Konica Corporation

Konica Minolta Business Technologies, Inc.

Konica Minolta, Inc.

Sony Corporation

Other

Kabushiki Kaisha Toshiba

The University of Tokyo

Asahi Kasei Kabushiki Kaisha

Nippon Telegraph and Telephone Corporation

Ebara Corporation

Shimadzu Corporation

Shinko Electric Industries Co., Ltd.

Tohoku University

Konica-Minolta Holdings, Inc.

Tosoh Corporation

Hiroyuki Arai

Keizo Inoue

Tadayuki Ueda

Eiji Nishikawa

Toshihiro Motoi

Hiroyuki Maruyama

Ryuji Okutomi

Shinobu Kishi

Masafumi Tsujimoto

Yumiko Higashi

Yoshikazu Maekawa

Kenji Taki

Masato Okamura

Takashi Tamura

Takashi Enomoto

Kazuhiro Nakamura

Satoshi Ogata

Kenji Izumiya

Kenichi Ozawa

Koji Negishi

Makoto Arita

Kotaro Kawamura

Masakazu Uesugi

Tomotaka Hashimoto

Hajime Hirasawa

Hitoshi Ikeda

Hideki Adachi

Seiji Yamamoto

Tsugio Hirabayashi

Osamu Shibasaki

Yasushi Yamada

Takayuki Hirabayashi

Toshiaki Sugimura

Shoji Kurakake

Toshihide Miura

Satoshi Fujita

Susumu Okui

Akimasa Yoshida

Kentaro Nishimura

Satoru Nagai

Tetsuo Oosato

Fusako Akimoto

Minoru Takahata

Hidetaka Kuwano

Touru Kasai

Kenji Ogura

Sunao Mikawa

Minoru Mori

Kazuto Nagata

Toshiaki Sato

Tomoharu Fujii

Hiroshi Suzuki

Akira Shinada

Makoto Kashiwagi

Toshiaki Kobayashi

Ippei Tambata

Akihiko Okubora

Shinichi Masuda

Norikazu Nakayama

Kazuhiro Kosuge

Chikatsu Suzuki

Izumi Hamanaka

Katsuhiko Nunokawa

Shigeo Konuma

Hiroaki Okajima

Noboru Kubota

Yasuhisa Hirata

Kei Akune

Fusako Ozawa

Kou-ichi Jishage

Takumi Ikeda

Hiroyuki Chigasaki

Hisahiro Tanaka

Yasutaka Muroga

Keiko Matsumoto

Shigemi Yukizane

Akihiko Nishiki

Tomoo Kudo

Junken Aoki

Yutaka Uruma

Takehiko Otoyo

Kazuo Murakami

Hidehiro Urata

Yusuke Yamamoto

Koji Igarashi

Masahiro Okuno

Seiji Kurauchi

Hiroyuki Yahagi

Toshio Yokoyama

Hiromichi Koga

Akio Youtou

Hiroki Takezawa

Koki Suzuki

Hiroyuki Shinozuka

Yuichiro Nishioka

Tomoo Kudou

Syunji Shimokawa

Yutaka Yatomi

Ryo Taguchi

Yosuke Isobe

A membrane distillation module comprising a membrane distillation cartridge and a membrane distillation housing, wherein: the cartridge comprises a anchoring part in which porous membranes are anchored by resin; the housing comprises a housing body and a housing lid; the membrane distillation module comprises a support part where the outer surface of the anchoring part is supported by the inner surface of the housing with a seal member interposed therebetween; and a value C in the cross section of the support part is at least 30° C. as represented by the formula, where dis the equivalent circular diameter (mm) of the outer circumference of the anchoring part, kis the linear expansion coefficient (1/° C.) of the resin, dis the equivalent diameter (mm) of the inner circumference of the housing, and kis the linear expansion coefficient (1/° C.) of a portion where the housing contacts the seal member.

Membrane distillation module and membrane distillation apparatus

Provided is a method for separating PIPs by which isomers of PIPs can be separated without deacylating the PIPs. The method includes at least a separation step of injecting a sample containing a plurality of PIPs into an analysis flow path of a supercritical fluid chromatograph having a separation column filled with a separation medium containing β-cyclodextrin and separating the plurality of PIPs by supercritical fluid chromatography.

