Olympus Optical Company, Ltd.

Tatsuo Nagasaki

Hiroyoshi Fujimori

Takeshi Mori

Yasuhiro Komiya

Hidetoshi Yamada

Seiichi Wakamatsu

Shinzo Matsui

Hideo Tomabechi

Yoshikazu Akamine

Koutatsu Oura

Kazuhiko Morita

Shinichi Imade

Yoichi Iba

Toshiyuki Ebihara

Ryoichi Sawaki

Masaaki Hayashi

Hideo Adachi

Yutaka Adachi

Eishi Ikuta

Masahiko Sasaki

Hitoshi Karasawa

Tetsumaru Kubota

Toshihiro Kitahara

Akio Nakada

Syuichi Takayama

Shinji Hatta

Yutaka Yunoki

Toru Wada

Susumu Kikuchi

Akihiro Namba

Tadao Hagino

Akihiro Taguchi

Masaki Higurashi

Tadashi Kato

Fumio Uchino

Yutaka Ohshima

Kouichi Karaki

Masahiro Ohno

Toshiki Terayama

Kenji Kishi

Hiroyuki Kusunoki

Kangda Wang

Hitoshi Tateoka

Kazunori Shionoya

Outaro Ando

Hitoshi Watanabe

Akira Hasegawa

Koichi Ito

Kimihiko Nishioka

Takeaki Nakamura

Akira Suzuki

Junichi Nakamura

Hiroki Hibino

Koji Yamaya

Yasuhiro Ueda

Fumiyuki Onoda

Kazuo Nakamura

Nagaaki Ohyama

Akira Shiga

Hiroyoshi Kobayashi

Takashi Tsukaya

Akira Shimizu

Hiroya Fukuyama

Koichi Matsui

Toshio Honda

Toshiaki Wada

Ken Ioka

Akira Matsueda

Hiroyuki Yoshimori

Michio Sato

Akira Murata

Yoshinobu Omata

Hisao Ogiu

Koichi Karaki

Toshiaki Nishikori

Koji Kambara

Masayoshi Omura

Junpei Tsujiuchi

Kuniaki Saito

Toyoo Nishiyama

Tsuguhisa Sasai

Daisaku Negoro

Yoshitake Saito

Tohru Wada

Yasuo Nakajoh

Kazuhisa Yanagisawa

Kazutake Sugawara

Ryouichi Konou

Xiaohui Kimura

Ganglu Jing

Ootaro Ando

An image display apparatus which corrects images, which are projected from a plurality of image display sections onto different regions of a screen, by a correction data calculated from picked up image data, and joins the images so that they can be displayed as a continuous image on the screen.

Image processing apparatus

An image processing apparatus, in which an object image focused by a lens is split into a plurality of images by means of a light splitting section. These images are converted into image data items by a plurality of imaging devices which are arranged with their imaging area overlapping in part. The image data items are stored temporarily in an image storing section. A displacement detecting section detects displacement coefficients (rotation angle R and parallel displacement S) from the image signals representing the mutual overlap region of two images which are to be combined and which are represented by two image data items read from the image storing section. The position of any specified pixel of the image displayed is identified by the pixel signal generated by the corresponding pixel of any imaging device. An interpolation section performs interpolation on the pixel values of the imaging device, thereby correcting the values of the other pixels of the image displayed and ultimately generating interpolated image signals. The interpolated image signals are combined with the image signals produced by the imaging device, whereby a display section displays a high-resolution image.

Disclosed herein is an image processing apparatus, in which an object image focused by a lens is split into a plurality of images by means of a light splitting section. These images are converted into image data items by a plurality of imaging devices which are arranged with their imaging area overlapping in part. The image data items are stored temporarily in an image storing section. A displacement detecting section detects displacement coefficients (rotation angle R and parallel displacement S) from the image signals representing the mutual overlap region of two images which are to be combined and which are represented by two image data items read from the image storing section. The position of any specified pixel of the image displayed is identified by the pixel signal generated by the corresponding pixel of any imaging device. An interpolation section performs interpolation on the pixel values of the imaging device, thereby correcting the values of the other pixels of the image displayed and ultimately generating interpolated image signals. The interpolated image signals are combined with the image signals produced by the imaging device, whereby a display section displays a high-resolution image.

A long time optical recording and repeated reproduction of multimedia information is possible. Using a printer system or printing process system, on a recording medium such as a sheet, the so-caled multimedia information in the form of dot codes ( ) together with images ( ) and characters ( ) is recorded. The multimedia information includes audio information such as voices, image information obtainable from a camera and others, and digitally coded data obtainable from a personal computer and other. A pen-like information reproducing device ( ) is manually moved to scan the dot codes ( ) and to take in the dot codes. The original sound is generated by a voice output device ( ) such as an earphone, the original image information is outputted on a display such as a CRT, and the digitally coded original data to a page printer or the like.

Recording medium, information reproducing apparatus and information reproducing method

In a system according to the invention, fine image data created and output by a personal computer is input to an image processing/dividing section . The image processing/dividing section determines, on the basis of parameters stored in a projector arrangement storage , which portion of the fine image data is output to which projector, thereby performing a predetermined processing. Digital signals from the image processing/dividing section are input to a plurality of D/A converters , respectively, where the signals are converted to analog signals. Images in the form of the analog signals are projected onto a screen from projectors . Thus, the image projected on the screen 8 is constituted of accurately positioned images, and hence is a very fine image.

