Hokamura
Aya Hokamura, Yokohama-Shi JP
Patent application number | Description | Published |
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20090156169 | MOBILE COMMUNICATION TERMINAL, MOBILE SWITCHING CENTER, MESSAGE STORAGE DEVICE, AND MESSAGE STORING METHOD - A mobile communication terminal, a mobile switching center, a storage device, and a message storing method are provided, whereby a high-quality message is allowed to store in an efficient manner. A network system, when discriminating that a receiving-side terminal cannot answer a call made from a calling-side via a communication line of a circuit-switched network, the communication line with the calling-side terminal is switched from the circuit-switched network to a packet-switched network. The network system stores in the storage device the message that has been transmitted via the communication line of the packet-switched network that has been switched without performing a Codec conversion. The network system performs a Codec conversion of the message to an optimal one, and then delivers the message to the receiving-side terminal. | 06-18-2009 |
20090156174 | COMMUNICATION MESSAGE STORING AND DELIVERING DEVICE, MOBILE COMMUNICATION TERMINAL DEVICE, AND COMMUNICATION MESSAGE STORING AND DELIVERING METHOD - Irrespective of the current situation of a recipient, a message storing service can be actively used by an originator's will, and the recipient can know without a delay that a message addressed to the recipient has been stored. A service for message originator can be specified so that even if a mobile communication terminal device on a recipient side is in a state where it can immediately perform communication when a message is transmitted from a mobile communication terminal device on an originator side, the message is temporarily stored in a message storing box of a telephone answering service subscribed to by a subscriber A as the originator of the message, and the message is delivered to the mobile communication terminal device on the recipient side at timing intended by the originator A. | 06-18-2009 |
Kazuya Hokamura, Hamamatsu-Shi JP
Patent application number | Description | Published |
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20120028879 | HIGHLY SENSITIVE DETECTION METHOD FOR HIGHLY VIRULENT ORAL CAVITY BACTERIA - Provided is a method that involves the detection of protein antigen (PA) and/or collagen-binding protein (CBP) of oral cavity bacteria in a sample, and in which oral cavity bacteria that exacerbate hemolysis are detected for and/or subjects at high-risk for hemolysis aggravation are screened anchor the level of risk of the hemolysis aggravation in a subject is assessed if a PA is not detected anchor a CBP is detected in the sample. Also provided are a detection reagent and kit for use in the method. | 02-02-2012 |
20130059328 | PRODUCTION OF ENTERITIS EVOKING CAUSAL FACTOR BY HIGHLY PATHOGENIC ORAL BACTERIA AND HIGH SENSITIVITY DETECTION METHOD THEREFOR - Disclosed is the construction of a system capable of quickly and easily identifying patients having a risk for worsening inflammatory digestive tract disease by identifying a causal factor for the worsening of the inflammatory digestive tract disease. Specifically disclosed is a method for detecting oral bacteria that cause worsening of inflammatory digestive tract disease and/or a screening that targets high risk for worsening of inflammatory digestive tract disease and/or determining the risk for worsening of the inflammatory digestive tract disease by PA not being detected and/or CBP being detected, inclusive of the detection of PA, which is an oral bacteria protein antigen, and/or CBP, which is collagen binding protein, in samples. Also disclosed are a detection reagent and kit used for this method. | 03-07-2013 |
Michihiro Hokamura, Kawasaki JP
Patent application number | Description | Published |
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20080239362 | COMPUTER-READABLE RECORDING MEDIUM STORING PRINT IMAGE GENERATING PROGRAM AND PRINT IMAGE GENERATING METHOD - A print image generating program is capable of printing information that discourages fraudulent distribution of printed documents, irrespective of the type of printer. A print image generating apparatus has an application, a printer driver, a print management unit, and a virtual driver, and is designed to add tracking information that discourages distribution of printed documents when print data is printed. The print management unit monitors print requests from the application. When detecting a print request which was output from the application to the printer driver, the print management unit acquires and interrupts the print request destined for the printer driver. When the virtual driver receives a command from the print management unit, it acquires print data and tracking information, and generates tracking print image data by adding the tracking information to the print data, and gives the generated data to the printer driver. | 10-02-2008 |
Shigeyuki Hokamura, Kyoto JP
Patent application number | Description | Published |
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20100300175 | EXHAUST GAS ANALYZER AND PROBE UNIT - A probe unit includes a gas sensor having multiple gas introduction bores for introducing a gas into an inside of the gas sensor, and a sensor holder inside of which the gas sensor is held and that is arranged inside of a duct so as to introduce an exhaust gas flowing in the duct into the gas sensor. A calibration gas flow channel is arranged in the sensor holder and has an opening at an inner surface of a side wall, surrounding the gas introduction bores of the gas sensor, of the sensor holder so as to supply a calibration gas to the gas sensor. A guide groove is arranged continuous to the opening of the calibration gas flow channel and arranged on the inner surface of the side wall along an arranging direction of the multiple gas introduction bores to face the multiple gas introduction bores. | 12-02-2010 |
20120033218 | AIR-DRIVEN SHUTTER DEVICE AND OPTICAL ANALYZER - An air-driven shutter device is used in an optical analyzer. The optical analyzer includes a measurement field to which a sample is supplied, a light-emitting unit measurement field for emitting measuring light to the sample, a light-receptive unit for receiving the measuring light that has passed through the sample, and a purge air supplying unit for supplying purge air. The air-driven shutter device includes a shutter and a shutter opening and closing mechanism. The shutter is disposed between the light-emitting unit and/or the light-receptive unit and the measurement field. The shutter opening and closing mechanism keeps the shutter open with pressure of the gas supplied from the purge air supplying unit, and closes the shutter when the pressure of the gas supplied from the purge air supplying unit becomes lower than a predetermined level. | 02-09-2012 |
20120033219 | PROBE FOR GAS ANALYSIS - A probe for gas analysis is provided in a pipe through which sample gas flows. The probe includes a tubular member and one or more sample gas inflow portions. The tubular member is disposed to cross a flow of the sample gas, and includes a measurement field to which the sample gas is introduced. The one or more sample gas inflow portions are provided in the tubular member. The sample gas flows around, and flows into the measurement field through the one or more sample gas inflow portions. | 02-09-2012 |
Tetsuya Hokamura, Osaka JP
Patent application number | Description | Published |
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20140355141 | LENS BARREL AND IMAGING DEVICE - An object is to realize further size reduction in a lens barrel in which a barrel unit is rotatable in three axis directions. The lens barrel includes a support portion for supporting the barrel unit, a part of the support portion being fixed to an external member, an actuator including a drive base movable in a direction parallel to a surface passing through an optical axis of the barrel unit, and a universal joint mechanism portion for linking the barrel unit and the drive base of the actuator. The support portion supports the barrel unit rotatably about a pitch axis, a roll axis, and a yaw axis with respect to the optical axis direction, and the actuator drives the barrel unit about the pitch axis, the roll axis, and the yaw axis by moving the drive base. | 12-04-2014 |