Biological membrane phosphoinositide separation method

A sensor module includes: a metal member having a recessed portion; a resin portion embedded within the recessed portion; a radiator provided within the resin portion and configured to emit radio waves; a wireless communication portion provided within the resin portion and connected to the radiator; and a sensor connected to the wireless communication portion, wherein the metal member is insulated from the radiator by the resin portion and functions as a parasitic element.

Sensor module

A membrane distillation device, provided with a membrane distillation module including a plurality of hydrophobic porous hollow fiber membranes, and a condenser for condensing water vapor extracted from the module. The average pore diameter of the porous hollow fiber is 0.01-1 &#x3bc;m. The filling ratio of the porous hollow fiber of the membrane distillation module is 10-80%, and the pressure condition for the membrane distillation is equal to or greater than 1 kPa and equal to or less than the saturated vapor pressure of water at the temperature of the water being treated.

Porous membrane for membrane distillation, and method for operating membrane distillation module

The present invention provides a membrane distillation apparatus that comprises an evaporation part comprising a liquid phase part 1 in which water to be treated flows, a gas phase part 1, and a hydrophobic porous membrane that separates the liquid phase part 1 and the gas phase part 1, a condensation part comprising a liquid phase part 2 in which cooling water flows, a gas phase part 2, and a cooling member that separates the liquid phase part 2 and the gas phase part 2, and a gas phase part 3 connecting the gas phase part 1 with the gas phase part 2, wherein the pressure of the gas phase parts 1 to 3 is 1 kPa or higher and the saturated steam pressure of water at the temperature of water to be treated or lower.

Membrane distillation apparatus and hydrophobic porous membrane

The present invention provides a laminate (A) having a first gas barrier layer () formed of a gas barrier transparent resin film and a second gas barrier layer () formed of a metal foil, in which at least one adhesive layer (X) () formed of an adhesive (x) including a polyepoxy resin as a main ingredient and a polyamine resin as a curing agent is provided between the first gas barrier layer () and the second gas barrier layer ().

Laminate, packaging bag, packaging bag with plug, and packaging bag with plug with hydrogenous-water

An image forming apparatus that forms an image on continuous paper, includes: an image former that forms an image on the continuous paper; a conveyer that conveys the continuous paper in a forward direction that is a conveyance direction at a time of image formation and conveys the continuous paper to the image former; an image diagnosis part that detects abnormality of the image formed by the image former and performs diagnosis of a degree of the detected abnormality; and a hardware processor that switches whether to continue conveyance of the continuous paper in the forward direction according to a result of the diagnosis of the image performed by the image diagnosis part.

Image forming apparatus

A packaging bag is formed in a bag shape by overlapping of a laminated film and a laminated film facing each other, and unsealed by cutting of a predetermined section. The packaging bag includes a zipper for opening and closing an opening, the zipper being provided along edges of the opening formed by the unsealing, a linear cut section that is formed in a functional layer of the laminated film so as to be parallel to the zipper, and becomes the edge of the opening by the unsealing of the packaging bag, and a linear cut section that is formed at a different level from the cut section in a functional layer of the laminated film so as to be parallel to the zipper, and becomes the edge of the opening by the unsealing of the packaging bag.

Packaging bag and method for manufacturing packaging bag

In an image forming apparatus, while executing a print job that designates a delivery destination of a printed matte of a first quality to a first delivery tray, and prints multiple sets in which each set includes multiple sheets subjected to image formation in order of pages based on multiple page image data, in a case of having determined that a printed matter being conveyed is a printed matter of the second quality, printed matters of one set consecutive from the printed matter of the second quality are delivered to the second delivery tray, and thereafter, a printed matter of the first quality is delivered to the first delivery tray.

