Yamatani, JP
Daiki Yamatani, Gotenba-Shi JP
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20100123086 | EXTREME ULTRAVIOLET LIGHT SOURCE DEVICE - An extreme ultraviolet (EUV) light source to detect fluctuations in the angular distribution of its output radiation wherein a solid raw material is irradiated with a laser beam to generate a vapor. The vapor is subjected to an electrical arc generated between a pair of discharge electrodes to generate a high temperature plasma that emits EUV radiation. The EUV radiation is collected along an optical axis toward a focal point by a plurality of concentrically arranged reflectors. A plurality of EUV radiation detectors are arranged around a circular ring centering on the optical axis of the concentrically arranged reflectors. Each EUV radiation detector includes two spaced apart diaphragms with a pinhole. The pinholes are aligned with a virtual line connecting with the focal point. EUV radiation passing through the pinholes strikes a light detecting element in the detectors. The angular distribution fluctuation of the EUV radiation collected at the focal point is obtained based upon irradiance data provided by the light detectors. | 05-20-2010 |
20120112077 | METHOD FOR THE DETECTION OF THE IRRADIANCE DISTRIBUTION IN AN EXTREME ULTRAVIOLET LIGHT SOURCE DEVICE AND AN EXTREME ULTRAVIOLET LIGHT SOURCE DEVICE - An extreme ultraviolet light source device, comprising a collector mirror focusing extreme ultraviolet radiation at a focal point, wherein a porous plate having a plurality of through holes arranged such that only radiation focusing at said focal point passes is provided insertably between said collector mirror and said focal point on an optical axis of said collector mirror, and a detection means is provided to receive radiation having passed through said porous plate and to detect an intensity of said received radiation, and a method for detecting an irradiance distribution in an extreme ultraviolet light source device. | 05-10-2012 |
Daiki Yamatani, Shizuoka JP
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20130009076 | EXTREME ULTRAVIOLET LIGHT SOURCE AND POSITIONING METHOD OF LIGHT FOCUSING OPTICAL MEANS - In an extreme ultraviolet (“EUV”) light source apparatus, uneven angle distribution images of EUV light are detected prior to an adjustment function by a detector, and angle distribution image data is recorded. Movement data corresponding to the recorded angle distribution image data is also recorded. The movement data corresponds to a movement amount and direction that the optical focusing means is moved from a position in which the angle distribution is even to the position in which the corresponding uneven angle distribution image is obtained. For the adjustment, a current angle distribution property image is detected by the detector and is compared with the uneven angle distribution property image data stored, and image data which is most closely matched with the current angle distribution property is selected. The movement data that corresponds to the selected image data is read out, and the light focusing optical means is moved based thereon. | 01-10-2013 |
20130010282 | ILLUMINANCE DISTRIBUTION DETECTION METHOD IN EXTREME ULTRAVIOLET LIGHT SOURCE APPARATUS AND POSITIONING METHOD OF LIGHT FOCUSING OPTICAL MEANS - A method of detecting an illuminance distribution of light emitted by an extreme ultraviolet (“EUV”) light source apparatus that includes a light condensing optical means. EUV light that is condensed to a condensing point is passed through a detector that is disposed around an optical axis without being detected, and is guided to an exposure unit. EUV light that is not condensed at the middle condensing point and is not guided to the exposure unit is detected by the detector. The illuminance distribution of the light that is not condensed at the middle condensing point is thereby obtained. The illuminance distribution of the light that is condensed at the middle condensing point may be determined, based on a correlation between the illuminance distribution of the light that is not condensed at the middle condensing and the illuminance distribution of the light that is condensed at the middle condensing point. | 01-10-2013 |
Eiji Yamatani, Saitama-Ken JP
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20110226441 | STRUCTURE FOR COOLING HEATING ELEMENT - A structure for cooling a heat element includes a heat element box containing a heat element and forms an air passageway therebetween, an intake duct connecting a passenger compartment and the air passageway, a discharge duct connecting the air passageway and a vehicle exterior, and a wall on a vehicle body. The intake duct has a water reserving portion for accumulating a liquid entering from the passenger compartment. The intake duct has an expansion portion and has a discharge hole of the liquid. The wall is provided to face the discharge hole so that the liquid discharged through the discharge hole moves downward along a surface of the wall. | 09-22-2011 |
