Matsushita Electronics Corporation

Nippon Hoso' Kyokai

Matsushita Electric Industrial Co., Ltd.

Sharp Kabushiki Kaisha Corporation

Sysmex Corporation

Osaka Prefectural Government

Kazuo Takahashi

Koichi Wani

Tetsuo Sakai

Yoshimichi Takano

Mutsumi Mimasu

Utaro Miyagawa

Makoto Takei

Hiroshi Murakami

Shigeo Suzuki

Kazunori Hirao

Hidenobu Shintaku

Hiroki Kono

Taku Watanabe

Mitsuo Asabe

Yoshiro Abe

Hiroshi Nishimura

Yoshinobu Okuno

Takeshi Imoarai

Noriyuki Saito

Fumio Satoh

Mizumoto Ushirozawa

Yasushi Motoyama

Tomokuni Taniguchi

Yukio Murakami

Keiji Ishii

Akiko Tamura

The present invention relates to a method for detecting an avian influenza virus by an immunological assay using an anti-influenza virus antibody being unreactive to human influenza type-A virus subtypes H1, H2 and H3 and a human influenza type-B virus and being reactive to plural subtypes of avian influenza viruses, and an immunochromatographic test tool for use in the method. According to the present invention, an avian influenza virus can be detected specifically, rapidly and in a simple manner, as distinguishing an avian influenza virus from a human influenza virus.

Rapid diagnosis method specific to avian influenza virus

A DC gas discharge type image display device includes a front glass substrate; a rear glass substrate facing the front glass substrate, interposing a discharge gas therebetween; a set of anodes including a plurality of line electrodes formed on the rear glass substrate; a set of cathodes including a plurality of line electrodes placed on the front glass substrate so as to perpendicularly cross the set of anodes; and a plurality of discharge cells, each being provided so as to correspond to each of the cross points of the set of anodes and the set of cathodes. The device is driven in a refresh driving method or a memory driving method. As to the production of this device, the set of cathodes is formed by a spraying method. The cathodes are made from aluminum, nickel, an aluminum alloy or a nickel alloy. The discharge gas is a mixed gas of He and Xe.

Image display apparatus and method for fabricating the same

A method for driving a gas discharge display panel consists of the steps of applying a writing pulse on a specific display electrode line selected from display electrode lines arranged side by side in the panel, applying a scanning pulse on a specific scanning electrode line selected from scanning electrode lines which are arranged side by side and cross the display electrode lines to produce writing gas discharge in cooperation with the writing pulse in a specific discharge cell arranged at an intersection space between the specific display electrode and the specific scanning electrode line, and applying a series of maintaining pulses subsequent to the scanning pulse on the specific scanning electrode during only a maintaining period to produce maintaining gas discharge subsequent to the writing gas discharge in the specific discharge cell, the maintaining gas discharge being intermittently produced in synchronism with the maintaining pulses. The scanning pulse is applied in synchronism with the writing pulse. The maintaining gas discharge is stopped without applying any pulse after the maintaining period passes.

Method for driving gas discharge display panel

A display anode connected to a display anode bus bar and a display cathode connected to a cathode bus bar cooperatively constitute a display cell. An auxiliary anode connected to an auxiliary anode bus bar and an auxiliary cathode connected to an auxiliary cathode bus bar cooperatively constitute an auxiliary cell. Each of the display anode is connected in series with a display anode resistance. Each of the auxiliary anode is connected in series with an auxiliary anode resistance.

Gaseous discharge display

In a DC gas discharge type image display apparatus including: a front glass substrate; a rear glass substrate facing the front glass substrate, interposing a discharge gas therebetween; a set of anodes including a plurality of line electrodes formed on the rear glass substrate; a set of cathodes including a plurality of line electrodes placed on the front glass substrate so as to perpendicularly cross the set of anodes; and a plurality of discharge cells, each being provided so as to correspond to each of the cross points of the set of anodes and the set of cathodes, the apparatus being driven in a refresh driving method or a memory driving method, the set of cathodes are formed by a spraying method. The cathodes are made from aluminum, nickel, an aluminum alloy or a nickel alloy. The discharge gas is a mixed gas of He and Xe.

ADC gas discharge image display device having cathode material

Method for driving gas discharge display panel and gas discharge display

A method for driving a plasma display panel comprising a plurality of first electrodes disposed in parallel with each other, a plurality of second electrodes disposed in parallel with each other and perpendicular to the first electrodes, the second electrodes having a plurality of blocks, and a driving means to apply pulses to the second electrodes, wherein the different electrodes belonging to the different blocks are successively scanned in the predetermined order. Alternatively, the different electrodes may be scanned by repeating applications of pulse to a second electrode belonging to a certain block and to a second electrode belonging to either of the adjacent blocks.

Plasma display panel and a method for driving the same

Disclosed is a copying machine provided with a device for detecting a jammed original in the original-conveying path and a device that first discharges copying papers during image-transference process from the copying mechanism upon detection of paper jamming and then causes the value of the copied-paper counter to return to the value displayed before the jamming.

Copying machine with automatic original feeding device

Growing community of inventors

Osaka, Japan

Kazuo Takahashi