Fujitsu Corporation

Sharp Kabushiki Kaisha Corporation

Jfe Steel Corporation

Hitachi, Ltd.

Minebea Company, Limited

Panasonic Corporation

Ihi Corporation

Hitachi High-tech Corporation

Matsushita Electric Industrial Co., Ltd.

Mitsubishi Electric Corporation

Sanyo Electric Co., Ltd.

Yamaha Hatsudoki Kabushiki Kaisha

Hitachi-high-technologies Corporation

Kabushiki Kaisha Toshiba

Nok Corporation

Tomohiro Inoue

Shinya Hiramoto

Yuichiro Ajima

Shun Ando

Masahiro Maeda

Akira Miyao

Kazuhito Kenmochi

Hiroyasu Yokoyama

Mamoru Okano

Takatoshi Okabe

Takahiro Arima

Yuta Toyoda

Mitsuo Igari

Akira Tanimoto

Yukinori Iizuka

Shigeto Sakashita

Shinji Tsugei

Toshihide Nagamine

Takamichi Mori

Hitoshi Tokieda

Takao Asakawa

Kenichi Kishimoto

Yosuke Horie

Tadayuki Matsuda

Keiichi Katayama

Yuki Fujimori

Hiroshi Kotabe

Seiji Fujikura

Hiroshi Ikeda

Hiroki Takahashi

Isao Yamazaki

Masahiko Ando

Isamu Washizuka

Masato Ishizawa

Sigeaki Masuzawa

Kenichi Segawa

Shunsuke Toyoda

Akihiro Nojima

Sota Goto

Yoshihiro Kurano

Yuichi Kuroki

Masaki Odai

Kouhei Nonaka

Shigeki Iguchi

Isao Takahira

Hideki Okoshi

Masao Yoshikawa

Shuhei Nishi

Junya Suzuki

Shintaro Hashimoto

Toru Miyasaka

Kei Sakata

Hisao Ohnishi

Kenji Sugiura

Akira Kojima

Shuji Imazeki

Toru Tazawa

Kazuo Saito

Yutaka Uneura

Yuki Okabe

Ryota Sakisaka

Hiroshi Ishida

Hironori Ogawa

Masahiro Yasohara

Shigeki Komaki

Toshiyuki Shimizu

Masahiro Koyama

Katsuhiko Omae

Koichiro Takayama

Kosuke Nishimura

Kenji Bunno

Takashi Saegusa

Isao Morita

Hiromitsu Nakano

Akira Doi

Hironobu Machida

Yuji Oinaga

Yuichi Daito

Yasuji Ogami

Koji Hosoe

Kazuhisa Senda

Shunsuke Fushie

Terunobu Funatsu

Kazuko Takeuchi

Takanobu Kajihara

Yoshimitsu Matsuyama

Hisao Kunita

Yasuhiro Okada

Kenichi Iwazaki

Koutarou Itou

Yuichiro Sano

Taiki Yoshizaki

Shinichi Ishikawa

Atsuki Fujita

Atsushi Nonaka

Hiroyuki Miyanishi

Tomohiko Naya

Yasuo Nishida

Tsutomu Shimazaki

Mituhiro Saizi

A work teaching device for a robot that teaches work by a teacher to the robot is configured to include a teaching pose measurement unit that measures a position and posture of an object grasped by the teacher, a positioning detection unit for detecting that the object moved by the teacher is positioned, a grasping motion detection unit for detecting that the object is grasped by the teacher, a functional operation detection unit for detecting that the teacher operates a function of the object, a work state confirming motion detection unit that detects that confirmation of a work state of the object by the teacher is performed, a teaching program generation unit that receives signals from the teaching pose measurement unit, the positioning detection unit, the grasping motion detection unit, the functional operation detection unit, and the work state confirming motion detection unit and generates a teaching program for the robot in which the signals are divided for each movement of the teacher, and a teaching program execution unit that executes the teaching program generated by the teaching program generation unit.

Work teaching device and work teaching method for robot

Reagent transportation robot

A turbine includes: a housing including an accommodating portion accommodating a turbine impeller; a first turbine scroll flow path communicating with the accommodating portion; a second turbine scroll flow path communicating with the accommodating portion and having a volume larger than a volume of the first turbine scroll flow path; a valve seat having a first port and a second port, the first port communicating with the first turbine scroll flow path, the second port communicating with the second turbine scroll flow path and having an opening area smaller than an opening area of the first port; a valve configured to contact the valve seat; and a shaft holding the valve and arranged on a side opposite to the first port with respect to the second port.

Turbine

An ultrasonic cleaner according to the present invention includes a vibrating partfor enlarging ultrasonic vibration of a bolt-clamped Langevin type transducer (BLT)on a side surface side in a cleaning tank, generates cavitation by the ultrasonic vibration with respect to cleaning liquid supplied into the cleaning tankby driving the BLTon the periphery of a nozzle without unevenness, and is capable of performing effective nozzle cleaning.

Ultrasonic cleaner and automatic analyzer using the same

In a rotary electric machine in which a controller and a heat sink are arranged in an extending direction of an output shaft of a motor, in order to provide a rotary electric machine which secures a heat rejection performance and an insulation performance of a semiconductor device to be mounted to the controller and is downsized as a whole, the controller includes a semiconductor device having a drive circuit provided so as to correspond to a stator winding of the motor, and the semiconductor device has a main face held in close contact with the heat sink. On a close contact face between the semiconductor device and the heat sink, a drive circuit is formed so as to extend along an outer edge portion of the heat sink to increase a cooling area.