Eiji Yamatani, Saitama JP
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20130000864 | HEAT ELEMENT COOLING DEVICE - In a battery cooling device | 01-03-2013 |
Katsu Yamatani, Gifu JP
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20080260276 | Data Compression-Decompression Method, Program, and Electronic Device - An electronic device includes: a PHLCT circuit ( | 10-23-2008 |
Ken Yamatani, Koganei-Shi JP
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20080208193 | BIPOLAR CUTTER - A bipolar cutter includes a bipolar cutting treatment portion having a pair of electrodes provided at a front-end portion of an insertion unit inserted in a body of a living thing, a guide portion having a lead passage which captures a living tissue of a cutting target and which leads the living tissue to the treatment portion, the guide portion configured to vary a width of the passage, and a manipulation portion which manipulates the guide portion to vary the passage width. Alternatively, a shape of the lead passage is enlarged from its inner end to its outer end and a lead passage width regulating member being movable between the inner end and the outer end of the lead passage is included. Alternatively, a plurality of lead passages having widths being different from each other is included. | 08-28-2008 |
20080249556 | DISSECTION APPARATUS AND DISSECTION METHOD - A dissection apparatus includes a main body portion which extends from a proximal end side to a distal end side, and a dissecting portion which is provided to a distal end of the main body portion and adapted to dissect a blood vessel from a living tissue, the dissecting portion including a flat portion which is to be pressed against the blood vessel. | 10-09-2008 |
Ken Yamatani, Fuchu-Shi JP
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20110230881 | Endoscopic Surgical Instrument - An endoscopic surgical instrument includes an insertion section which is inserted into a body cavity, and a surgical section which is disposed on a tip of the insertion section and treats an object. The surgical section includes a body section, and a first electrode, a second electrode, and a third electrode which are disposed on the body section. The surgical section coagulates and cuts the object by using a combination of not less than two of the first electrode, the second electrode, and the third electrode. | 09-22-2011 |
Kengo Yamatani, Yokohama JP
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20140165058 | SYSTEM RESOURCE MANAGEMENT METHOD FOR VIRTUAL SYSTEM - Specifically, a service menu is set for each user ID to determine an information distribution range/distribution amount according to the service menu. Finally, “vendor lock-in” of an infrastructure (hardware, software) is a typical alternative to be adopted to provide high-quality service at low cost. Pieces of information obtained for each product are temporarily collected, are categorized at the same level into pieces of information for respective purposes (screens), and then are provided for users. This achieves proper capacity planning. | 06-12-2014 |
Manabu Yamatani, Kanagawa JP
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20140094565 | METHOD FOR PRODUCING SILOXANE OLIGOMERS - [Subject] The object of the present invention is to provide a method for producing siloxane oligomers which contain a small amount of ring form and have a high molecular weight. | 04-03-2014 |
Masaya Yamatani, Niigata-Ken JP
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20120000284 | HUMIDITY SENSOR PACKAGE AND MANUFACTURING METHOD THEREOF - A humidity sensor package includes: a humidity sensor that is mounted on a main surface of a package substrate and that have a humidity-sensing area; a control IC that is mounted on the main surface of the package substrate; a sealing resin that seals at least an external connection portion of the humidity sensor; and a partition member that partitions a sealing area of the sealing resin and the humidity-sensing area from each other so as to expose the humidity-sensing area to an external environment. Here, a first distance in the thickness direction from the package substrate to the top surface of the partition member is smaller than a second distance in the thickness direction from the package substrate to the top surface of the sealing resin. | 01-05-2012 |
