Canon Kabushiki Kaisha

Nippon Steel Corporation

Yokogawa Electric Corporation

Mitsubishi Heavy Industries Limited

Mitsubishi Electric Corporation

Honda Motor Co., Ltd.

Sumitomo Electric Industries, Limited

Sumitomo Wiring Systems, Limited

Autonetworks Technologies, Limited

Nippon Steel Sumitomo Metal Corporation

Mitsubishi Jukogyo Kabushiki Kaisha

Sony Corporation

Nec Corporation

Ntn Corporation

Hitachi Automotive Systems, Ltd.

Takashi Arai

Shuichi Sato

Masafumi Miyazaki

Hideki Yamaguchi

Masaaki Yabe

Satoshi Minezawa

Tatsuya Hase

Kazuhiro Yagishita

Yuki Ogawa

Takehiro Hosokawa

Makoto Mizoguchi

Koichi Yoshida

Hiroki Hirai

Junichi Ono

Noriyuki Hayashi

Kazuo Nakashima

Eiichiro Ishimaru

Masayuki Komatsu

Yo Yamato

Makoto Takeuchi

Masahiro Yamada

Masahiro Nakamura

Tatsuya Yamazaki

Takeshi Kubota

Kitahiro Kaneda

Osamu Morita

Hiroshi Kubo

Toshihiko Mimura

Takao Yokoyama

Hiroshi Nakagawa

Yutaka Maruyama

Isao Tomita

Kenichiro Iwakiri

Shinichi Isobe

Motoki Ebisu

Kohtaro Shiino

Yasunori Watanabe

Keiichi Yamamoto

Taiji Torigoe

Ryoji Okabe

Minoru Ishijima

Toru Hoshi

Mikio Nakasugi

Shinichi Teraoka

Yutaka Takata

Makoto Ozaki

Kazumi Sakai

Yusaku Yoshida

Toshiya Harada

Sachio Umetsu

Hideki Oka

Mamoru Yamada

Kenichi Komiya

Hirofumi Nakano

Yuji Shitara

Daigo Watanabe

Eigo Katou

Takuji Ootsuka

Hiroyuki Arimizu

Ikuhiko Ishikawa

Keigo Sakamoto

Takamitsu Himeno

Akira Shimamura

Takeaki Wakisaka

Yousuke Kurosaki

Hideaki Yamamura

Naoki Yamano

Kazutoshi Yokoo

Gen Tanabe

Hidekazu Okajima

Yuya Konno

Kazuhiro Goto

Toshiyuki Suehiro

Kazuto Yamamura

Hideki Nomura

Kunimasa Sasaki

Yukihide Nagayo

Naotsugu Yoshida

Masaya Hatanaka

Naoyuki Oshiumi

Yoshihiro Arita

Hikaru Okada

Kenji Kosuge

Jun Machida

Koichiro Takashima

Satoshi Hanai

Ryohei Kitamura

Takuya Yamashita

Hitoshi Murao

Yuta Ishii

Tomoyuki Takahashi

Satoko Miki

Ritsuo Hashimoto

Kiyohito Fujita

Hitoshi Yamazaki

Mitsuru Ikeo

Takeshi Yamagami

Tatsuro Suzuki

Masakazu Yoshida

Youichi Wakiyama

A coil for a motor includes a coil which is formed of a conductor wound around an axis; and a plurality of cooling portions which are provided to correspond to different winding layers in the conductor. Each of the cooling portions includes a primary portion protruding from the winding layer radially outward and a secondary portion extending from a tip of the primary portion toward a first side in a direction of the axis. The primary portions are formed so that the protrusion length of one of the primary portions, which is located closer to a second side in the direction of the axis than another of the primary portions, is longer than that of the another of the primary portions.

Coil for motor, method for manufacturing coil for motor, and motor

A control system includes a cloud server and a terminal device. A checker of the cloud server checks pieces of MAC address data acquired by a machine MAC address acquirer against pieces of MAC address data contained in communicable-machine notification information, and specifies, among the pieces of MAC address data acquired by the machine MAC address acquirer, a piece of MAC address data that matches one of the pieces of MAC address data contained in the communicable-machine notification information. An operation authority setter generates, based on the piece of MAC address data specified by the checker, operation authority information containing a piece of MAC address data on a machine operable via the terminal device.

Control system, control apparatus, device controlling method and recording medium

The present invention provides an electric furnace including: a furnace body that includes an electrode; and a slag holding furnace that is configured to hold molten slag in a molten state and is capable of pouring the molten slag into the furnace body when tilted, in which the furnace body includes a cylindrical furnace wall, a furnace cover that is provided at an upper end of the furnace wall, a furnace bottom that is provided at a lower end of the furnace wall and includes a deep bottom portion and a shallow bottom portion as a region having a height of 150 mm to 500 mm from a deepest point of the deep bottom portion, and a slag pouring port that is provided at the furnace cover and through which the molten slag is poured from the slag holding furnace, the slag pouring port overlaps the shallow bottom portion in a plan view, and the area ratio of the shallow bottom portion to the furnace bottom in a plan view is 5% to 40%.

Electric furnace

In a control device, an instruction acquirer acquires an instruction to suppress in a specified period supplying of generated power generated by power generator installed in a power-consuming area to a commercial electrical power system. Upon the instruction acquirer acquiring the instruction, a water heater controller commands a water heater installed in the power-consuming area to perform a water heat-up operation when a predetermined condition is satisfied in the specified period.

