Ariki
Fumiyoshi Ariki, Komaki-City JP
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20150075285 | SENSOR DEVICE - A sensor device includes a semiconductor substrate and multiple sensing portions that are placed on one side of the semiconductor substrate and convert a physical quantity into an electrical signal. The one side is parallel to a reference plane defined by an X-direction and a Y-direction perpendicular to each other. The semiconductor substrate has a center point that is both a geometric center and a center of mass. The semiconductor substrate is axisymmetric with respect to each of a first reference line passing through the center point and parallel to the X-direction and a second reference line passing through the center point and parallel to the Y-direction. Each of the sensing portions is axisymmetric with respect to each of the first reference line and the second reference line. | 03-19-2015 |
Jiro Ariki, Tokyo JP
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20100029812 | SPECTACLE LENS - A resin composition which contains polycarbonate resin, does not transmit a wavelength of 385 nm substantially and has a high total light transmittance and excellent heat resistance. | 02-04-2010 |
20100330362 | POLYCARBONATE RESIN LAMINATED SHEET - A laminated sheet having a substrate layer and a cover layer which is formed on at least one side of the substrate layer, wherein | 12-30-2010 |
Takuya Ariki, Yokohama JP
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20090001950 | FLASH MEMORY AND RELATED VOLTAGE REGULATOR - A voltage regulator includes a voltage regulator unit configured to output a step voltage and a damping resistance switching unit coupled between a load and an output node of the voltage regulator and configured to select an optimal damping resistance value based on a required load capacity. | 01-01-2009 |
20090046518 | WRITE VOLTAGE GENERATING CIRCUIT AND METHOD - Provided are a write voltage generating circuit of a non-volatile memory cell and a write voltage generating method. The write voltage generating circuit includes a voltage generating unit providing a preliminary write voltage at a level below a defined target level, a voltage sensing unit receiving the preliminary write voltage and a reference signal, and in response to a comparison between the preliminary write voltage and the reference signal generating a start signal, and a switching unit generating and applying a write voltage derived from the preliminary write voltage at a writeable level to a non-volatile memory cell during the write operation in response to the start signal, wherein the writeable level is less than the target level. | 02-19-2009 |
20090179694 | DISCHARGE CIRCUIT - Provided is a discharge circuit. The discharge circuit for discharging two positive and negative high voltages after an erase operation of a non-volatile memory includes: a negative high voltage side discharge unit flowing constant current from a supply voltage to a negative high voltage node of the non-volatile memory to discharge the negative high voltage node; and a positive high voltage side discharge unit flowing constant current from a positive high voltage node of the non-volatile memory to a ground voltage to discharge the positive high voltage node, the positive high voltage side discharge unit simultaneously operating with the negative high voltage side discharge unit, wherein values of the constant currents flowing from the positive and negative high voltage side discharge units are approximately equal. | 07-16-2009 |
Tomohide Ariki, Anjo-City JP
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20150276615 | OPTICAL SENSOR - An optical sensor is attached to a transparent board and includes: a light emitting element that applies light to the transparent board; a plurality of light receiving elements that receive light from the light emitting element, reflected by the transparent board; and a detection unit that detects the amount of rainfall based on output signals of the light receiving elements. The light emitting element applies light to one irradiation region in the transparent board. The light receiving elements correspond to the one irradiation region and the detection unit detects the amount of rainfall based on output signals of the light receiving elements corresponding to the one irradiation region. | 10-01-2015 |
Yasuo Ariki, Kobe-Shi JP
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20130163887 | OBJECT CLASSIFICATION/RECOGNITION APPARATUS AND METHOD - An apparatus is provided for classifying targets into a known-object group and an unknown-object group. The apparatus includes a speech/image data storage unit configured to store a spoken sound of a name of an object and an image of the object; a unit configured to calculate a speech confidence level of a speech for the name of the object with reference to a spoken sound of a name of a known object; a unit configured to calculate an image confidence level of an image of an object with respect to an image of a known object; and a unit configured to compare an evaluation value, which is obtained by combining the speech confidence level and image confidence level, with a threshold value, and classify a target object into an object group determined according to whether the spoken sound of the name and the image are known or unknown. | 06-27-2013 |