Rotary electric machine having heat sink for semiconductor device of controller

An ultrasonic cleaner according to the present invention includes a vibrating partfor enlarging ultrasonic vibration of a BLTon a side surface side in a cleaning tank, generates cavitation by the ultrasonic vibration with respect to cleaning liquid supplied into the cleaning tankby driving the BLTon the periphery of a nozzle without unevenness, and is capable of performing effective nozzle cleaning.

A CTS nozzle achieves the object of reducing rubber chips produced when the CTS nozzle is inserted into and extracted from a rubber plug of a sample container during dispensing of a sample, thereby inhibiting the wear of the tip of the CTS nozzle. The CTS nozzle has two cut surfaces at its tip, and the pressure applied from the rubber when the nozzle is inserted into the rubber plug is dispersed onto the two cut surfaces without being deflected onto one of the cut surfaces. The pressure applied to the nozzle due to the resilience of the rubber being pushed away by the nozzle is thus dispersed and the rubber chips produced by the friction between the cut surfaces of the nozzle and the rubber are reduced. As a result of the reduced friction, the wear of the tip of the nozzle is minimized.

Sampling nozzle, automatic analyzer using the same, and method of manufacturing sampling nozzle

A positioning unit that performs positioning with respect to a predetermined sample, an imaging unit that obtains an image of the sample, and a processing unit, in which the imaging unit is moved by the positioning unit, and obtains a first image and a second image which is obtained later than the first image, and in which the processing unit obtains a first position shift trend from the first image and the second image, and determines whether or not the positioning is abnormal from a change of the first position shift trend.

Positioning system

An information processing apparatus including: an arithmetic processing unit; and a communication device configured to receive data from another information processing apparatus through a plurality of first lanes and to output the received data to the arithmetic processing unit, wherein the communication device includes a detection unit that detects a failure of the plurality of first lanes; and a control unit that performs a first degradation process of stopping use of any one of the plurality of first lanes, based on a degradation request, performs a restoration process of resuming use of a first lane for which use has been stopped, based on a restoration request, and performs a second degradation process of stopping use of a first lane for which use has been resumed, when the detection unit detects a failure of the first lane for which use has been resumed, in the restoration process.

Information processing apparatus, information processing system, and communication device

First and second apparatuses are connected with each other through a communication path provided with a plurality of lanes used for data transfer that is performed between the first and second apparatuses. Prior to data transfer, transfer-control information is exchanged between the first and second apparatuses according to a predetermined communication protocol. Upon detecting transfer-control information, the first apparatus notifies the second apparatus of a lane-control instruction to increase a second lane-counter indicating a number of lanes used by the second apparatus, and increases a first lane-counter indicating a number of lanes used by the first apparatus so that the first lane-counter is greater than a number of lanes that have been used when detecting the transfer-control information. Upon detecting the lane-control instruction, the second apparatus increases the second lane-counter so that the second lane-counter is greater than a number of lanes that have been used when detecting the instruction.

Apparatus and method for controlling the number of lanes used for transferring data between information processing apparatuses

A component mounting apparatus having a feature in which the component mounting apparatus includes a component mounting unit including a nozzle and a distance detector for optically detecting a distance between a component held by the mounting nozzle and a board, and an illuminated region formed by the distance detector is located in a vicinity of a portion obtained by projecting the mounting nozzle onto the board.

Component mounting apparatus

In a variable nozzle unit, at a position located away from and opposed to a first nozzle ring in a right-left direction, a second nozzle ring is provided integrally with the first nozzle ring through multiple connecting pins arranged in a circumferential direction. An inner edge portion of a support ring is connected to the first nozzle ring by riveting of one end portions of the multiple connecting pins. Each pin hole in the support ring is formed into such a shape extending in a radial direction of the support ring. A washer is provided between a rim of each pin hole in the support ring and a rivet head brought about by joining of the end portion of the corresponding connecting pin.

Variable nozzle unit and variable geometry turbocharger

An information processing apparatus includes: storage devices that store data; a data generation unit that generates padding-added data by adding padding to the data, based on adjustment information included in received data; and a storage processing unit that stores the padding-added data generated by the data generation unit in the storage devices. It is possible to shorten a latency even when non-aligned data is received.

Information processing apparatus, parallel computer system, and control method for controlling information processing apparatus

Multiple guide claws are formed integrally on a right side surface of a first nozzle ring of a variable nozzle unit and radially at intervals in a circumferential direction. Each guide claw has a guide groove with a U-shaped cross section, which is formed by lathe turning. A projecting portion is formed at an inner edge portion on the right side surface of the first nozzle ring. The projecting portion is formed on base portions of the multiple guide claws.

Variable nozzle unit and variable geometry system turbocharger

A turbocharger includes: a turbocharger main body; a bearing hole formed in the turbocharger main body; a turbine shaft rotatably inserted into the bearing hole and having a turbine wheel provided on one end and a compressor wheel provided on the other end; a turbine-side bearing part and a compressor-side bearing part rotatably supporting the turbine shaft and disposed in the bearing hole on a relatively turbine wheel side and on a relatively compressor wheel side, respectively; a cooling oil passage provided radially outside the bearing hole in the turbocharger main body and configured to cool the turbocharger main body with lubricating oil circulated inside; a first oil duct configured to guide lubricating oil after lubricating the compressor-side bearing part to the cooling oil passage; and a second oil duct configured to guide lubricating oil after lubricating the turbine-side bearing part to the cooling oil passage.

Turbocharger

Growing community of inventors

Kawasaki, Japan

Tomohiro Inoue