Kabushiki Kaisha Toshiba

Nsk Corporation

Toshiba Medical Systems Corporation

Japan Tobacco Inc.

Ricoh Company, Ltd.

Shiseido Company, Limited

Nkk Corporation

Robert Boschgmbh

Other

Samsung Electronics Co., Ltd.

Mitsubishi Jukogyo Kabushiki Kaisha

Toda Kogyo Corporation

Toshiba Energy Systems & Solutions Corporation

Honda Giken Kogyo Kabushiki Kaisha

Nishikawa Rubber Co., Ltd.

Takashi Ogawa

Hideo Kitamura

Yukio Ohashi

Yasuhisa Terada

Hiroshi Fukui

Takashi Takeuchi

Tsutomu Shikada

Masatsugu Mizuguchi

Yotaro Ohno

Masami Ono

Takayuki Yatabe

Kazuo Yoshimoto

Hisato Yamamoto

Asa Kimura

Kazuhisa Ohno

Yutaka Ohtsu

Taketoshi Kanda

Shoji Noguchi

Michio Hori

Kaoru Fujimoto

Tsutomu Saito

Motokiyo Nakano

Toshio Yoneyama

Kensuke Uchiyama

Kazuo Tokubo

Hideo Morohoshi

Hiroya Achiha

Okitsugu Nakata

Junichi Koyama

Ryujiro Namba

Yuzo Shimizu

Kunihiro Kawaguchi

Tsuyoshi Koshi

Manabu Takeuchi

Katsuya Yamashita

Hiroyuki Shikata

Michiharu Naka

Kenichi Tomita

Kenji Murata

Koichi Shibamoto

Kosaku Sagayama

Haruhiko Hirata

Youichiro Sugimori

Hiromi Uematsu

Yukio Oohashi

Toshiya Tsukasa

Satoshi Saito

Yoshinori Tanaka

Yoshihiro Akasaka

Tomohisa Imamura

Hisashi Nakamura

Takeo Suga

Takashi Yamashita

Kazutaka Ikeda

Takahiko Uchiyama

Asako Inomata

Hiroaki Atsushi

Masatoshi Hodotsuka

Koji Sakamoto

Yasutaka Ota

Yasuo Miyajima

Hideyuki Ohzu

Tetsuo Kanno

Naoki Fukuda

Toshimi Takajo

Tamotsu Shirogami

Masafumi Fukuda

Hideki Kosaku

Mitsuhiro Togashi

Koshito Fujita

Masaaki Sofue

Yasushi Mutoh

Minoru Aoki

Daigo Muraoka

Yusaku Takita

Mamoru Tanihara

Yutaka Oonuki

Hiroshi Tateishi

Keiji Tomura

Kazuki Chiba

Keiji Murata

Hideo Inuzuka

Hiroshi Ishiwada

Hiromitsu Asai

Banda Noda

Yoshiaki Aota

Kenji Takei

Tsuneo Suhara

Kunio Yoshikawa

Katsuhiko Kan

Tatsumi Ishihara

Susumu Yamanaka

Tomohiro Tejima

Yasushi Yamamoto

Susumu Uchida

Manabu Sakurai

Katsuhide Yokota

Kazuhiro Fujiu

Yuji Kitamura

Keijiro Yamashita

In one embodiment, a power generating system includes a cooling absorption tower configured to cause an absorption liquid to absorb carbon dioxide in atmosphere. The system further includes an evaporator configured to heat the absorption liquid to release the carbon dioxide and water vapor from the absorption liquid, and discharge the absorption liquid that has released the carbon dioxide and the water vapor, and a first gas including the carbon dioxide and the water vapor. The system further includes a turbine configured to be driven by a portion of the first gas. The system further includes a generator configured to be driven by the turbine. The system further includes a capturer configured to condense the water vapor included in a remaining portion of the first gas, and capture the carbon dioxide that is included in the remaining portion of the first gas and to be a capture target.

Power generating system and power generating method

To obtain a hydraulic pressure control unit that can be downsized. A hydraulic pressure control unit () for a brake system mounted to a straddle-type vehicle includes: a coil unit () used to open/close a channel of a brake fluid; a housing () that accommodates the coil unit (); a placement table () held by the housing (); and a base body () having an upper surface () to which the coil unit () and the housing () are connected. The placement table () is configured that at least a part thereof is arranged below a portion of a coil housing () of the coil unit () and that, in a state before the coil unit () and the housing () are connected to the base body (), a support section () supports the portion of the coil housing () from below.

