Canon Kabushiki Kaisha

Fuji Photo Film Company, Limited

Nec Corporation

Otsuka Pharmaceutical Company, Limited

Alps Electric Co., Ltd.

Kabushiki Kaisha Toshiba

Olympus Corporation

Ricoh Company, Ltd.

International Business Machines Corporation

Nissan Motor Company Limited

Fuji Electric Co., Ltd.

Subaru Corporation

Ge Medical Systems Global Technology Company, LLC

Nippon Electric Co., Ltd.

Toshiba Tec Kabushiki Kaisha

Takeshi Watanabe

Kenji Ishii

Yoshihiro Ito

Kazuo Okoyama

Tsutomu Fujiwara

Takeshi Kaneko

Minoru Yoshida

Kenichi Miyasako

Shigeru Fujiwara

Junji Shirakawa

Yutaka Shoji

Mitsunari Sukekawa

Mamoru Kosakai

Tsutomu Tanaka

Daisuke Maruyama

Akira Hoshino

Michio Cho

Kazuhiko Kikuchi

Masao Yamaguchi

Tetsuo Watanabe

Masafumi Kimura

Hiroshi Ohmura

Koshi Hatakeyama

Akira Sato

Hiromichi Matsuda

Katsuaki Miyawaki

Tomoyasu Hirasawa

Hidehiro Naito

Tadashi Hirata

Hitoshi Iizaka

Jun Yamane

Seimei Ushiro

Susumu Tateyama

Hiromitsu Fujiya

Kimiaki Nakada

Yoshiaki Moriya

Tokuji Sato

Shinichi Takimoto

Keisuke Ikeda

Keisuke Maeda

Tetsuo Yoshida

Hisashi Matsuda

Hideyuki Takayama

Shintaro Takahashi

Hiroaki Miyagawa

Hideo Iwasaki

Kentaro Takahashi

Shoko Ito

Shinji Saeki

Kiyoshi Anbo

Shogo Yagi

Shinsuke Yajima

Masato Horie

Ryosuke Satake

Takanao Kumakura

Hiroshi Kato

Hideto Sasagawa

Takayuki Muneyasu

Toshiharu Sawada

Masaaki Nagasawa

Masayuki Hamada

Kazunori Ishimura

Hiroyuki Inagaki

Takayuki Ito

Ryuuji Hayahara

Shigeru Aoshima

Masaki Ozaki

Kouichirou Tanaka

Miho Yamamoto

Masaru Terauchi

Masataka Washiduka

Frank S Czerwiec

Amy Freedman

Keith Friend

Takashi Satou

Koichiro Okumura

Kouji Hirano

Kazunori Naganuma

Shinichi Maeta

Hironori Kugimoto

Atsushi Miyashima

Takashi Nishiyama

Yoshitaka Fukuyama

Fumio Ohtomo

Hitoshi Kouno

Kenta Namioka

Ikuo Fujimura

Akira Takagi

Yuuki Kinpara

Daiki Sekita

Tatsuya Ganbe

Takuya Takasu

Kei Furuuchi

Fumio Otomo

Takumi Hayashi

Eiichi Sugai

Osamu Sakai

Mikio Suzuki

Provided is a waveform control device for a laser lithotripsy apparatus including: a processor including hardware, the processor being configured to: pulse a laser beam; change an output of the pulsed laser beam; continuously emit the laser beam until a bubble generated from a laser emission end by an irradiation of the laser beam reaches a crushing target; and after the bubble generated from the laser emission end reaches the crushing target, reduce the output of the laser beam or turn off the irradiation of the laser beam during a period in which there is the bubble between the laser emission end and the crushing target, and the bubble does not couple the laser emission end and the crushing target.

