Kabushiki Kaisha Toshiba

Kureha Corporation

Roland Corporation

Nipon Sangyo Kikai Kabushiki Kaisha

Canon Kabushiki Kaisha

Kensuke Suzuki

Takahito Ueno

Satoshi Saito

Toshiaki Takeuchi

Yuuki Nakamura

Mitsuru Udatsu

Hideo Kitamura

Masatoshi Hodotsuka

Norihide Egami

Noriko Chiba

Hiromasa Kohayakawa

Hiraku Tohmiya

Nanako Saigusa

Yoshiko Ikeyama

Haruki Fujimoto

Kiyohiko Iwasa

Hiroshi Okamura

Hajime Hisamitsu

Yuka Terakawa

Sunao Okada

Shinsuke Itou

Masahiko Sanada

A touch sensor in which an increase in manufacturing processes is suppressed and which can be provided inexpensively is obtained. A touch sensor () has a structure in which resistance membranes (A,B) and membranes (A,B) made of pressure sensitive ink are formed on predetermined places of a film (), two parts (A,B) on which the resistance membranes (A,B) are formed are interfolded so that the resistance membranes (A,B) face each other, two parts (C,D) on which the membranes (A,B) are formed are interfolded so that the membranes (A,B) face each other, and the interfolded two parts are further interfolded.

Touch sensor and manufacturing method of touch sensor

The present invention is to provide a method of producing an alkene that can further enhance the yield of an alkene, a reaction product, the method including bringing a gaseous halogenated alkane into contact with an alkaline aqueous solution in the presence of a phase-transfer catalyst. The objective above is achieved by a method of producing an alkene comprising bringing in the presence of a phase-transfer catalyst a liquid phase containing an alkaline aqueous solution and a water-insoluble solvent into contact with a gas phase containing a halogenated alkane that is soluble in the water-insoluble solvent.

Production method for alkene

A method for producing glycolide (GL) by heating a glycolic acid oligomer (GAO) to depolymerize the GAO. The method for producing GL comprises: a step 1 of heating a mixture containing a GAO having a terminal COOH concentration of 400 eq/t or less and a polar organic solvent to a GAO depolymerization temperature under ambient pressure or reduced pressure; a step 2 of continuing the heating at the temperature for depolymerizing of the GAO and then codistilling out the produced GL and the solvent from the depolymerization reaction system to the outside the reaction system; and a step 3 of obtaining GL from the codistillation product. In the method for producing GL, the GAO is preferably prepared by a GAO production method which comprises a step of condensing glycolic acid (GA) and a dehydration step of continuing the heating together with a polar organic solvent or a depolymerization reaction solution to allow the GA condensation reaction to continue. 

Method for producing glycolide

According to one embodiment, a carbon dioxide recovery device includes an absorption tower configured to cause carbon dioxide-containing gas to come in contact with absorbing solution and to generate rich solution absorbing the carbon dioxide, a regeneration tower configured to heat the rich solution, to disperse steam containing the carbon dioxide, and to generate lean solution from which the carbon dioxide is removed, a heat exchanging device configured to exchange heat between the lean solution and the rich solution, to supply the rich solution after the heat exchange to the regeneration tower, and to supply the lean solution after the heat exchange to the absorption tower, and a cooling device configured to cool a part of the rich solution discharged from a first place of the absorption tower and to supply the cooled rich solution to a second place higher than the first place of the absorption tower.

Carbon dioxide recovery device and carbon dioxide recovery method

An image forming apparatus includes a heat source, e.g., a lamp or a printed circuit board, and a fixing unit. A flow of air is circulated by a fan in a housing of the image forming apparatus. A cooling face of a cooling mechanism contacts the flow of air so that the flow of air is cooled. During the circulation of air, air cools the heat source. The cooling mechanism emits heat out of the image forming apparatus in response to cooling, without admitting air from outside of the apparatus.

Cooling system for an apparatus with a heat generating element therein

A sewage disposal plant comprising a deep-well type sewage treatment tank, which is provided with string-shaped contact members stretched therein, and which minimizes the installation area; a circulator pipe inserted into the sewage treatment tank and having a venturi portion at an intermediate section thereof; and an air intake pipe inserted into the circulator pipe extending into the venturi portion thereof, whereby exposure air can be sucked into the venturi portion of the circulator pipe naturally without using a compressor, thus saving power. Said string-shaped contact members has therearound ring type fuzzy hairs consisting of fibers.

Sewage disposal plant

Growing community of inventors

Tokyo, Japan

Kensuke Suzuki