Mitsui Toatsu Chemicals, Incorporated

Mitsui Chemicals, Inc.

Line Corporation

Yamamoto Chemicals, Inc.

Bridgestone Corporation

Hitachi Industrial Products, Ltd.

Other

Hitachi, Ltd.

Kansai Paint Company, Ltd.

Synvina C.v.

Kenichi Sugimoto

Keizaburo Yamaguchi

Keisuke Takuma

Hisato Itoh

Akihiro Yamaguchi

Yoshimitsu Tanabe

Takahisa Oguchi

Tsutami Misawa

Taizo Nishimoto

Akio Karasawa

Hideki Umehara

Atsuo Otsuji

Takeshi Tsuda

Shin Aihara

Yukihiro Yoshikawa

Heechan Yang

Takayuki Koyama

Hisashi Tsukahara

Kenichi Fujii

Masao Imai

Saburo Kawashima

Toshihiro Masaoka

Rihoko Suzuki

Tatsuhiro Urakami

Akira Ogiso

Ryu Oi

Midori Yamazaki

Tadashi Kobayashi

Tadahito Nobori

Usaji Takaki

Masatoshi Takagi

Makoto Asano

Yojiro Kumagae

Kazuo Nishihama

Kenji Iwata

Masahiro Hojo

Masami Murakami

Masanori Sawahata

Mansuke Matsumoto

Masakazu Nakamura

Shinobu Senoo

Nobuhiko Horiuchi

Kenichi Kato

Misato Sato

Do-hyung Kwon

Mitsuharu Koide

Kenji Mizoue

Takeshi Mori

Teruyuki Nagata

Masahiro Ohta

Hideaki Oikawa

Koju Okazaki

Takahiro Fujiyama

Genji Imai

Chojiro Higuchi

Hideo Kogure

Daisuke Kori

Motonobu Iizuka

Tomohiro Kusano

Mitsuo Nakamura

Nobuko Kato

Yuji Inatomi

Akinori Oka

Ryuichiro Iwano

Yoshihisa Tomotaki

Tomoyoshi Sasakawa

Makoto Imura

Tadashi Okuma

Yuuichirou Yoshitake

Isao Hagiya

Michiru Sekiguchi

Takashi Nabeta

Jun Tokuhiro

Shigeki Kamo

Akihiko Matsue

Kengo Ueda

Kenji Sato

Yasuhiro Nukii

Tadashi Ohkuma

Koutaro Suzuki

Takuo Tajima

Shinichiro Sugi

Rihiko Suzuki

Ken Hirayama

Shin Athara

A dynamo-electric machine which inhibits the vibration of a frame and a bearing and has excellent manufacturability. A dynamo-electric machine according to the present invention includes a stator, a rotor including a rotary shaft and being disposed on an inner side in a radial direction of the stator, a bearing for supporting the rotary shaft, an intermediate frame for supporting the stator, and a stator frame for supporting the bearing and the intermediate frame. The stator frame includes pedestals at two end portions in a width direction of a bottom portion of the stator frame. Each of the pedestals includes an upper surface positioned above a bottom surface of the stator frame. The intermediate frame is fixed to upper surfaces of the pedestals.

Dynamo-electric machine

Disclosed is a server capable of improving convenience for a user at the time of service registration. The server includes a service providing unit which provides a service to an unregistered user who is not registered in the service when the unregistered user accesses the service, and a storage device which stores a service history provided to the unregistered user by the service providing unit. When the unregistered user is registered in the service, the service providing unit allows the unregistered user to use the service while taking over a service history used when the unregistered user is not registered in the service.

Servers, methods of controlling servers, and non-transitory computer-readable mediums

Servers, method of controlling servers, and non-transitory computer-readable mediums

A terminal device includes at least one processor and a transceiver. The at least one processor is configured to execute computer readable instructions to generate a list of a plurality of other terminal devices located within a threshold range from the terminal device via short-range wireless communication. The transceiver is configured to transmit, in response to selection of a set of terminal devices from among the plurality of other terminal devices included in the list, a request to establish an association with users corresponding to terminal devices in the selected set of terminal devices.

