console includes an output unit configured to output, to a display, a scene preparation region that displays scenes indicating at least states of the output levels of the plurality of lighting instruments and a scene storage region indicating playback order information regarding a scene playback order; an input unit configured to receive an operation for the scene preparation region and an operation for the scene storage region; and a control unit configured to edit the scenes or the playback order information pursuant to the operation of the input unit and to control the output unit to output the edited scenes or the edited playback order information.

Dimming console

Copier

Operating panel for a copier

Cash register

An optical disk has a lead-in region provided at the inner circumference side and a user region provided at the outer circumference side. Pit stringof pits of different depths is formed in the lead in region. Light beam reflected from the pit string is detected by detector and TPP and RF signals are output by differential amplifier and addition amplifier. A ternary signal is restored from pits based on the TPP and RF signals. Information is recorded by pits of the same depth in the user region. Recording information in the depth direction in the lead-in region increases the recording capacity thereof. The information recorded in the depth direction in the lead-in region cannot be transferred to a user region of another optical disk.

Optical recording medium recorded with information in depth direction, and method and apparatus of reproduction therefrom

Input/output terminal for computer

Communication system of a group robot system is made hierarchical, having a base station as an uppermost layer and a plurality of layers formed by a plurality of sensing robots, and the plurality of sensing robots are controlled such that a sensing robot belonging to an upper layer of the hierarchical structure has higher sensing resolution than a sensing robot belonging to a lower layer of the hierarchical structure. Thus, a group robot system capable of efficiently searching for an object can be obtained.

Group robot system, and sensing robot and base station used therefor

On an optical disk, a string of a plurality of pits having two different depths is formed. Quantity of light reflected from the pit string is detected by a photoreceptor element, and based on the detected quantity of reflected light, a pit depth detecting unit detects depth of each pit. Based on the detected quantity of reflected light, a servo signal generating unit generates a tracking servo signal. An output control unit supplies the generated tracking servo signal when a pit of such depth that is to be reproduced is tracked, and holds and supplies an immediately preceding tracking servo signal when a pit of different depth is being tracked, based on the result of detection by the pit depth detecting unit.

Optical disk having pits of different depths formed therein, optical disk reproducing apparatus for reproducing the optical disk, and method of tracking the optical disk

An optical disk has a lead-in region provided at the inner circumference side and a user region provided at the outer circumference side. Pit stringof pits of different depths is formed in the lead-in region. Light beam reflected from the pit string is detected by detector and TPP and RF signals are output by differential amplifier and addition amplifier. A ternary signal is restored from pits based on the TPP and RF signals. Information is recorded by pits of the same depth in the user region. Recording information in the depth direction in the lead-in region increases the recording capacity thereof. The information recorded in the depth direction in the lead-in region cannot be transferred to a user region of another optical disk.

Growing community of inventors

Kitakatsuragi-gun, Japan

Kenji Ohta