20120000285 | CAPACITIVE TYPE HUMIDITY SENSOR AND MANUFACTURING METHOD THEREOF - A capacitive type humidity sensor is provided, where a sensor chip substrate, with a sensor section where electrostatic capacitance changes in accordance with humidity, a reference section where electrostatic capacitance does not change, and a plurality of pads which are output terminals of each section, and an IC substrate, which is electrically connected to the pads and which outputs the difference in capacitance between the sections as a voltage, are fixed to the same support substrate, where a protective member, which forms a sealed region surrounding the sensor section and which covers the reference section, is provided on the sensor chip substrate, the support substrate is covered by a sealing resin except for the region which is covered by the protective member, the sensor section is exposed to air at the region which is surrounded by the protective member, and the other constituent elements are covered by the sealing resin. | 01-05-2012 |
Mitsuru Yamatani, Toride-Shi JP
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20130050715 | IMAGE FORMING APPARATUS - An image forming apparatus, including: a reading portion configured to read an original to generate original image data; a code detecting portion configured to detect a code indicating image density reduction information from the original image data; a reconstruction processing portion configured to generate output image data from the original image data by using density input-output characteristics corresponding to the image density reduction information; a filter portion configured to perform unsharpness processing on the output image data by using a degree corresponding to the image density reduction information; and an image forming portion configured to form an image based on the output image data subjected to the unsharpness processing. | 02-28-2013 |
Muneyoshi Yamatani, Shiga JP
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20090159230 | Mold Forming and Molding Method - A mold forming and molding technology operable to produce a silicon ingot suitable for obtaining a solar cell substrate is disclosed. A slurry is prepared comprising particles with surface oxide layers operable to bond the particles to each other. An external force is applied to the slurry to eliminate cohesion of the particles to form a de-cohesive slurry, and an inner surface of a mold base is coated with the de-cohesive slurry to form a releasing layer that reduces defects in the silicon ingot. | 06-25-2009 |
Takahiro Yamatani, Tokyo JP
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20100050678 | AIR CONDITIONER - A centrifugal fan mounted in an air conditioner has the following relationship: | 03-04-2010 |
20100115983 | CENTRIFUGAL FAN, AIR CONDITIONER - To obtain an air conditioner having a lower-noise centrifugal fan capable of improving product reliability during transportation and execution properties of installation, with reduced packaging materials in favor of environment. The shape of a blade is formed so that when a blade edge positioned on the downstream side of the blowing direction is designated as a blade rear-edge, the centrifugal fan has a relationship of the outer diameter of the side plate>the outer diameter of the blade rear-edge on the side of a side plate>the outer diameter of the blade rear-edge on the side of a main plate≧the outer diameter of the main plate, and the blade rear-edge is located inside of a straight line connecting a connection point between the blade rear-edge and the main plate to a connection point between the blade rear-edge and the side plate relative to the rotation axis of the fan, and the distance between the blade rear edge and the rotation axis increases toward the side plate from the main plate. | 05-13-2010 |
20120325442 | AIR CONDITIONER - A centrifugal fan mounted in an air conditioner has the following relationship: outer diameter of a side plate of the centrifugal fan>outer diameter of the blade rear-edge part on side-plate side>diameter of the blade rear-edge part on main plate side>outer diameter of the main plate. In the centrifugal fan, the blade rear-edge part is positioned inside from a straight line connecting the connection point between the blade rear-edge part and the main plate, to the connection point between the blade rear-edge part and the side plate, as viewed from the rotation axis. The blade rear-edge part has a shape such that the distance from the rotation axis becomes larger from the main plate toward the side plate. | 12-27-2012 |
Tomoya Yamatani, Aichi JP
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20110015018 | PULLEY UNIT - A rotation adjusting mechanism is provided in a power transmission path from a pulley to a rotation shaft and includes an elastic member and a clutch mechanism. The elastic member reduces a minute change in rotation generated in at least one of the pulley and the rotating shaft by its elastic deformation. The clutch mechanism is provided in an intermediate position of the power transmission path from the elastic member to the rotating shaft and configured to interrupt the power transmission from the pulley to the rotating shaft when a rotation speed of the pulley lowers below a rotation speed of the rotating shaft by a predetermined value or greater. | 01-20-2011 |
