Chiku, JP
Hikaru Chiku, Saitama JP
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20110115186 | SUSPENSION ARM FOR VEHICLE - When a load facing to the rear of a vehicle body acts on a knuckle mounting portion of an arm main body of a suspension arm, if the line of action of the load deviates vertically relative to the cross-sectional center of the arm main body, a moment that vertically deforms the arm main body occurs. However, since there are provided a first inclined projecting portion that is formed so as to bulge upward in an end part on a first vehicle body mounting portion side of a first bottom wall portion and has a height that gradually decreases in going from a first upper wall portion toward the second upper wall portion, and a second inclined projecting portion that is formed so as to bulge upward in an end part on the first vehicle body mounting portion side of a second bottom wall portion and has a height that gradually decreases in going from a third upper wall portion toward the second upper wall portion, it is possible to enhance the rigidity without increasing the weight of the arm main body, thus preventing deformation of the arm main body due to the load. | 05-19-2011 |
Hiroyuki Chiku, Yokohama-Shi JP
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20090005543 | PROTEIN-REFOLDING MATERIAL - The present invention provides a method for refolding protein produced, for example, by | 01-01-2009 |
Hiroyuki Chiku, Kanagawa-Ken JP
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20100075440 | ASSAY METHOD - A plurality of kinds of liquids, which are of at least three kinds, containing (a) a test body solution containing at least one kind of an analyte, and (b) at least two kinds of liquids selected from the group consisting of a reagent solution, an amplifying solution, and a detecting solution, are fed to a detection site containing a specific binding substance with respect to the analyte. A qualitative analysis or a quantitative analysis of the analyte contained in the test body solution is thereby performed. Directions of liquid feeding of all of the plurality of the kinds of the liquids vary from one another, and the plurality of the kinds of the liquids are caused to intersect with one another at the detection site. | 03-25-2010 |
Hiroyuki Chiku, Kanagawa JP
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20090203153 | METAL PARTICLE AND A TESTING METHOD USING THE SAME - An object of the present invention is to provide a metal particle with which a highly-sensitive testing method can be conducted, and a testing method using such metal particle. The present invention provides a metal particle, which is produced by coating a metal particle labeled with a molecule binding to an analyte with a mixture of two or more types of water-soluble polymer having a mercapto group, a dithiol group or a sulfide group and differing in molecular weight. | 08-13-2009 |
20090203155 | LABELED PARTICLE OBTAINED BY IMMOBILIZING A FRAGMENTED ANTIBODY TO A LABELING SUBSTANCE - An object of the present invention is to provide a labeled particle having a high reactivity with an antigen and a suppressed non-specific adsorption, and an immunochromatographic method using the labeled particle. The present invention provides a labeled particle, wherein a fragmented antibody is immobilized to a labeling substance via a chemical bond. | 08-13-2009 |
Hiroyuki Chiku, Ashigarakami-Gun JP
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20090087927 | IMMUNOCHROMATOGRAPHY METHOD USING FRAGMENTED ANTIBODY - An object of the present invention is to overcome the problem of nonspecific adsorption of a labeled antibody on the detection site and to provide an immunochromatography method by which the false positive signal can be suppressed, and wherein the detection sensitivity is high and the highly reliable measurement can be performed. The present invention provides an immunochromatography method, which comprises developing an analyte and a labeling substance modified with a first antibody against the analyte on a porous carrier in a state where the analyte and the labeling substance is mixed, and capturing the analyte and the labeling substance at the reaction site on the porous carrier having a second antibody against the analyte, so as to detect the analyte; wherein a fragmented antibody is used as the first antibody and/or the second antibody; an analyte is detected via amplification using an amplification solution which contains a compound containing silver and a reducing agent for silver ions; and the ratio of the non-specifically adsorbed labeling substance in the pre-amplification detection site and the non-detection site of the porous carrier is between 0.4 to 2.5 in a system where the density of the non-specifically adsorbed labeling substance is 10 | 04-02-2009 |
20090181470 | MEASUREMENT KIT AND AN IMMUNOCHROMATOGRAPHY METHOD - It is an object of the present invention to provide a measurement kit for developing a first developing solution and a second developing solution from different directions to suppress background noise, and an immunochromatography kit. The present invention provides a measurement kit, which comprises a first developing member for supplying a first developing solution and a second developing member for supplying a second developing solution, wherein the developing direction of the first developing solution is allowed to intersect with the developing direction of the second developing solution, so that development is carried out by developing the first and second developing solutions in different developing directions, and a water absorbent portion is established on the downstream of the developing directions. | 07-16-2009 |
20110269247 | MEASUREMENT KIT AND AN IMMUNOCHROMATOGRAPHY METHOD - It is an object of the present invention to provide a measurement kit for developing a first developing solution and a second developing solution from different directions to suppress background noise, and an immunochromatography kit. The present invention provides a measurement kit, which comprises a first developing member for supplying a first developing solution and a second developing member for supplying a second developing solution, wherein the developing direction of the first developing solution is allowed to intersect with the developing direction of the second developing solution, so that development is carried out by developing the first and second developing solutions in different developing directions, and a water absorbent portion is established on the downstream of each of the developing directions. | 11-03-2011 |
20120322165 | HIGHLY SENSITIVE IMMUNOCHROMATOGRAPHY METHOD AND IMMUNOCHROMATOGRAPHY KIT - The present invention is to provide an immunochromatography method which is capable of performing a detection with high-sensitivity or reduced false-positives by suppressing the occurrence of false-positive when a signal is amplified. An immunochromatography method includes in a state of forming a complex from a test substance and a labeling substance containing a metal modified with a first binding substance for the test substance, developing the complex on an insoluble carrier in presence of a protease hydrolyzate of protein; capturing the test substance and the labeling substance in a detection site on the insoluble carrier containing a substance which has a binding property to a second binding substance for the test substance or the first binding substance for the test substance; and detecting the test substance by amplifying the labeling substance captured. | 12-20-2012 |