Image forming apparatus, image forming system, and control program for image forming system

A chemical solution injection systemof an embodiment includes: a chemical solution reservoirthat stores a chemical solution containing a depositing substance to deposit to a member in contact with cooling water for absorbing heat in a plant; a pipethrough which the chemical solution passes; a first heat exchanger and a second heat exchanger that exchange heat between the cooling water and the chemical solution; a cooling water pipewhich connects the heat exchangers in series and in which the cooling water passes; and a pumpthat conveys the chemical solution. The temperature of the chemical solution in the chemical solution reservoiris lower than that of the cooling water. The pipesequentially connects the chemical solution reservoir, the first heat exchanger, the second heat exchanger and the plant. The cooling water guided from the inside of the plant passes through the second heat exchanger and subsequently passes through the first heat exchanger. The chemical solution passes through the first heat exchanger and subsequently passes through the second heat exchanger.

Chemical solution injection system and chemical solution injection method

An image forming apparatus includes a sheet feeder, a sheet conveyor, an image former, a fixer, a colorimeter and a processor. The fixer fixes an image formed on a sheet by the image former. The colorimeter is provided on a down-stream side than the fixer in a sheet conveying direction and reads the image. The processor calibrates the colorimeter based on the image read by the colorimeter. When an image for calibration which is formed in advance on a color sample housed in the sheet feeder is made to be read by the colorimeter, the processor controls at least one of the sheet conveyor, the image former and the fixer according to a condition for controlling deterioration of the color sample which is different from a condition of when carrying out an image forming.

Image forming apparatus, image forming method and computer readable medium

An image forming system capable of executing a print job including a first job and a second job, the image forming system includes: an image forming apparatus configured to print an image on a sheet based on the first job, and thereafter, print an image on a sheet based on the second job; a sheet conveyance apparatus configured to insert the sheet that has been printed by the first job into the sheet that has been printed by the second job; an input unit configured to be used to input a time period in which execution of user operation related to the sheet conveyance apparatus is possible; and a control unit configured to print the job so as to finish the first job within the time period that has been input by the input unit.

Image forming system and image forming apparatus

An image forming system for transferring foil onto an image to be foil-pressed formed by a toner to perform foil pressing print includes: an image forming unit that forms a normal image or the image to be foil-pressed on a recording material; an operation reception unit that receives an operation of selecting a foil pressing mode of causing the image forming unit to form the image to be foil-pressed or a normal mode for causing the image forming unit to form the normal image; an image data analysis unit that analyses the image data and acquiring the amount of each toner; and a determination unit that determines whether to interrupt the image forming operation. When the amount of toner not used for the image to be foil-pressed is a predetermined first threshold or more, the determination unit determines to interrupt the image forming operation.

Image forming system and image forming method

A photocatalyst injection system including: a reactor primary system coolant collection section collecting a reactor primary system coolant containing a noble metal or noble metal ion from a reactor primary system; a photocatalyst addition section adding a photocatalyst to the collected reactor primary system coolant; an ultraviolet irradiation section irradiating, with ultraviolet rays, the coolant to which the photocatalyst has been added for producing, in the coolant, a noble metal-carrying photocatalyst in which the noble metal is carried on a surface of the photocatalyst; and a noble metal-carrying photocatalyst injection section injecting the coolant containing the noble metal-carrying photocatalyst into the reactor primary system.

Photocatalyst injection method and photocatalyst injection system

A method for injecting a corrosion inhibitor injecting an oxidant and an anticorrosive agent-pH adjusting agent complex including an anticorrosive agent and a pH adjusting agent adsorbed on a surface of the anticorrosive agent into high temperature water in contact with a surface of a metal structural material and irradiating the high temperature water with a radioactive ray or an ultraviolet ray, wherein the anticorrosive agent of the anticorrosive agent-pH adjusting agent complex has, on the surface of the anticorrosive agent, an active site where the pH adjusting agent reacts with the oxidant, and the pH adjusting agent present on the surface of the anticorrosive agent of the anticorrosive agent-pH adjusting agent complex and/or in the high temperature water is oxidized with the oxidant by the irradiation with the radioactive ray or the ultraviolet ray to change pH adjusting ability of the pH adjusting agent and shift a pH of the high temperature water to a neutral side, and thereby deposition of the anticorrosive agentto the metal structural materialis accelerated.

Corrosion inhibitor injecting method

Growing community of inventors

Tokyo, Japan

Hiroyuki Arai