Hydraulic pressure control unit, brake system, and straddle-type vehicle

The invention has a purpose of obtaining a brake hydraulic pressure controller capable of securing durability with a simple configuration and a motorcycle brake system. The brake hydraulic pressure controller is a hydraulic pressure controller for a vehicle brake system and includes: a base body that is formed with a channel filled with a brake fluid therein; a hydraulic pressure regulation valve that has a plunger and opens/closes the channel by translatory movement of said plunger; a drive coil that has a hollow section, is vertically provided in the base body in a state where one end of the plunger is inserted in said hollow section, and causes the translatory movement of the plunger to drive the hydraulic pressure regulation valve; and a coil casing that accommodates the drive coil. The coil casing includes a wall that covers at least a part of an apex of the vertically-provided drive coil, and the drive coil is pressed toward the base body by a projection formed in the wall.

Brake hydraulic pressure controller and motorcycle brake system

The invention has a purpose of obtaining a brake hydraulic pressure controller having improved vibration resistance and a motorcycle brake system including such a brake hydraulic pressure controller. In the brake hydraulic pressure controller, an end (Eb) of a metal piece (E) is configured by including: a first portion and a second portion that are separated from each other; a first coupling section that couples one end of the first portion and one end of the second portion; a second coupling section that couples the other end of the first portion and the other end of the second portion; and a penetrating section, an outer periphery of which is configured by including the first portion, the second portion, the first coupling section, and the second coupling section, tongue pieces that are projected to an inner side of the penetrating section are respectively formed in the middle of the first portion and the middle of the second portion, a slit-shaped clearance, in which a terminal is inserted, is formed between a tip of the tongue piece of the first portion and a tip of the tongue piece of the second portion, and middle sections of the first coupling section and the second coupling section have folded shapes.

The present invention provides a carbon dioxide recovery apparatus capable of recovering heat energy of carbon-dioxide-containing gas which includes an absorbing tower to generate and discharge a rich liquid absorbing carbon dioxide as carbon-dioxide-containing gas is introduced and contacted to an absorbing liquid to absorb carbon dioxide, carbon dioxide release devices to discharge semi-lean liquids which have steam containing a part of carbon dioxide released by heating the rich liquid discharged from the absorbing tower, and a regeneration tower to generate a lean liquid which has steam containing remaining carbon dioxide released and separated by heating the semi-lean liquids discharged from the carbon dioxide release devices and to return the lean liquid to the absorbing tower.

Carbon dioxide recovery apparatus and carbon dioxide recovery method

In one embodiment, a carbon dioxide separating and capturing system includes an absorption tower to allow a gas containing carbon dioxide to contact with an absorption liquid and discharge a first rich liquid which is the absorption liquid having absorbed the carbon dioxide, and a regeneration tower to cause the absorption liquid to release a gas containing the carbon dioxide and discharge a lean liquid whose carbon dioxide concentration is lower than that of the rich liquid. The system further includes a reboiler to heat the absorption liquid in the regeneration tower by using steam, and a flow divider to divide the first rich liquid into second and third rich liquids. The system further includes a first heat exchanger to heat the second rich liquid by using the lean liquid, and a second heat exchanger to heat the third rich liquid by using water discharged from the reboiler.

Carbon dioxide separating and capturing system and method of operating same

In one embodiment, a carbon dioxide separating and capturing apparatus includes an absorption tower to allow a gas containing carbon dioxide to contact with an absorption liquid and discharge a rich liquid, a regeneration tower to cause the absorption liquid to release a gas containing the carbon dioxide and discharge a lean liquid, and first and second regenerative heat exchangers to heat the rich liquid with the lean liquid. The first regenerative heat exchanger heats the rich liquid with the lean liquid from the second regenerative heat exchanger and discharges the rich liquid in a liquid phase, and the second regenerative heat exchanger heats the rich liquid in the liquid phase with the lean liquid from the regeneration tower. The lean liquid from the first regenerative heat exchanger and the rich liquid from the second regenerative heat exchanger are fed to the absorption and regeneration towers, respectively.

Carbon dioxide separating and capturing apparatus and method of operating same

An electron beam apparatus includes at least one electron beam column. The at least one beam column includes an electron beam optical system to irradiate an electron beam on a surface of a sample, and a detection system to detect electrons generated from the electron beam. The electron beam optical system includes an object lens to focus the electron beam on a surface of the sample. The object lens includes an electrostatic lens having a first electrode to which a first voltage is applied, a second electrode that is grounded, a third electrode to which a second voltage is applied, and a fourth electrode that is grounded. The first through fourth electrodes sequentially arranged relative to the sample.

