Mitsubishi Heavy Industries Limited

Kikkoman Corporation

Other

Yamanouchi Pharmaceutical Company Ltd.

Xtia Ltd

Wako Pure Chemical Industries, Inc.

Ss Pharmaceutical Co., Ltd.

Oread Laboratories, Inc.

Atto Corporation

Kazuhiro Imai

Motoo Nakajima

Seiji Murakami

Yuki Morisaki

Yasuhiro Saiki

Tatsuya Sakakibara

Noriaki Hattori

Teruo Watarai

Keiko Yajitate

Motonobu Kourogi

Kazuhisa Matsunaga

Hiromichi Eto

Chihiro Myoren

Yuichi Nakatani

Motoaki Tanaka

Kai Karikomi

Hiroshi Ogata

Masami Ishihara

Michihiro Fujiwara

Hiroyoshi Nawa

Akihiro Hattori

Takeshi Kotsugai

Tadashi Narita

Takeshi Fukushima

Hidehiro Kubota

Naoki Eisaki

Jiro Takata

Kenichi Mishima

Yuji Koike

Zenzo Tamura

Masayuki Oda

Shizuko Kobayashi

Katsunori Iwasaki

Yoshiharu Karube

Shigemitsu Yamada

Jun Sakamaki

Shin-ichiro Kobayashi

Tamura Zenzo

Kobayashi Shin-Ichiro

Motohide Uehara

Ryoji Hidaka

Mark Jablonski

Karikomi Kai

A purpose of the present invention is to provide a low relative phase noise optical comb generation device in which a repetitive frequency of an interference signal of an optical comb is stabilized by reducing a relative phase noise of driving signals with different frequencies for driving multiple optical comb generators in an optical comb distance meter. A low relative phase noise optical comb generation device, comprising: at least three oscillatorsA,B for generating frequency signals with mutually different frequencies phase locked to a reference frequency signal F REF given by a reference oscillator; and at least two frequency convertersA,B to which a frequency signal obtained by one oscillatorof the at least three oscillators and respective frequency signals obtained by respective oscillatorsA,B other than the one oscillator are input; wherein the at least two frequency convertersA,B supply the at least two types of modulation signals, in which a relative phase noise is reduced respectively as a sum frequency signal or a difference frequency signal of the frequency signal by the one oscillator and a frequency signal by other oscillator with a lower phase noise, to at least two optical comb generatorsA,B as driving signals.

Low relative phase noise optical comb generation device

An aircraft includes a fuselage body extending in a front-rear direction; a tail wing at a rear portion of the fuselage body in the front-rear direction; a main wing in front of the tail wing in the front-rear direction on the fuselage body; and a fan device on an outer surface of the fuselage body. The fan device includes a rotor shaft outside the outer surface of the fuselage body, a rotor blade on an outer side of the rotor shaft in a rotor radial direction with the rotor shaft as a center, a housing fixed to the fuselage body, extending in the front-rear direction, including respective openings at a front and a rear in the front-rear direction, and provided to cover the rotor shaft and the rotor blade, a stator blade.

Aircraft

A braking force generation device is configured to have: a first mode in which a deflector and a blocker door are retracted with respect to a wing; a second mode in which, in a state where: (i) a leading edge of the deflector is separated from the wing; (ii) a trailing edge of the deflector is at or adjacent to the wing; and (iii) the blocker door is deployed: a first flow path is formed on a lower surface side of the deflector for fluid to flow from a rear of the wing to a front of the wing via a cross flow fan from an opening on a blocker door side to a leading edge opening on a leading edge side of the deflector in the first flow path; and a third mode in which a second flow path is formed on the lower surface side of the deflector.

Braking force generation device, wing, and aircraft

Provided is a gas turbine system that is used for a moving body including a thrust generator configured to generate thrust from electric power and includes: a combustor that burns a compressed air generated by a compressor together with fuel to generate a combustion gas; a turbine driven by the combustion gas generated by the combustor; a generator that is coupled to the turbine to generate electric power by driving of the turbine and supplies electric power to the thrust generator; a turbocharger that guides external air to the compressor; and an exhaust unit that guides a combustion gas that passed through the turbine to the outside, and the turbocharger is driven by a part of a combustion gas guided to the exhaust unit or by external air heated by heat exchange with a part of a combustion gas guided to the exhaust unit.

Gas turbine system and moving body including the same

The present disclosure describes an optical waveguide provided with an incident side reflection film and an emission side reflection film to resonate light incident via the incident side reflection film and formed to penetrate from the incident side reflection film to the emission side reflection film for propagating resonated light. The disclosure also includes a substrate to which the optical waveguide is formed from a top surface thereof and a first protection member and a second protection member formed with a material corresponding to a material of the substrate, wherein the first protection member and the second protection member are arranged on the optical waveguide such that one end facet of the first protection member forms an identical plane with a first end facet of the substrate including an optical incident end.