Waveform control device for laser lithotripsy apparatus, laser lithotripsy method, and crushing method

An electrostatic chuck device includes: a mounting table provided with amounting surface on which a plate-shaped sample is mounted; an annular focus ring; and a cooling element for cooling the focus ring, in which the mounting table has a holding portion provided to surround the mounting surface, and the holding portion includes an annular groove surrounding the mounting surface, and a through-hole that is open on a bottom surface of the groove, wherein a tubular insulator has been inserted into the through-hole, the holding portion has upper surfaces, which are located on both sides of the groove in a width direction, as holding surfaces that are in contact with the focus ring and hold the focus ring, wherein the holding surface satisfies the following conditions (i) to (iii); (i) surface roughness is 0.05 μm or less, (ii) a flatness is 20 μm or less, and (iii) the holding surface does not have a recess having a depth of 1.0 μm or more and extending in a direction intersecting the holding surface.

Electrostatic chuck device and method for producing electrostatic chuck device

A risk management system (RMS) device includes a RMS database and a RMS processor. The RMS processor includes a prescriber module to receive a request to enroll a patient in a RMS program of a therapeutic agent associated with multiple indications. The request includes a specification of at least one indication, and a confirmation of a diagnostic test conducted on the patient. The RMS processor also includes a patient module configured to generate a patient profile. The RMS processor also includes a database module configured to store the patient profile in the RMS database. The RMS processor also includes an authorization module configured to generate an authorization code indicating whether the patient is authorized to receive the therapeutic agent. The RMS processor also includes a communication module configured to transmit the authorization code to a pharmacy or a prescriber.

Device-based risk management of a therapeutic

A blood-vessel recognizing method for recognizing blood vessels present in biological tissue, the method including: obtaining real-time Doppler spectra on the basis of time waveforms data of intensities of scattered light generated in the biological tissue due to irradiation with laser light; calculating average frequencies of the real-time Doppler spectra; correcting the calculated average frequencies on the basis of peak intensities of the real-time Doppler spectra; and determining whether or not blood vessels are present in regions of the biological tissue irradiated with the laser light on the basis of the corrected average frequencies.

Blood-vessel recognizing method and blood-vessel recognizing device

An electrostatic chuck device comprising a mounting table having a mounting surface, a focus ring; and a cooling element, wherein the mounting table has a holding portion surrounding the mounting surface, the holding portion has an annular groove portion having a through-hole, the holding portion has inner and outer peripheral surfaces which hold the focus ring and are located on both sides of the groove portion, the holding surface satisfies conditions (i) and (ii), (i) a straight line connecting a first point corresponding to an innermost periphery of the holding surface and a second point corresponding to an outermost periphery of the holding surface has a positive or a negative inclination from the innermost periphery toward the outermost periphery, wherein a difference between a height of the first point and a height of the second point is 0 &#x3bc;m to 10 &#x3bc;m, and (ii) leak areas of the inner peripheral surface and the outer peripheral surface are less than 0.7 mm.

Electrostatic chuck device and electrostatic chuck device manufacturing method

Displaying pieces of data includes displaying a tree structure on a display device, identifying, in response to a first node being selected from among nodes constituting the displayed tree structure, all nodes connected to the first node in a high-order direction and a low-order direction as a first node group, and identifying, in response to a second node being selected, the second node not being included in the first node group, all nodes connected to the second node in the high-order direction and the low-order direction as a second node group. The second node moves toward the first node according to an operation. A node not to be displayed is determined according to a rule and movement of the second node group. A display device is instructed to display the first node group and the second node group close to each other omitting display of the determined node.

Moving nodes in a tree structure

A core is provided that includes a corner part facing a winding wound on a shaft part, the corner part being chamfered into a curved surface shape.

Core and transformer

A blood-vessel recognition blood-flow measurement method including: obtaining a real-time Doppler spectrum by performing a Fourier transform on a temporal waveform of the intensity of scattered light of laser light in a living body; calculating a normalized real-time Doppler spectrum and a normalized zero spectrum; calculating a region spectrum from a subtracted spectrum that is calculated through subtraction of these calculated spectra; calculating a PS reference spectrum by subtracting, from the region spectrum, the maximum value of the region spectrum in a predetermined PS reference region; calculating an average frequency on the basis of a computational spectrum that is obtained by replacing an element of which the PS reference spectrum is negative with zero; and determining a blood flow velocity by comparing the calculated average frequency with a predetermined threshold.