20140249814 | OBJECT RECOGNITION SYSTEM AND AN OBJECT RECOGNITION METHOD - An object recognition system is applicable to practical use, and utilizes image information besides speech information to improve recognition accuracy. The object recognition system comprises a speech recognition unit to determine candidates for a result of speech recognition on input speech and their likelihoods, and an image model generation unit to generate image models of a predetermined number of the candidates having the highest likelihoods. The system further comprises an image likelihood calculation unit to calculate image likelihoods of input images based on the image models, and an object recognition unit to perform object recognition using the image likelihoods. At the time of generating the image model of the candidate, the image model generation unit first searches an image model database, and, when the image model of the candidate is not found in the database, the image model generation unit generates said image model from image information on the web. | 09-04-2014 |
Yuji Ariki, Tokyo JP
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20080219022 | Vehicle Lamp - A vehicle lamp can include a wiring harness, a wiring clip for fixing the wiring harness in the lamp, and a casing for fixing the wiring clip. A force needed for fixing the wiring clip to a rib in the casing can be adjustable. The wiring clip can include both a clip body including at least one wire holder and a spring clip that is located in the clip body. The wiring clip can hold a wiring harness between the at least one wire holder and an inner surface of the casing and at the same time can be affixed to the rib of the casing. The width of the rib can differ in accordance with a longitudinal position of the rib, and the rib can be inserted between a U-shaped spring of the spring clip. Thus, the vehicle lamp can provide for fixing the wiring clip to the rib of the casing while also holding the wiring harness using the wiring clip to firmly fix the wiring harness in the lamp. | 09-11-2008 |
Yuka Ariki, Tokyo JP
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20110292055 | SYSTEMS AND METHODS FOR ANIMATING NON-HUMANOID CHARACTERS WITH HUMAN MOTION DATA - Systems, methods and products for animating non-humanoid characters with human motion are described. One aspect includes selecting key poses included in initial motion data at a computing system; obtaining non-humanoid character key poses which provide a one to one correspondence to selected key poses in said initial motion data; and statically mapping poses of said initial motion data to non-humanoid character poses using a model built based on said one to one correspondence from said key poses of said initial motion data to said non-humanoid character key poses. Other embodiments are described. | 12-01-2011 |
20140085313 | SYSTEMS AND METHODS FOR ANIMATING NON-HUMANOID CHARACTERS WITH HUMAN MOTION DATA - Systems, methods and products for animating non-humanoid characters with human motion are described. One aspect includes selecting key poses included in initial motion data at a computing system; obtaining non-humanoid character key poses which provide a one to one correspondence to selected key poses in said initial motion data; and statically mapping poses of said initial motion data to non-humanoid character poses using a model built based on said one to one correspondence from said key poses of said initial motion data to said non-humanoid character key poses. Other embodiments are described. | 03-27-2014 |
Yusaku Ariki, Hyogo JP
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20080224094 | Method of Producing Chlorine Gas, Aqueous Sodium Hypochlorite Solution and Liquid Chlorine - It is intended to provide methods of producing a chlorine gas having a small bromine content, an aqueous sodium hypochlorite solution having a small bromic acid content, and liquid chlorine having a small bromine content. More specifically, a chlorine gas is produced by a method comprising the steps of: (A) washing a chlorine gas that contains bromine, in a gas washing unit composed of a packed column or a tray tower, wherein the chlorine gas introduced via a lower part of the gas washing unit is brought into counterflow gas/liquid contact with a liquid chlorine introduced via an upper part of the gas washing unit; and (B) taking out a purified chlorine gas thus washed, via the upper part of the gas washing unit, wherein a weight ratio of the chlorine gas and the liquid chlorine introduced in the step (A) is 1/1.0 to 1/0.3. | 09-18-2008 |
20110293505 | METHOD OF PRODUCING CHLORINE GAS, AQUEOUS SODIUM HYPOCHLORITE SOLUTION AND LIQUID CHLORINE - It is intended to provide methods of producing a chlorine gas having a small bromine content, an aqueous sodium hypochlorite solution having a small bromic acid content, and liquid chlorine having a small bromine content. More specifically, a chlorine gas is produced by a method comprising the steps of: (A) washing a chlorine gas that contains bromine, in a gas washing unit composed of a packed column or a tray tower, wherein the chlorine gas introduced via a lower part of the gas washing unit is brought into counterflow gas/liquid contact with a liquid chlorine introduced via an upper part of the gas washing unit; and (B) taking out a purified chlorine gas thus washed, via the upper part of the gas washing unit, wherein a weight ratio of the chlorine gas and the liquid chlorine introduced in the step (A) is 1/1.0 to 1/0.3. | 12-01-2011 |