Method for producing optical resonator and optical modulator, optical resonator, optical modulator, optical frequency comb generator, and optical oscillator

A ducted fan includes a fan and a cowl having a cylindrical shape and including an introduction port configured to introduce air from a first end portion side. The fan includes a compressor blade provided on an outer circumferential side and a thrust blade provided on an inner circumferential side of the compressor blade. The cowl includes a housing portion configured to accommodate the compressor blade in an interior thereof, an outlet configured to allow air flowing through the housing portion to be blown therethrough by the compressor blade, and an inlet configured to suck air blown out. The outlet is provided inwards in a radial direction of the cowl and near the introduction port of the cowl, and the inlet is provided inwards in the radial direction of the cowl and between the outlet and the compressor blade in an axial line direction.

Ducted fan and aircraft

A method of detection separation and identification for expressed trace protein/peptide; and a system therefor. There is provided a method of detecting, separating and identifying a minute amount of expressed protein and/or peptide, characterized in that a fluorescent derivative of protein and/or peptide contained in a test subject sample having been labeled with a fluorescence reagent is applied to HPLC; a fluorescent fraction is collected and subjected to enzymatic hydrolysis; mass-spectrometry of the resultant fluorescence-labeled fragments and non-fluorescence-labeled fragments is carried out; and the thus obtained ion molecular weight information on each of the fragments is collated with an available protein and/or peptide fragment database to thereby accomplish a structural analysis. Further, there is provided an identification system therefor.

Method of detection, separation and identification for expressed trace protein/peptide

Tocotrienol derivative, process for producing the same and &ggr;-CEHC delivering agent

The present invention provides a process for eliminating effectively ATP in a sample, using adenosine phosphate deaminase alone or in combination with at least one enzyme from the group consisting of apyrase, alkaline phosphatase, acid phosphatase, hexokinase and adenosine triphosphatase, a process for determining biological cells contained in foods and beverages in convenient and precise manner in combination with bioluminescence method, and a reagent for the determination thereof.

ATP eliminator and the process for determining biological cells

Disclosed are SH-labeling reagents containing acridine compounds represented by the following formula (I):

Reagents for labeling SH groups, process for the preparation of them and method for labeling with them

The present invention provides a process for eliminating effectively ATP in a sample, using adenosine phosphate deaminase alone or in combination with at least one enzyme selected from the group consisting of apyrase, alkaline phosphatase, acid phosphatase, hexokinase and adenosine triphosphatase, a process for determining biological cells contained in foods and beverages in convenient and precise manner in combination with bioluminescence method, and a reagent for the determination thereof.

There is provided a bioluminescence reagent comprising at least pyruvate orthophosphate dikinase, phosphoenolpyruvic acid, pyrophosphoric acid, magnesium ion or another metallic ions, luciferin and luciferase, which reagent is such that the amount of luminescence is maintained in a high level and moreover stably without decaying for a long time in a bioluminescence reaction, and there is provided a method for quantitatively determining an adenosine phosphate ester or a substance taking part in the ATP conversion reaction in high sensitivity and high accuracy using an inexpensive and simple measuring apparatus.

Bioluminescent adenosine phosphate ester assay and reagent

Fluorogenic compounds are disclosed which are reactive with biologically important analytes including primary amines, secondary amines, and/or thiols and are of the general formula: ##STR1## wherein X is a group such as ##STR2## --CN, --CO.sub.2 CH.sub.3, or SO.sub.2 R, and wherein R is OR.sub.3, or Cl; R.sub.1 and R.sub.2 are hydrogen atoms or alkyl groups having 1 to 3 carbon atoms and R.sub.3 is a phenyl or benzyl group. The inventive compounds form a fluorescent adduct with the above analytes at the number 7 position of the benzoxadiazole ring. The fluorescent adduct thereby formed enables detection of very minute amounts of analyte (picomoles) using conventional fluorescent analytical methods.

Fluorogenic 2,1,3-benzoxadiazoles and fluorometric amine/thiol assays

Disclosure herein is novel oxalic acid ester derivatives represented by the general formula: ##STR1## wherein either one of X and Y represents a nitro group, and the other represents ##STR2## in which R represents a lower alkyl group, and n represents a figure of 1-50. The oxalic acid ester derivatives are useful as chemiluminescent reagents for fluororescent substances.

Oxalic acid ester derivatives

A method for detecting fluorescent materials in liquid chromatography. Fluorescent materials are excited by chemical reaction with chemical reagents to yield light (chemiluminescence) and detected at high sensitivity. The detection apparatus is composed of a mixer for mixing a solution containing separated fluorescent materials and solutions of chemical reagents to afford chemiluminescence, a flow cell and a light receptive detection means for detecting the light thus produced.

Method of detecting fluorescent materials and apparatus for their

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Tokyo, Japan

Kazuhiro Imai