Control device, control method for water heater, and program

A temperature difference power generation apparatus according to one aspect of the present invention includes a thermoelectric conversion element configured to convert thermal energy into electric energy based on a temperature difference, radiation fins which are thermally connected to a low-temperature side of the thermoelectric conversion element and contactable to outside air, and a pipe which is thermally connected to a high-temperature side of the thermoelectric conversion element and through which a high-temperature fluid at a higher temperature than the outside air is flowable.

Temperature difference power generation apparatus and measurement system

Provided is a method of operating a fuel cell system equipped with a fuel cell stack, a liquid hydrogen storage unit configured to store liquid hydrogen, a boil-off gas recovery unit configured to recover boil-off gas generated from the liquid hydrogen storage unit, and a hydrogen concentration estimation unit configured to estimate the hydrogen concentration at a hydrogen electrode in the fuel cell stack in a standby state, the method including: in a case in which a hydrogen concentration at a hydrogen electrode in the fuel cell stack in a standby state has become less than a predetermined value, supplying boil-off gas recovered by the boil-off gas recovery unit to the hydrogen electrode in the fuel cell stack.

Method of operating fuel cell system, and fuel cell system

This thin strip manufacture method is a thin strip manufacture method for manufacturing a thin strip by supplying molten steel to a molten steel pool formed by a pair of rotating cooling drums and a pair of side weirs to form and grow a solidified shell on a peripheral surface of the cooling drums, wherein a pressing force P of the pair of the cooling drums is set so that the pressing force P (kgf/mm) of the pair of cooling drums, casting thickness D (mm), and radius R (m) of the cooling drums satisfy 0.90&#x2264;P&#xd7;(D&#xd7;R)&#x2264;1.30.

Thin strip manufacture method

Provided is a turbine housing () having: a housing part () that forms a spiral space (S) extending around a rotating shaft (); a heat-shielding core () which is disposed in the spiral space (S) and forms a spiral exhaust gas flow passage (S) in which exhaust gas introduced from an exhaust gas introduction port flows; and a variable nozzle mechanism () that guides the exhaust gas to a turbine wheel, wherein heat-shielding spaces (S, S, S) are formed between the inner circumferential surface of the housing part () and the outer circumferential surface of the heat-shielding core (), and wherein the heat-shielding core () has a first flange part () and a second flange part () and is fixed between the variable nozzle mechanism () and the housing part () while a first sealing () is interposed between the first flange part () and the variable nozzle mechanism ().

Turbine housing and turbo charger provided with same

A level indicator with a cover that measures a water level, includes: a water level indicator that measures pressure; and a protective cover that surrounds the water level indicator. The protective cover includes a pressure transmitter that transmits pressure on an outside of the protective cover to an inside of the protective cover.

Level indicator with protective cover

In this cast strip manufacturing method, in a first step, one end side and another end side in a rotation axis direction of a pair of cooling drums are pressed with a first pressure in a direction in which the cooling drums come close to each other, in a second step, the one end side and the another end side in the rotation axis direction of the cooling drums are pressed with a second pressure, which is higher than the first pressure, in the direction in which the cooling drums come close to each other, and in a third step, pressure control is performed so that a total value of reaction forces on the one end side and the another end side in the rotation axis direction of the cooling drums is set to a predetermined value, and rotation axes of the cooling drums are held in parallel.

Cast strip manufacturing method

A data collection system including a device having a communication function and a data collection apparatus configured to collect data transmitted from the device. The data collection apparatus includes a receiver configured to receive data transmitted from the device, a data analyzer configured to acquire analyzed data by analyzing the received data according to analysis data format different for each device, a first data storage which is a non-rewritable storage, a second data storage which is storage that can be accessed faster than the first data storage and that stores a smaller amount of data than the first data storage, a data writer configured to writes and stores the data received by the receiver to the first data storage, and writes and stores the analyzed data acquired by the data analyzer to the second data storage.

Data collection system and data collection method

Provided is a blood filter that resists deterioration in properties as a result of electron beam sterilization treatment performed before or during use as a blood filter, has durability, dimensional stability, and chemical resistance at excellent levels, also has biocompatibility, and resists deterioration in properties even upon the electron beam sterilization treatment. The blood filter according to the present invention includes a nonwoven fabric made of PEEK fibers. Preferably, the blood filter according to the present invention has an average pore size of 3 to 280 &#x3bc;m and has a porosity of 15% to 70%; and the PEEK fibers have an average fiber diameter of 10 &#x3bc;m or less.

Blood filter

A device configuration management apparatus includes a logical node information storage storing logical node information about a logical node that can be associated with a particular device and a particular location, the logical node information including for each of logical nodes a device ID for identifying the particular device and location information which is information for identifying the location, a network information storage storing network information as a set of information about an edge connecting two logical nodes, and a node update processer configured to perform processing for updating at least one of the device ID and the location information with regard to the particular logical node in the logical node information stored in the logical node information storage.

Device configuration management apparatus, system, and program

Provided is a bone fixation material that does not deteriorate in properties even by an electron beam sterilization treatment performed before or during use as a bone fixation material, has fatigue resistance, wear resistance, and dimensional stability at excellent levels, also has biocompatibility, and offers excellent osteoconnectivity. The bone fixation material according to the present invention includes a nonwoven fabric made of PEEK fibers. The bone fixation material according to the present invention preferably has an average pore size of 3 to 280 &#x3bc;m and preferably has a porosity of 15% to 70%. The PEEK fibers preferably have an average fiber diameter of 10 &#x3bc;m or less.

Bone fixing material

Growing community of inventors

Tokyo, Japan

Takashi Arai