Terminal devices, information processing methods, and computer readable storage mediums

There is provided a rotary electric machine that ensures improving a maximum torque and a rated power factor while reducing an increase in a starting current. In view of this, the rotary electric machine includes a shaft, a rotor, and a stator. The rotor is fixed to an outer periphery of the shaft. The stator is located so as to surround an outer periphery of the rotor. The rotor includes a rotor iron core including a plurality of rotor slots located at predetermined intervals in a circumferential direction and rotor bars inserted into the rotor slots. Rotor slits communicate with outer peripheral sides of the rotor slots. The rotor slits have a width ws in a circumferential direction. The width ws is smaller than a height hs in a radial direction of the rotor slit, and when a rated current is denoted as I, a turn ratio (primary/secondary) is denoted as Tr, and a magnetic permeability in a vacuum is denoted as &#x3bc;, a relationship of ws&#x3e;&#x3bc;&#xd7;I&#xd7;Tr/0.6 is met.

Rotary electric machine and drive system using same

A rotary electric machine of the present invention includes: a stator; a rotor placed on an inner diameter side of the stator through an air gap and fixed to a rotating shaft; a stator frame supporting the stator; a casing storing the stator and the rotor; an outer fan fixed to the rotating shaft; a heat exchanger installed above the casing for heat exchange between outside air taken through the outer fan and internal air to remove heat; and an outer fan duct installed on an end portion of the casing in an axial direction, provided with the outer fan in an inside of the outer fan duct, and formed with a ventilation path through which the outside air is delivered to the heat exchanger. A plate-shaped member has at least a curved surface portion. The plate-shaped member forms the ventilation path of the outer fan duct.

Rotary electric machine

A motor with an inner fan includes a rotor rotating with a shaft, a stator opposing the outer peripheral surface of the rotor, an end ring connected to the rotor, stator wiring connected to the stator, a fan rotating with the shaft through a sleeve, a fan guide opposing the tip end of the blade outer periphery of the fan, and a frame storing the rotor, the stator, the fan, the fan guide, the end ring, and the stator wiring. The rotor includes an axial duct penetrating the rotor in the axial direction of the rotor and a radial duct communicating with the axial duct and penetrating the rotor radially from the inside to the outside of the rotor. The fan is an inner fan arranged inside the frame, the inner fan is of a diagonal flow type, and the discharge direction of the inner fan is the inward direction.

Motor with inner fan

A communication server includes a receiving unit receiving a conversation request signal including a phone number of a receiving terminal in a PSTN (public switched telephone network) via an IP network; a specifying unit specifying transmitting user information on a user using a transmission terminal transmitting the request signal, and assigning an address on the IP network to the transmission terminal; a first transmission unit transmitting the address and the request signal to a communication carrier having a gateway between the PSTN and the IP network; and a second transmission unit transmitting the phone number and the transmitting user information to a transfer server transferring information to a designated terminal.

Communication server and communication terminal

Server, method of controlling server, and non-transitory computer-readable medium

The invention provides a rotating electrical machine system in which an air volume of a refrigerant is increased near the center of a rotating electrical machine in the axial direction is improved. The rotating electrical machine includes a rotor and a stator, in which the stator core, laminated electromagnetic steel sheets formed by laminating a plurality of electromagnetic steel sheets in the axial direction are divided into a plurality of sets of packet cores, and between one of the packet cores of the plurality of sets and another packet core adjacent to it, there is formed a duct providing a flow channel of the stator, and in a duct situated at the center side from both ends in the axial direction among the duct, there is a portion of two packet cores facing each other across the duct, a diameter direction length of the two packet cores becoming long.

Rotating electrical machine with rotor and stator, with a stator core including packet cores

Growing community of inventors

Kanagawa, Japan

Kenichi Sugimoto