Yoshio Yamatani, Aichi JP
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20110137511 | FUEL-SAVING DRIVING DIAGNOSTIC APPARATUS, IN-VEHICLE SYSTEM, DRIVING CONTROL DEVICE, AND FUEL-SAVING DRIVING DIAGNOSTIC PROGRAM - A fuel-saving driving diagnostic apparatus detects that the vehicle stops based on a vehicle speed indicating a speed of a vehicle, and detects that the vehicle is in an idling state indicating a state in which the vehicle is idled when a number of engine revolutions of the vehicle whose stop is detected is a predetermined threshold or more. The fuel-saving driving diagnostic apparatus determines whether the vehicle in the idling state is in a parking state based on a selection lever and/or a parking brake of the vehicle in the detected idling state. Then the fuel-saving driving diagnostic apparatus diagnoses fuel-saving driving based on an idling parking time for which the parking state of the vehicle is maintained. | 06-09-2011 |
20110196601 | TRAVEL ROUTE EVALUATION SYSTEM AND TRAVEL ROUTE EVALUATION PROGRAM - A travel route evaluation system is provided which is capable of enhancing the driver's consciousness of traveling on the a recommended route, in order to improve a degree of attainment of purposes, such as suppression of a fuel consumption and shortening of a required time, that would be obtained by presenting the recommended route. | 08-11-2011 |
Yoshio Yamatani, Okazaki-Shi JP
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20110133921 | FUEL-SAVING DRIVING DIAGNOSTIC DEVICE, FUEL-SAVING DRIVING DIAGNOSTIC SYSTEM, CONTROL DEVICE OF PRIME MOVER, FUEL-SAVING DRIVING RATING DEVICE, AND FUEL-SAVING DRIVING DIAGNOSTIC METHOD - An accelerator-off, fuel-cut traveling determining unit determines whether the number of engine revolutions of a vehicle is equal to or higher than a predetermined value, whether an accelerator opening rate is equal to or lower than a predetermined value, and whether a traveling state is an accelerator-off, fuel-cut traveling state where a quantity of fuel injection to an engine is 0. When it is determined that the traveling state is the accelerator-off, fuel-cut traveling state, the traveling distance adding-up unit adds up accelerator-off, fuel-cut traveling distances. A fuel-saving driving rating unit rates driving by a driver based on each of the added-up values which were added up by the traveling distance adding-up unit. A fuel-saving driving advice generating unit notifies the driver of a fuel-saving driving advice together with a rating result in accordance with the rating result. Therefore, it is possible to encourage the driver to perform early engine operation by an engine braking, and to enhance the driver's awareness of fuel saving driving. | 06-09-2011 |
20110137512 | FUEL-SAVING DRIVING DIAGNOSTIC DEVICE, FUEL-SAVING DRIVING DIAGNOSTIC SYSTEM, TRAVEL CONTROL DEVICE, FUEL-SAVING DRIVING RATING DEVICE, AND FUEL-SAVING DRIVING DIAGNOSTIC METHOD - A shift lever position determining unit ( | 06-09-2011 |
20110148618 | FUEL-SAVING DRIVING DIAGNOSTIC DEVICE, FUEL-SAVING DRIVING DIAGNOSTIC SYSTEM, TRAVEL CONTROL DEVICE, FUEL-SAVING DRIVING RATING DEVICE, AND FUEL-SAVING DRIVING DIAGNOSTIC METHOD - An accelerator opening determining unit determines whether an accelerator opening achieved through an accelerator operation by a driver of a vehicle exceeds an upper limit value thereof. A travel distance adding-up unit adds up a travel distance within accelerator-opening upper limit value when the accelerator opening is not determined to exceed the upper limit value. When the accelerator opening is determined to exceed the upper limit value, the travel distance adding-up unit adds up a travel distance exceeding accelerator-opening upper limit value. A fuel-saving driving rating unit rates the driving of the driver based on each added-up value added up by the travel distance adding-up unit. | 06-23-2011 |
Yoshio Yamatani, Okazaki JP
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20100063725 | Safe driving evaluation system, method, and program - Systems, methods, and programs input a current drive condition of a vehicle at a predetermined location before a predetermined temporary stop position, determine whether there is a possibility that the vehicle will not be able to safely stop at the temporary stop position based on the input current drive condition, and execute a wake-up call to a driver if it is determined that there is a possibility that the vehicle will not be able to stop safely at the temporary stop position. The systems, methods, and programs calculate a wake-up call ratio as a ratio of the total number of wake-up calls executed to the total number of temporary stop positions passed, and then acquire evaluation information based on the calculated wake-up call ratio. | 03-11-2010 |