Jtekt Corporation

Toyoda Koki Kabushiki Kaisha

Nippon Steel Corporation

Nihon Parkerizing Co., Ltd.

Kanazawa University

Osaka City University

University Public Corporation Osaka

Cnk Co., Ltd.

Nippon Oil Corporation

Toshiyuki Saito

Masato Takahashi

Kazuyoshi Yamakawa

Masahiro Suzuki

Junji Ando

Junji Murata

Hiroyuki Mori

Kazuyuki Nakanishi

Hideo Tachikawa

Koji Nishi

Naoyuki Sakai

Hajime Fukami

Toshifumi Sakai

Takumi Mio

Tomoyuki Takei

Ryouichi Takahata

Motoo Nakai

Hiroyuki Yao

Kensuke Suzuki

Tomoo Suzuki

Masashi Hattori

Kazutoshi Toda

Tatsuro Ochi

Shinji Soma

Masahiro Ido

Takashi Sada

Kazunori Aoki

Isashi Kashiwagi

Atsushi Kubo

Kazuyuki Ichikawa

Toshiharu Takashima

Naoki Tani

Arata Suda

Kentaro Yamauchi

Osamu Kurosawa

Osamu Ishikawa

Kota Nanri

Yusuke Ueda

Yoshiaki Ando

Akihiro Takazato

Akiyoshi Tashiro

Yasuhide Takeda

Shinji Deguchi

Hiroyuki Hashitomi

Shinya Ochi

Tomoyoshi Konishi

Naoki Ito

Daigo Yamamoto

Yuji Inagaki

Tetsuo Teramura

Teruhiro Nakamura

Yoshiyuki Funaki

Ikuya Kato

Hirofumi Kuwabara

Atsushi Eto

Takashige Nagato

Takuya Tsujiguchi

Kenichi Ryugo

Michihiro Suzuki

Masayuki Yamamoto

Hideki Yamazaki

Mikito Toyoshima

Youji Hamajima

Tomio Aso

Toshikazu Sakei

Mikio Fujioka

Kyouji Itou

Yoshiaki Senga

Naoki Makino

A fuel cell system having a direct liquid fuel cell that uses a liquid containing a formic acid or an alcohol as a fuel includes: a fuel tank that stores the fuel to be supplied to the fuel cell; a fuel supply device that supplies the fuel in the fuel tank to the fuel cell; and a bubbling device that blows an inert gas into the fuel stored in the fuel tank.

Fuel cell system

There is provided a flow pipe including: a pipe body including a side wall having an opening portion; and a heat insulator arranged at an inner peripheral side of the pipe body and having a flow path through which a fluid flows. The heat insulator has an outer peripheral surface facing with the side wall, and the outer peripheral surface has a flow path structure configured to form a flow path that guides a water droplet generated between the heat insulator and the pipe body to the opening portion.

Flow pipe

An optical tweezers device includes: an acquisition unit which acquires basic movement information indicating a movement of a stage; a conversion unit which converts the movement of the stage indicated by the basic movement information into a movement of a particle being trapped and generates converted movement information indicating the movement of the particle; and a distance calculation unit which determines a distance between the particle being trapped by the laser beam and a focal point of the lens. The conversion unit generates the converted movement information by correcting the movement of the particle using the distance determined by the distance calculation unit.

Optical tweezers device

A thermoacoustic cooling device includes a tube in which a working fluid is enclosed; a first stack that generates acoustic waves in the working fluid with use of a temperature gradient; a first high-temperature heat exchanger provided at a first side of the first stack to heat the first side of the first stack; a first low-temperature heat exchanger provided at a second side of the first stack; a second stack in which a temperature gradient is generated by the acoustic waves; a second high-temperature heat exchanger provided at a first side of the second stack, which has a high temperature; a second low-temperature heat exchanger provided at a second side of the second stack, which has a low temperature; and a heat transfer portion configured to connect the second low-temperature heat exchanger to the first low-temperature heat exchanger so as to transfer heat therebetween.

Thermoacoustic cooling device

In a conveying device, a belt conveyer is equipped with a conveying portion that conveys an object from an upstream region to a downstream region. A heat source heats the conveyed object. A cooling portion is located downstream of a terminal end of the belt conveyor and cools the object. A first thermoacoustic cooling device cools the cooling portion. A first prime mover generates acoustic waves from heat transmitted from the first heat source. A first receiver generates, from the acoustic waves, cooling heat corresponding to a cooling temperature that is lower than a temperature of the heat source.

Conveying device

A thermoacoustic device includes a loop pipe, a first stack that is disposed in the loop pipe and that generates a sound wave in the loop pipe by way of a temperature gradient, a second stack that is disposed in the loop pipe and that generates a temperature gradient, a first high temperature side heat exchanger that is disposed at one end of the first stack and that makes the temperature of the one end of the first stack be higher than the other end, and a first low temperature side heat exchanger that is disposed at the other end of the first stack and that makes the temperature of the other end of the first stack be lower than the one end.

