Sony Corporation

Tohoku University

Nissan Motor Company Limited

Honda Motor Co., Ltd.

The Furukawa Electric Co., Ltd.

Sanden Corporation

Other

Matsushita Electric Industrial Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Nippon Sheet Glass Company, Limited

Nec Corporation

Ricoh Company, Ltd.

Honda Giken Kogyo Kabushiki Kaisha

Hitachi High-tech Corporation

Alps Alpine Co., Ltd.

Hideki Watanabe

Masaru Kuramoto

Takao Miyajima

Hiroyuki Yokoyama

Tomoyuki Oki

Rintaro Koda

Masao Ikeda

Shunsuke Kono

Kimio Nishimura

Takashi Sekikawa

Yasushi Matsushita

Akihisa Hori

Michito Kishi

Takumi Ohshima

Kunitomo Ishiguro

Kazuo Yamada

Hiromitsu Adachi

Kazuhiro Takaichi

Shinichirou Wakou

Hiroshi Ikura

Takayasu Akagi

Masamichi Kubota

Atsuo Inoue

Yasuhisa Koike

Masato Tsuboi

Goro Fujita

Koji Aoyama

Takao Matsuda

Kiyoshi Hasegawa

Masahiro Omata

Hidekazu Kojima

Hiroaki Yamajo

Tomohiro Hamaue

Mitsuharu Fukazawa

Toshio Shibata

Kojiro Miyamoto

Hiroaki Shibukawa

Nobuto Kashiwagi

Yuji Sakazaki

Noriharu Kojima

Kazuo Hashimoto

Shigetaka Kuroda

Takashi Yamamoto

Takashi Suzuki

Kenichi Suzuki

Ichiro Okajima

Makoto Kondo

Hiroshi Yoshida

Takashi Takeuchi

Junichi Murakami

Hiroyuki Moriya

Katsunori Yanashima

Tomohiro Akiyama

Kohei Hanada

Masuyoshi Kurokawa

Masaki Takano

Yoichi Asano

Masao Wada

Kenji Takahata

Iichiro Hashimoto

Masanori Fukui

Shinichiro Miyazaki

Yayoi Konishi

Nobukata Okano

Makoto Matsuda

Hiroshi Asano

Kyoichiro Oda

Ryoichiro Takahashi

Akiyoshi Higashiyama

Tomomasa Watanabe

Tatsuya Kubo

Chikara Iwasawa

Kaoru Sakurai

Hiroyuki Yatsu

Akio Tanabe

Nobumitsu Takase

Atsushi Honda

Akinobu Suzuki

Shinichi Wada

Masahiro Ise

Takuya Uchida

Fuka Matsudaira

Osamu Kakutani

Hideo Sakuyama

Ryo Amikura

Toshiyuki Fujiwara

Rei Morisawa

Yoichi Matsumura

Isamu Miyamoto

Moe Takeo

Minoru Urushihara

Takayuki Kawahara

Tomonori Imai

Junichi Takada

Takafumi Suzuki

Kaori Naganuma

Shunji Kuwana

Koji Higaki

Yuhei Yamane

Watch case

Display screen with graphical user interface

A stereolithographic object includes a first curable resin part that is provided at a position suitable for contact with a base member and one or a plurality of second curable resin parts that are provided to be in contact with the first curable resin part and to allow part of a side surface of the first curable resin part to be exposed. The first curable resin part includes resin that has a functional group number and a polymer polymerization degree that are relatively small compared with those of the second curable resin part. The one or the plurality of second curable resin parts includes resin that has a functional group number and a polymer polymerization degree that are relatively great compared with those of the first curable resin part.

Stereolithographic object, product, and method of manufacturing product

A semiconductor light emitting element has a laminated structure formed by laminating a first compound semiconductor layer, an active layer, and a second compound semiconductor layer. The semiconductor light emitting element satisfies &#x394;I&#x3e;&#x394;I, where &#x394;Iis an operating current range when the temperature of the active layer is T, and &#x394;Iis the operating current range when the temperature of the active layer is T(where T&#x3e;T). The semiconductor light emitting element satisfies P&#x3e;P, where Pis a maximum optical output emitted when the temperature of the active layer is T, and Pis the maximum optical output emitted when the temperature of the active layer is T(where T&#x3e;T).

Semiconductor light emitting element and semiconductor light emitting element assembly

If any waveform software to be used is determined without taking into account the status of the other end of communication, the communication with the other end may possibly fail. Each of a plurality of radio devices observes its status, which dynamically varies in relation to that radio device, and transmits observation data, i.e., data representative of the observed status to a server apparatus. The server apparatus receives the observation data transmitted from the radio devices. Further, the server apparatus determines, on the basis of the observation data received from the radio devices, waveform software to be used for communications between or among the radio devices, and transmits the determined waveform software to the radio devices. Each of the radio devices receives the waveform software transmitted from the server apparatus and uses the received waveform software to control its own software radio communication means.

Determination of waveform software corresponding to narrowest bandwidth at frequency within range of frequencies in which field intensity is below threshold

Provided is an optical semiconductor element including: a stacked structure bodyformed of a first compound semiconductor layer, a third compound semiconductor layer (active layer), and a second compound semiconductor layer. A fundamental mode waveguide regionwith a waveguide width W, a free propagation regionwith a width larger than W, and a light emitting regionhaving a tapered shape (flared shape) with a width increasing toward a light emitting end surfaceare arranged in sequence.

Optical semiconductor element and laser device assembly

Wrist watch

An apparatus for manufacturing magnet segments constituting a field pole magnetic body formed by cleaving a magnetic body at a plurality of scheduled cleaving parts is provided. The apparatus includes placing tables on which a magnetic body having a coating applied to an outer surface thereof is placed, a pressing unit that cleaves the magnetic body by pressing the magnetic body from an opposite side of an incision at a scheduled cleaving part arranged between two of the placing tables, and a cutting unit that cuts the coaling of the magnetic body present at the scheduled cleaving part after the magnetic body is cleaved, by applying a moment in a direction opposite to a moment generated in the magnetic body between the two placing tables at the time of cleaving. Cleaving divides the magnetic body into a magnet segment and an uncleaved magnetic body.

Apparatus and method for manufacturing magnet segments constituting field pole magnetic body

A semiconductor laser apparatus is provided. The semiconductor laser apparatus includes a mode-locked semiconductor laser device and an external resonator including a dispersion compensation system, wherein the semiconductor laser apparatus is configured to generate self modulation, to introduce a negative group velocity dispersion into the external resonator, and to provide spectral filtering after the external resonator.

Semiconductor laser apparatus assembly

Growing community of inventors

Kanagawa, Japan

Hideki Watanabe