20140295468 | TEST SUBSTANCE ASSAY METHOD, TEST SUBSTANCE ASSAY KIT, AND TEST SUBSTANCE ASSAY REAGENT - The test substance assay method includes (i) obtaining a mixed solution by mixing (a) first dry particles that are modified with first binding substances exhibiting binding properties specific to a test substance, have an average particle size of 100 nm to 200 nm, and have labels, and (b) second dry particles that are modified with second binding substances not exhibiting binding properties specific to the test substance, have an average particle size of 100 nm to 200 nm, and do not have labels with (c) a test sample solution containing the test substance; (ii) applying the mixed solution onto a substrate; (iii) causing the test substance to be trapped in a reaction site on the substrate that has third binding substances having binding properties specific to the test substance or has substances exhibiting binding properties to the first binding substances; and (iv) detecting the test substance. | 10-02-2014 |
Hitoshi Chiku, Yokosuka JP
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20150244240 | POWER GENERATOR AND TURBINE COUPLING METHOD - Provided is a power generator and turbine coupling method for coupling an electric power generator, a first turbine and the second turbine in this order, according to an embodiment. The method includes the assembling the power generator, the first turbine, and the second turbine, aligning a generator rotating body of the power generator and a first turbine rotating body of the first turbine, connecting the generator rotating body and the first turbine rotating body, and connecting the first turbine rotating body of the first turbine and a second turbine rotating body of the second turbine. The assembling of the second turbine or the connecting of the first turbine rotating body and the second turbine rotating body is performed in parallel with or after the aligning of the generator rotating body and the first turbine rotating body. | 08-27-2015 |
Isao Chiku, Kawasaki JP
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20090161698 | METHOD AND APPARATUS FOR DATA PROCESSING - A data processing apparatus, having an overhead branching unit configured to branch a signal data into an overhead and signal data; a control unit configured to retain the overhead; a time slot interchange unit configured to perform time slot interchange on the signal data; and an overhead insertion unit configured to insert the signal data and the overhead output from the time slot interchange unit and outputting as signal data. | 06-25-2009 |
20120219291 | CROSS-CONNECT SYSTEM AND CROSS-CONNECT METHOD - A cross-connect system includes a mapping unit that maps second signal frames on which cross-connection is performed with a space switch, into third signal frames on which cross-connection is performed with the space switch and a time switch; a selection unit that selects either first signal frames on which cross-connection is performed with the space switch and the time switch and corresponding clock signals, or the third signal frames and corresponding clock signals; a cross-connection unit that receives either the first signal frames and corresponding clock signals or the third signal frames and corresponding clock signals selected by the selection unit and performs cross-connection for either the first signal frames or the third signal frames; and a demapping unit that demaps the third signal frames output from the cross-connection unit into the second signal frames and output the second signal frames. | 08-30-2012 |
Mamoru Chiku, Kanagawa-Ken JP
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20100194898 | Image Correction Processing Apparatus and Method - A motion vector detecting unit detects a motion vector of each block in a shot image, which is divided into a plurality of blocks, during an optical zooming operation. A linear function calculating unit calculates for each block a linear function that represents a straight line, the slope of which is the same as that of a line passing through the center of the shot image and a representative point and which passes through a vector detection point. A hand-movement motion vector calculating unit selects at least two blocks that have the calculated linear functions, the slope of which are different from each other, and obtains an intersection of graphs of the linear functions of the selected blocks so as to calculate a motion vector caused by hand movement. A hand-movement correcting unit corrects the hand movement in the shot image based on the calculated motion vector caused by the hand movement. | 08-05-2010 |
Masanobu Chiku, Yokohama JP
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20090301900 | METHOD FOR MEASURING PROTEIN - The present claimed invention is to provide a method for measuring a protein that enables to detect the protein with high accuracy and high sensitivity through an electrochemical method at a high speed with a simple operation using a simple device. With the method, a working electrode | 12-10-2009 |
Shinichiro Chiku, Kyoto-Shi JP
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20090108232 | LENS MATERIAL, OPTICAL ELECTRONIC COMPONENT AND OPTICAL ELECTRONIC DEVICE - An optical material includes lithium tantalate, and a molar composition ratio of lithium oxide and tantalum oxide (Li | 04-30-2009 |
Shinichiro Chiku, Nagaokakyo-Shi JP
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20150212208 | OPTICAL SENSOR - A light-emitting element and a light-receiving element are provided on a surface of a substrate. The light-emitting element and the light-receiving element are sealed by transparent resin members and, respectively. A lens is provided at the transparent resin member at a position above the light-emitting element. The center of the lens and a mounting position of the light-emitting element are disposed being shifted from each other. With this, an optical axis of light outputted via the lens is slanted toward an opposite direction side with respect to the light-receiving element at a predetermined elevation angle. In this case, a beam divergence angle of light outputted from the lens is set to a predetermined value. | 07-30-2015 |
Yoshinori Chiku, Ibaraki JP
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20090318658 | BAKED RESIN PRODUCT AND ELECTRONIC DEVICE COMPRISING SAME - The present invention provides a baked resin product that exhibits an excellent heat resistance and an electronic device that incorporates this baked resin product. The present invention provides a baked resin product obtained by baking a resin composition that contains a main chain-type aromatic benzoxazine structure, wherein the baked resin product has a peak measured by | 12-24-2009 |