Electron beam apparatus

According to one embodiment, a carbon dioxide separation recovery system includes an absorption tower that allows carbon dioxide to be absorbed to an absorption liquid, a regeneration tower that regenerates the absorption liquid, a reboiler that heats the absorption liquid of the regeneration tower, using a heating medium, and a measuring device that measures an amount of heat supplied to the absorption liquid from the heating medium. The measuring device includes a cooler that cools the heating medium discharged from the reboiler, and obtains the amount of heat that is supplied to the absorption liquid from the heating medium by subtracting an amount of heat that is retained by the heating medium cooled by the cooler and an amount of heat, which is removed from the heating medium in the cooler, from an amount of heat that is retained by the heating medium supplied to the reboiler.

Carbon dioxide separation recovery system and method of measuring amount of reboiler input heat

After absorbing oxygen together with carbon dioxide in an absorber, absorbing liquidis supplied to oxygen collecting unitsand. The oxygen collecting unitsandinclude silver to collect the oxygen in the absorbing liquidand eliminate the oxygen from the absorbing liquid. A regenerating unitseparates and recovers the oxygen collected in one of the two oxygen collecting unitsandto regenerate the oxygen collecting unit when the other oxygen collecting unit is supplied with the absorbing liquid. A continuous operation can be achieved by switching and using the two oxygen collecting unitsand

Carbon dioxide separation and recovery apparatus

A generating unit generates a plurality of ultrasonic cross-sectional images at a plurality of angles when an ultrasonic wave emitting surface in an ultrasonic probe is rotated. A regenerating unit saves information on the angle of the ultrasonic wave emitting surface when a predetermined condition is satisfied, and rotates the ultrasonic wave emitting surface from the angle of the ultrasonic wave emitting surface different from the saved angle information to the angle based on the saved angle information.

Ultrasonic diagnostic apparatus and ultrasonic diagnostic processing method

According to one embodiment, a carbon-dioxide-recovery-type thermal power generation system includes an absorption column allows carbon dioxide contained in exhaust gas from a boiler to be absorbed in an absorption liquid, a regeneration column that discharges a carbon dioxide gas from the absorption liquid supplied from the absorption column, a reboiler that heats the absorption liquid discharged from the regeneration column and supplies steam generated, to the regeneration column, a condenser that generates condensate by cooling the steam exhausted from a turbine, a heater that heats the condensate, a water supply pump that supplies the condensate to the boiler, a line through the steam extracted from the turbine is supplied to the reboiler and the heater, and a steam flow rate adjusting unit. The steam flow rate adjusting unit maintains an amount of steam, which is extracted from the turbine through the line, to be constant.

Carbon-dioxide-recovery-type thermal power generation system and method of operating the same

In one embodiment, a carbon dioxide separating and recovering system includes an absorption tower to cause carbon dioxide to be absorbed in an absorbing solution, a regeneration tower to release the carbon dioxide from the absorbing solution, and at least one measuring apparatus to measure an ultrasound propagation speed in the absorbing solution. Each of the at least one measuring apparatus calculates a dissolved carbon dioxide concentration in the absorbing solution, based on a temperature measured by a temperature measuring unit, the ultrasound propagation speed measured by an ultrasound propagation speed measuring unit, and a correlation expression which shows a relationship between the dissolved carbon dioxide concentration and the ultrasound propagation speed in the absorbing solution, and is changed according to the temperature of the absorbing solution. The carbon dioxide separating and recovering system controls the system, based on the dissolved carbon dioxide concentration calculated by the measuring apparatus.

Carbon dioxide separating and recovering system and method of controlling the same

In an embodiment, a COrecovery system has an absorber, a regenerator, and a circulation device. An absorption liquid has an aqueous solution of amine having an alcohol group, and dimethyl silicone oil in which a part of methyl groups is substituted by at least one type selected from an aminoalkyl group, a carboxyl group, and a hydroxyl-containing alkyl group. The absorber contacts a combustion exhaust gas of a fossil fuel and the absorption liquid to absorb CO, which is contained in the combustion exhaust gas, into the absorption liquid. The regenerator releases COby applying thermal energy to the CO-absorbed absorption liquid. A circulation device circulates the absorption liquid between the absorber and the regenerator.

[object Object]

Growing community of inventors

Yokohama, Japan

Takashi Ogawa