Abstract:
PURPOSE:To obtain an optical recording medium good in various durabilities and enhanced in the reliability of data preservation even under severe environment by successively laminating a function layer and a recording glass film on a glass substrate and reacting the function layer and the recording glass film in a fine part to perform recording. CONSTITUTION:An optical recording medium is planned, for example, as a compsn. modulation type one and constituted by successively laminating a reflecting film 2, a glass compsn. modulation film 3 and a recording glass film 4 on a glass substrate 1. At this time, the glass compsn. modulation film 3 is formed from a material forming the recording glass film 4 and capable of changing the refractive index of the recording glass film 4, that is, at least one of SiO2, PbO, CaO and Na2O. The recording glass film 4 is partially irradiated with laser beam 5 and the recording glass film 4 and the glass compsn. modulation film 3 are reacted in a fine part 4a. By this method, the compsn. of the recording glass film 4 is changed and the refractive index thereof is changed to record data.
Abstract:
PURPOSE:To reduce a volume of a yoke by forming, with thin film, all structural elements other than the substrate of a magnetic resonance apparatus using a thin film YIG as a resonator and also reduce power consumption by providing a narrow gap of a magnetic yoke. CONSTITUTION:A GGG substrate 5 and an element 4 formed of thin film YIG are bonded on a substrate (including a dielectric material thin film in the case of a magnetic substrate) 2, 3 and a yoke 1, an excitation coil 6, an insulating film 7 and a protection film 8, etc., are formed by a thin film forming method to complete a magnetic resonance apparatus.
Abstract:
PURPOSE:To convert and record a bit of information based on a first format to a bit of information based on a second format by detecting the changing point of a bit of first sub-code information with a sub-code information generating means for the first sub-code information excluding TOC information and generating a bit of second sub-code information based on a detecting flag. CONSTITUTION:At sub-code information generating sources 2-5, the first sub- code information including TOC (table of contents) information, namely, corresponding to a CD format is generated, processed by a processing means 9 and based on the output signal, the second sub-code information corresponding to a DAT format is generated by a sub-code information generating means 17. Then, the first sub-code information excluding the TOC information detects the changing point and based on the detecting flag, the second sub-code information is generated. The TOC information is converted to the second sub-code information by the processing means 9 and outputted through the sub-code information generating means 17. In a recording means 8, the second sub-code information is recorded together with a bit of main information.
Abstract:
PROBLEM TO BE SOLVED: To provide an illumination device and a program in which illumination control can be changed in accordance with reception of an illumination pattern.SOLUTION: The illumination device has: an illumination section; a receiving section; and a control section which controls illumination of the illumination section in accordance with an illumination pattern of a default. When the receiving section receives an illumination pattern, the control section performs different illumination control from that of the illumination in accordance with the illumination pattern of the default.
Abstract:
PROBLEM TO BE SOLVED: To prevent erroneous operation in double tap operation. SOLUTION: This information processor is provided with: a display 3 displaying a display screen 6 having various kinds of information; and a touch panel 5 incorporated in the display, allowing execution of prescribed processing by performing prescribed touch operation, and allowing the double tap operation by a series of a first tap operation and a second tap operation continuing. When performing the first tap operation to the touch panel, an auxiliary area 8 showing a recognizable area of the second tap operation to the touch panel is displayed on the display. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a nonaqueous electrolyte secondary battery capable of improving a cycle property and a low temperature load property. SOLUTION: The nonaqueous electrolyte secondary battery has a cathode 2 and an anode 3 electrochemically doping and dedoping lithium, and an electrolyte interposed between the cathode 2 and the anode 3. The cathode 2 contains a cathode activator made by mixing a first activator expressed by general formula: Li t CoM s O 2 and a second cathode activator expressed by general formula: Li x Ni (1-y-z) Co y Mn z A a O 2 . In the formula, M denotes a metal, 0≤s≤0.03, 0.05≤t≤1.15, and A denotes aluminum, 0.05≤x≤1.15, 0.15≤y+z≤0.70, 0.05≤z≤0.40, 0≤a≤0.10. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide easy usage of an application in user individual operating environments between different personal computers. SOLUTION: As operation corresponding to a storage medium having at least a storage region storing a medium ID and an application program, and a storage region allowing adding of user individual user setting information, environment setting in the information processor can be carried out by using information for environment setting stored in the storage medium including at least the user setting information. In the user individual environment set in such a way, the application program stored in the same storage medium is activated and executed. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To set a figure for unlocking with arbitrary resolution and authentication precision. SOLUTION: When a screen saver lock by a figure is set, a check box 151 is checked. In a figure display area 153, a figure for unlocking that a user input is displayed. In a resolution setting area 155, resolution (area number of figure display area 53) for figure recognition can be set by using a setting lever. In an authentication precision setting area 154, the lowest matching rate for comparison between the figure that the user sets and the figure inputted for unlocking can be set corresponding to the set resolution by using the setting lever. When an OK button 156 is selected, those settings are stored for screen saver unlocking and when a cancel button 157 is selected, those settings are not stored.
Abstract:
PROBLEM TO BE SOLVED: To assure an advertising effect for a sponsor. SOLUTION: An agent server receives a uasge requirement of charged contents from a user terminal unit, distributes an advertisement data provided from a sponsor, and stands by until receiving information of finish of an advertisement from the user terminal unit, in steps S3-S5. After receiving the information of the finish of the advertisement, the agent server transmits an electronic key peculiar to the each charged content to the user terminal unit, and waits until receiving the electronic key transmitted from the user terminal unit, in steps S6, S7. After the electronic key is received, the agent server decides whether the key is correct or not, in a step S8, and distributes the contents to the user terminal unit in a step S9 when the key is decided as correct.
Abstract:
PROBLEM TO BE SOLVED: To provide the latest detailed information corresponding to paper information. SOLUTION: A contents server 2 transmits paper information A1 to be printed on a magazine and detailed information A2 corresponding thereto to an information providing server 3, and receives the assignment of a QR code (a) corresponding to the detailed information A2. The contents server 2 prints the printing information A1 and the assigned QR code (a) on the magazine. A user who purchases the magazine reads the QR code (a) by a QR code reader. A printer 4 which is directly or indirectly connected to the QR code reader transmits the read QR code (a) through a network to an information providing server 3. The information providing server 3 reads the detailed information A2 and map information M2 corresponding to the QR code (a) transmitted from the printer 4 from a user data base 28B and a map data-base 28A, and supplies it thorough the network to the printer 4. The printer 4 prints the information on paper.