Image projecting system

A wiring board manufacturing system, which is an electric wiring forming system, utilizes a magnesium alloy as a conductive metal for wiring pattern forming, and mixes and heats the magnesium alloy chips thereof in a cylinder (feeding unit) with a built-in screw, melting same into an alloy slurry of a thixotropic state. The alloy slurry thereof is discharged onto a board. The board is mounted on a work stage of a stage unit, which is driven and controlled in accordance with wiring pattern data inputted by a CAD or the like, and a wiring pattern is formed on the board with the discharged alloy. According to this system, it is possible to provide an electric wiring forming system, which does away with the effects on the environment resulting from waste liquid at manufacturing, enables manufacturing time to be shortened, and moreover, uses an inexpensive metallic material for forming a wiring pattern.

Electric wiring forming system

An exposure apparatus is arranged to project one unit of a circuit pattern onto the surface of a resist on a substrate to be manufactured and to expose it over the surface of this resist. The exposure apparatus includes a processing unit that enables forming a high-resolution circuit pattern image on the substrate by the use of an image display which is able to ensure a wide display region without deteriorating the resolution, and that when dividing the one unit of circuit pattern into a plurality of regions in order to ensure an inexpensive, reliable exposure operation, divides it so that adjacent ones of the divided regions may partly overlap each other. An exposure device includes a plurality of optical systems each of that projects one of a plurality of the divided regions onto the surface of the resist on the substrate. A control unit causes a plurality of the divided regions to be simultaneously projected on the surface of the resist in such a way as to cause duplex regions between the adjacent regions to overlap each other on the surface of the resist on the substrate to thereby cause the one unit of circuit pattern image to be formed on the surface of the resist on the substrate.

Exposure apparatus

A long time optical recording and repeated reproduction of multimedia information is possible. Using a printer system or printing process system, on a recording medium such as a sheet, the so-called multimedia information in the form of dot codes ( ) together with images ( ) and characters ( ) is recorded. The multimedia information includes audio information such as voices, image information obtainable from a camera and others, and digitally coded data obtainable from a personal computer and other. A pen-like information reproducing device ( ) is manually moved to scan the dot codes ( ) and to take in the dot codes. The original sound is generated by a voice output device ( ) such as an earphone, the original image information is outputted on a display such as a CRT, and the digitally coded original data to a page printer or the like.

Information reproducing system capable of manually reading an optically readable code and repeatedly reproducing voice information included in the code

A printer incorporated type electronic camera composed of an imaging unit including an imaging lens and a CCD, a printer unit, a cassette information detecting/recording unit, a tape cassette in which a recording tape having an adhesive agent applied to the back surface thereof is wound and accommodated and which can be detachably loaded and a controller for controlling respective elements. A subject image captured by the imaging unit is printed on recording tape in the tape cassette by the printer unit. Processing for fitting an image captured from an external source to the print image, and the like can be carried out. The tape cassette for print can be easily loaded to the printer incorporated type electronic camera and further the camera is less expensive. Since the radius of curvature of the recording tape when it is fed out is smaller that when it is accommodated, the recording tape can be easily exfoliated.

Printer incorporated type electronic camera and member to be recorded

In a system according to the invention, fine image data,created and output by a personal computer,is input to an image processing/dividing section,. The image processing/dividing section,determines, on the basis of parameters stored in a projector arrangement storage,, which portion of the fine image data,is output to which projector, thereby performing a predetermined processing. Digital signals from the image processing/dividing section,are input to a plurality of D/A converters,, respectively, where the signals are converted to analog signals. Images in the form of the analog signals are projected onto a screen,from projectors,. Thus, the image projected on the screen,is constituted of accurately positioned images, and hence is a very fine image.

A long time optical recording and repeated reproduction of multimedia information is possible. Using a printer system or printing process system, on a recording medium such as a sheet, the so-called multimedia information in the form of dot codes (36) together with images (32) and characters (34) is recorded. The multimedia information includes audio information such as voices, image information obtainable from a camera and others, and digitally coded data obtainable from a personal computer and other. A pen-like information reproducing device (40) is manually moved to scan the dot codes (36) and to take in the dot codes. The original sound is generated by a voice output device (42) such as an earphone, the original image information is outputted on a display such as a CRT, and the digitally coded original data to a page printer or the like.

Dot code and information recording/reproducing system for

A long time optical recording and repeated reproduction of multimedia information is possible. Using a printer system or printing process system, on a recording medium such as a sheet, the so-caled multimedia information in the form of dot codes (36) together with images (32) and characters (34) is recorded. The multimedia information includes audio information such as voices, image information obtainable from a camera and others, and digitally coded data obtainable from a personal computer and other. A pen-like information reproducing device (40) is manually moved to scan the dot codes (36) and to take in the dot codes. The original sound is generated by a voice output device (42) such as an earphone, the original image information is outputted on a display such as a CRT, and the digitally coded original data to a page printer or the like.

Dot code including a plurality of blocks wherein each of the blocks has

An IC having an image pickup element for optically picking up a code to output an image signal, and an optical system for optically inputting the code to the image pickup element are provided to a reading section for optically reading a code from an information recording medium having a portion at which multimedia information is recorded as an optically readable code. The image pickup element and the optical system are integrally arranged. Further, an IC having an image memory for storing the image signal output from the image pickup element, and an IC for reconstituting the multimedia information from the image signal are provided. A defective element due to a semiconductor manufacturing method is used for at least one of these ICs.

Information reproduction system for reproducing multimedia information

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Yokohama, Japan

Tatsuo Nagasaki