Central Japan Railway Company

Matsushita Electric Industrial Co., Ltd.

Toto Ltd.

Kanagawa Academy of Science and Technology

The University of Tokyo

Nippon Soda Co., Ltd.

Takenaka Corporation

Fujitsu Corporation

Panasonic Corporation

U-vix Corporation

Toto Co., Ltd.

Kobe Steel, Ltd.

Olympus Medical Systems Corporation

Taiyo Kogyo Corporation

Tryonics Corporation

Akira Fujishima

Kazuhito Hashimoto

Toshiya Watanabe

Tetsuya Shichi

Makoto Hayakawa

Eiichi Kojima

Christopher Cordonier

Kenichi Katsumata

Yasuhiro Katsumata

Takafumi Numata

Mitsuyoshi Machida

Atsushi Kitamura

Makoto Chikuni

Keiichiro Norimoto

Akimasa Nakamura

Tomokazu Iyoda

Teruo Komine

Kenichirou Amemiya

Hiroaki Ozeki

Toshio Saito

Takatoshi Ogawa

Tetsuo Yoshimoto

Shigemichi Fukayama

Hideki Masuda

Tokuyoshi Saitoh

Ippei Kanno

Tetsuo Tomita

Kazuki Arihara

Tamotsu Hasegawa

Toshihiro Furusawa

Yasuo Oba

Yasuhiko Yoshioka

Takashi Umeda

Mitsuhide Shimohigoshi

Toshiyuki Yokosaka

Makoto Yamashita

Hirotoshi Takeuchi

Atushi Kitamura

Yuko Morito

Nobuo Tsubouchi

Osamu Sato

Masatoshi Homan

Takayoshi Sasaki

Naoki Yuda

Yoshimasa Ito

Eiji Okada

Mineyuki Iwaida

Hirokazu Kitamura

Yasuhiro Hibino

Hiroshi Toyoda

Tatsuya Yasunaga

Masashi Yasuda

Yasuteru Asakawa

Sadatoshi Ohno

Kenji Adachi

Fumio Kamikubo

Kazuhiro Abe

Seiji Matsushita

Joji Nakamura

Takayuki Nakata

Atsumichi Kushibe

Takashi Kato

Masatoshi Yamazaki

Hiroshi Uetsuka

Takuji Horie

Koji Oshika

Yasuhide Yamagushi

Katsuhiko Takagi

Kazuya Nakata

Isao Arika

Eiichi Okamoto

Taketoshi Murakami

Tsuyoshi Ochiai

Takahiro Koyama

Makoto Tomoyori

Eiichi c/o Toto Ltd Kojima

Makoto c/o Toto Ltd Hayakawa

Kazuhiro c/o Taiyo Kogyo Corporation Abe

Hiroshi c/o Taiyo Kogyo Corporation Toyoda

Takayuki c/o Taiyo Kogyo Corporation Nakata

Eiichi c/o Taiyo Kogyo Corporation Okamoto

Disclosed is a method for forming a photocatalyst thin film, which is characterized in that a photocatalyst thin film containing a niobium-alkali metal complex oxide is formed by forming and then firing a layer containing niobium on the surface of a base containing an alkali metal.

Photocatalytic film, method for forming photocatalytic film and photocatalytic film coated product

A photocatalyst element structure includes a photocatalyst element that includes a flat photocatalyst sheet and an undulating photocatalyst sheet overlapped on the flat photocatalyst sheet. The flat photocatalyst sheet and the undulating photocatalyst sheet include a porous titanium foil having a non-periodic spongy structure impregnated with anatase titanium dioxide particles. The photocatalyst element structure can include a plurality of the photocatalyst elements so that the flat photocatalyst sheet and the undulating photocatalyst sheet alternate.

Photocatalyst element structure, ultraviolet radiation air purification system, photocatalyst sheet, and method of manufacturing photocatalyst sheet

Disclosed is a method for forming a photocatalyst thin film, which is characterized in that a photocatalyst thin film containing a niobium-alkali metal complex oxide is formed by forming and then firing a layer containing a niobia nanosheet on the surface of a base containing an alkali metal.

An air purification system includes an internally hollow cylindrical casing made of a non-conducting material; an inner electrode arranged on an inner surface of the supporting member; an outer electrode arranged on an outer surface of the supporting member; a photocatalyst filter arranged on an outer surface of the outer electrode for purifying air inside a plasma generation zone; and a power source for supplying power of opposite polarities to each of the inner electrode and the outer electrode so as to generate plasma. The photocatalyst filter includes a filter element, and the filter element includes a porous titanium foil having a non-periodic spongy structure impregnated with anatase titanium dioxide particles as a photocatalyst.