Blood-vessel recognition blood-flow measurement method

There is provided an image blur correction apparatus including a communication device configured to communicate with a correction amount determination apparatus that determines a second correction amount for correcting image blur of an image capturing apparatus based on shake occurring in the image capturing apparatus. A reception unit receives the second correction amount from the correction amount determination apparatus via the communication device. Based on the second correction amount, a control unit controls a second correction member configured to correct the image blur. An acquisition unit acquires a correction error of the second correction member caused by a communication delay of the second correction amount in the communication device. Based on the correction error, a third correction unit corrects the image blur by image processing to reduce the correction error.

Image blur correction apparatus, camera body, image blur correction method, and storage medium

Provided is an image processing apparatus that generates a natural-looking image even from an image in which image shake has been corrected and distortion has been intentionally added. A processor of this image processing apparatus performs transformation processing on an image so as to generate an image having a point symmetric distortion centered on the center coordinates of the image, even for an image in which the center position of aberration of an optical system and the center position of the image do not match.

Image processing apparatus and image processing method

There is provided an image blur correction apparatus. A detection unit detects shake occurring in an image capturing apparatus. Based on the shake, a determination unit determines a first correction amount and a second correction amount that are for correcting image blur. A transmission unit transmits a second correction amount to a second image blur correction apparatus via a communication device, the second image blur correction apparatus controlling a second correction member based on the second correction amount. An acquisition unit acquires a correction error of the second correction member caused by a communication delay of the second correction amount in the communication device. Based on the first correction amount and the correction error, a control unit controls a first correction member configured to correct image blur of the image capturing apparatus so as to reduce the correction error.

Image blur correction apparatus, interchangeable lens, camera body, image blur correction method, and storage medium

A sheet conveying device, which is included in an image forming apparatus and a post processing device, includes a position corrector and either one of a rolling body and a contact resistance reducer. The position corrector is configured to convey a sheet and correct a position of the sheet. The rolling body is disposed at least one of an upstream side and a downstream side of a sheet conveyance passage from the position corrector in a sheet conveying direction and is configured to roll in at least a direction intersecting the sheet conveying direction. The contact resistance reducer is configured to reduce contact resistance generated due to contact of the sheet to a neighboring part when the position of the sheet is corrected by the position corrector.

Sheet conveying device, image forming apparatus incorporating the sheet conveying device, and post processing device incorporating the sheet conveying device

A plate-shaped body for temperature measurement which, simply by being mounted on a mounting surface of an electrostatic chuck apparatus and without using a semiconductor wafer itself, is able to easily optimize the in-plane temperature distribution of the mounting surface of the electrostatic chuck apparatus, the temperature rising characteristics, and the cooling characteristics during decreases in temperature. In such plate-shaped body for temperature measurement (), an insulating adhesive () is bonded to the entirety of a surface () of a wafer (), a heater element () is provided on the insulating adhesive (), a temperature measurement region () is provided used to measure the temperature of the surface () of the wafer () in a region excluding the heater element () on the surface () of the insulating adhesive (), and the heater element () and the temperature measurement region () are coated with an insulating film ().

Plate-shaped body for temperature measurement and temperature measuring apparatus provided with the same

Provided is a position locating instrument for a position locating method in which position locating instruments that transmit and receive light beams are arranged in series connection. The position locating instruments reduce error factors and improve measurement accuracy by providing all or some of necessary position and attitude parameters. The position locating instrument has at least one light emission port through which light from a wavelength-changeable light source is emitted; and at least one light receiving port that receives light emitted or reflected by an adjacent position locating instrument. The light emitted from the light emission port has a fanlike pattern and has an emission angle varying, as a monotonic function of a wavelength of the light, in a direction perpendicular to a direction in which the light spreads in the fanlike pattern.

Position locating instrument

Device based risk management of a therapeutic

Growing community of inventors

Tokyo, Japan

Takeshi Watanabe