Thermoacoustic device

An optical tweezers device determines trapping force data indicating a trapping force for a particle on the basis of a distance between the particle trapped by focusing laser beam with a lens and a focal point of the lens. The optical tweezers device determines a difference between a trapping force theoretical value that is estimated according to a linear relationship between the distance between the trapped particle and the focal point of the lens and the trapping force for the particle and the trapping force indicated by the trapping force data. The optical tweezers device controls a laser power of the light source on the basis of the difference of the trapping force.

A machine tool includes a thermoacoustic apparatus and a fluid supply apparatus, utilizes exhaust heat from a constituent apparatus of the machine tool to cool a heat exchanger included in the thermoacoustic apparatus due to a thermoacoustic effect. Thus, a cooling fluid is cooled which is used to cool a bearing and a machining point.

Machine tool

Disclosed is a covered member including a base material, a first intermediate layer that has a roughened surface and covers the base material, and a DLC film that covers the surface of the first intermediate layer. The first intermediate layer and the DLC film are formed in a state where the temperature of the base material is kept at 300&#xb0; C. or lower. The surface of the first intermediate layer is roughened by collision of ions.

Covered member and process for production thereof

A split outer ring of a split rolling bearing, which splits in a radial direction, includes a pair of split outer ring members which are each formed into a semi-cylindrical shape and which are formed into a cylindrical shape by being butted against each other at circumferential end portions. A pair of first flat plane portions which extend from both axial end edges of the end portions towards a center in parallel with an axis and a V-shaped recess portion, positioned between the first flat plane portions and is recessed in a circumferential direction relative to the pair of first flat plane portions, are formed at one end portion of the circumferential end portions which are butted against each other, and a pair of second flat plane portions which extend from the both axial end edges in parallel with the axis.

Split outer ring, split rolling bearing using the same ring and construction and method of mounting the same rolling bearing

The present invention provides a DLC film that has good adhesiveness even in a low-temperature environment, and a DLC film-forming method capable of forming this DLC film. The present invention also provides a DLC film that has excellent initial compatibility, and a DLC film-forming method capable of forming this DLC film. In the present invention, a first opposing surface () that faces an inner clutch plate, of a substrate () of an outer clutch plate () is covered by a DLC film (). Also, a treatment layer () is formed on a surface layer portion of the substrate (). The treatment layer () is formed by applying direct-current pulse voltage to the substrate (), and generating plasma in an atmosphere that contains argon gas and hydrogen gas.

DLC film-forming method and DLC film

A rolling bearing includes an inner ring, an outer ring, and a plurality of rolling elements. A large number of inside dimples in which a liquid lubricant is retained and a large number of outside dimples in which a solid lubricant is retained are formed in at least one of an inner ring raceway surface and an outer ring raceway surface. The inside dimples are formed in a contact region at which the raceway surface contact the rolling elements or in a section of each non-contact region, the section being close to the contact region. The outside dimples are formed outside a portion in which the inside dimples are formed.

Rolling bearing

A sliding member has a base material whose surface is at least partially covered with a DLC film, wherein an intermediate layer is interposed between the base material and the DLC film, and the intermediate layer has a multilayer structure obtained by stacking a first Cr layer, a CrN layer and a second Cr layer successively from the side closer to the base material.

Sliding member

A DLC-coated member () has a base (), an intermediate layer () that covers the surface of the base (), and a DLC film () that covers the surface of the intermediate layer (). The intermediate layer () has a five-layer structure, constituted of a first intermediate layer (), a second intermediate layer (), a third intermediate layer (), a fourth intermediate layer (), and a fifth intermediate layer (). The five layers (to) are made of DLC to which Si has been added. Among the layers (to), the Si concentration in the first intermediate layer () is the highest, and that in the fifth intermediate layer () is the second highest. The Si concentrations in the second intermediate layer (), third intermediate layer (), and fourth intermediate layer () are lower than those in the first intermediate layer () and fifth intermediate layer ().

DLC-coated member

An iron-base sintered part having high density and totally enhanced strength, toughness and abrasion resistance, a manufacturing method of the iron-base sintered part, and an actuator are disclosed. The iron-base sintered part is formed by an iron-nickel-molybdenum-carbon-based sintered alloy, has density of 7.25 g/cmor more, and has a carburization quenched structure. A method for manufacturing the iron-base sintered part includes a molding process of charging a raw mixture powder of an iron-nickel-molybdenum-based metal powder and a carbon-based powder into a cavity of a molding die and compressing the raw powder in the cavity to form a consolidation body, a sintering process of sintering the consolidation body at a sintering temperature to form a sintered alloy, and a carburization quenching process of heating the sintered alloy in a carburization atmosphere and quenching the heated alloy.

Iron-base sintered part, manufacturing method of iron-base sintered part and actuator

Growing community of inventors

Kashiba, Japan

Toshiyuki Saito