Air purification system

An anode () and a cathode (), interposing a solid polymer film (), are disposed. While supplying purified water from a supply port () of an anode chamber (), wherein the anode () is disposed, and a supply port () of a cathode chamber (), wherein the cathode () is disposed, direct electric current is applied between the anode () and the cathode (). As a result, ozone-water is discharged from an outlet port () of the anode chamber (). In such an electrolysis cell (), a free-standing conductive diamond plate, formed by microwave plasma assisted CVD so as to have a thickness of 0.8 mm, is used as the anode (). The diamond plate is provided with holes, having a diameter of 1 mm and disposed such that a center distance therebetween becomes 2 mm. Therefore, the electrolysis cell () can stably produce ozone without causing exfoliation of the anode (), even when high voltage and large current are applied between the anode () and the cathode ().

Electrode, ozone generator, and ozone production method

In a mobile communication system, which has a plurality of radio network controllers and a number of radio base stations connected to each of the radio network controllers, for sending and receiving user data between a host network and mobile stations via the radio network controllers and radio base stations, a plurality of transmission paths that pass through one or more radio network controllers are set up between a base station, which sends and receives radio signals to and from a mobile station, and the host network. When data is being sent and received using one transmission path from the host network to a base station through a radio network controller, traffic conditions on this transmission path are monitored. When traffic has increased, the user data is dispersed by being passed through a plurality of transmission paths.

Mobile communication system and method of data dispersion in said system

A coating liquid including one or more of metal complexes selected from a metal complex A represented by Chemical Formula 1, a metal complex B represented by Chemical Formula 2, and a metal complex C represented by Chemical Formula 3. M in Formula 1, 2 and 3 represents a metal ion. Each of X-Xin Formula 1, 2 and 3 is one of O, NH, COand S. Each of Y-Yin Formula 1 and Y-Yin Formula 3 is either CH or N. Each of Z-Zin Formula 2 and 3 and Z-Zin Formula 2 is one selected from a group of O, NH and S, and two selected from a group of CH and N. L represents an axial ligand. k represents a valence of each of the metal complexes and is equal to a sum of electric charges of M, X-Xand L.

Coating liquid, metal compound film formed by coating liquid, and forming method thereof

A method for producing ozone-water includes steps of providing a cathode and an anode so as to interpose a solid polymer film therebetween, and electrolyzing water. A conductive diamond having one of a porous structure and a mesh structure is used as the anode. Ozone-water of an intermediate to high temperature is produced by electrolyzing water of an intermediate to high temperature.

Method and apparatus for producing ozone-water

Demodulator includes reception quality evaluation circuit for evaluating the quality of a received signal by comparison with a first reference value, and outputting an evaluation signal; and driving circuit receiving the evaluation signal. If reception quality evaluation circuit evaluates that the quality of the received signal is acceptable, power supply from driving circuit to DC offset control loop is stopped. This offers a high-frequency receiver that reduces power consumption.

Electronic tuner and high frequency receiving device using the same

This invention provides a coating agent, which can form a coating film over a wide area in a simple manner, is chemically and physically stable, and can form an ultrathin film, a coating film, a method for formation of coating film, and various products coated with the coating film. The coating agent contains thin sheet titanium oxide fine particles. The coating agent may comprise a solution containing a titania nanosheet and a sol of silicon oxide or titanium oxide. The coating film is formed by coating and then drying and heating the coating and has a microstructure in which thin sheet titanium oxide fine particles are stacked with a high level of orientation.

Titanium oxide coating agent and titanium oxide film forming method

The present invention provides a technology related to a conductive film which is high in transparency, conductivity, and adhesiveness to a base plate. The present invention also provides a coating liquid including metal materials reacting with a ligand represented by a particular Chemical Formula and including indium (In), tin (Sn), or both thereof.

Coating liquid, conductive film formed by coating liquid, and forming method thereof

The present invention provides a new photocatalyst sheet in which the substrates coated with fluorocarbon resin are readily weldable mutually, and also of the high antifouling and water-repellant property by coating the outermost surface of film/fabric structure with fluorocarbon resin containing a photocatalyst and a photocatalyst sheet comprises a substrate (), a first fluorocarbon resin layer () coated on said substrate (), a second fluorocarbon resin layer () coated on said first fluorocarbon resin layer (), and a third fluorocarbon resin layer () containing photocatalyst coated on said second fluorocarbon resin layer (). The melting point of the first fluorocarbon resin layer () may be higher than the melting points of the second and the third fluorocarbon resin layers (), ().

Photocatalyst sheet and method of producing same

The present invention provides a coating liquid including organic metal complexes represented by Chemical Formula 1. R-Rin Chemical Formula 1 is one of the followings (1)-(4):

Coating liquid, titanium oxide film formed by coating liquid, and forming method thereof

An oscillator device includes a resonator including a coil and a capacitor connected to the coil in parallel; and an oscillator connected to the resonator. Electric waves are emitted from the coil to at least one receiving antenna of the receiver while the oscillator device changes position and direction over time. The coil has an outer diameter and a total length which is approximately the same as the outer diameter.

Oscillator device and transmitter module using same

Growing community of inventors

Kawasaki, Japan

Akira Fujishima