Abstract: A display control device includes a display section, a first receiving section, a second receiving section, and a performing section. The display section displays an object. The first receiving section receives non-voice input specifying a first operation on the object. The second receiving section receives voice input specifying a second operation on the object. The performing section performs, on the object, a complex operation specified by the non-voice input and the voice input.

Abstract: A display control device includes a display section, a first receiving section, a second receiving section, and a performing section. The display section displays an object. The first receiving section receives non-voice input specifying a first operation on the object. The second receiving section receives voice input specifying a second operation on the object. The performing section performs, on the object, a complex operation specified by the non-voice input and the voice input.

Abstract: A tablet terminal includes a touch panel and a controller. The controller includes a first display section, a determination section, a second display section, and an adjustment section. The first display section displays a first icon associated with a first file on the touch panel. The determination section determines whether or not a specific operation has been performed with respect to the first icon. The second display section displays a second icon associated with the first file on the touch panel upon the determination section determining that the specific operation has been performed with respect to the first icon. The adjustment section adjusts an orientation and a size of the second icon.

Abstract: An inkjet recording apparatus includes an image forming device and a controller. The image forming device includes a recording head unit and forms on paper a fold line image representing a fold line. The controller includes a first selection section. The first selection section selects formation of the fold line image in a “first manner” or a “second manner”. In the “first manner”, the fold line image is formed so as to become invisible after a first period elapses from a first time point at which the fold line image is formed on the paper. In the “second manner”, the fold line image is formed so as not to become invisible even after a second period elapses from the first time point. The second period is longer than the first period.

Abstract: A tablet terminal includes a touch panel and a controller. The controller includes a first display section, a determination section, a second display section, and an adjustment section. The first display section displays a first icon associated with a first file on the touch panel. The determination section determines whether or not a specific operation has been performed with respect to the first icon. The second display section displays a second icon associated with the first file on the touch panel upon the determination section determining that the specific operation has been performed with respect to the first icon. The adjustment section adjusts an orientation and a size of the second icon.

Abstract: An inkjet recording apparatus includes an image forming device and a controller. The image forming device includes a recording head unit and forms on paper a fold line image representing a fold line. The controller includes a first selection section. The first selection section selects formation of the fold line image in a “first manner” or a “second manner”. In the “first manner”, the fold line image is formed so as to become invisible after a first period elapses from a first time point at which the fold line image is formed on the paper. In the “second manner”, the fold line image is formed so as not to become invisible even after a second period elapses from the first time point. The second period is longer than the first period.

Abstract: This information display system includes an image forming apparatus and a mobile terminal device. The image forming apparatus includes a second-generation image information generator, an image information mark generator, and an image formation controller. The second-generation image information generator creates image information of a second generation document associated with a first generation document based on user information accepted by an input accepting section and the first generation document read by a first reading unit. The image information mark generator creates an image information mark containing the image information of the second generation document, which is created by the second generation image information generator, incorporated in the image of the first generation document.

Abstract: A seat management system includes a moving apparatus capable of wirelessly communicating directly with each of a plurality of terminal devices while autonomously moving, and an information management apparatus. The information management apparatus includes a first storage section storing therein a seat layout chart, a receiving section operable to receive identification information of a user of each of the terminal devices and current position of the moving apparatus, acquired and transmitted by the moving apparatus, a seat specifying section operable, based on layout positions of a plurality of seats indicated in the seat layout chart, and the received current position, to specify one of the seats on which a specific one of the terminal devices as a replier of the identification information is used, and a seat layout chart update section operable to add the identification information to the specified seat in the seat layout chart.

Abstract: A seat management system includes a moving apparatus capable of wirelessly communicating directly with each of a plurality of terminal devices while autonomously moving, and an information management apparatus. The information management apparatus includes a first storage section storing therein a seat layout chart, a receiving section operable to receive identification information of a user of each of the terminal devices and current position of the moving apparatus, acquired and transmitted by the moving apparatus, a seat specifying section operable, based on layout positions of a plurality of seats indicated in the seat layout chart, and the received current position, to specify one of the seats on which a specific one of the terminal devices as a replier of the identification information is used, and a seat layout chart update section operable to add the identification information to the specified seat in the seat layout chart.

Abstract: A display operation apparatus using a card includes a first registration information display unit, a user authentication unit, and a second registration information display unit. The first registration information display unit displays card information related to the card as first registration information corresponding to user identification information and card identification information of the card when the user identification information and the card identification information are read. The user authentication unit executes user authentication after the first registration information is displayed. The second registration information display unit displays personal information of an owner of the card as second registration information corresponding to the user identification information and the card identification information when login is executed as a result of the user authentication.

Abstract: A biological information measurement device includes: a rehabilitation information reception section that receives rehabilitation information that includes information about a pulse rate range applied to a patient; a pulse rate range setting section that sets the pulse rate range based on the rehabilitation information; a display section that displays at least the pulse rate range; a pulse rate measurement section that measures a pulse rate of the patient; a storage section that stores pulse measurement information that includes the pulse rate measured by the pulse rate measurement section, and a measurement time at which the pulse rate was measured; and a pulse measurement information transmission section that transmits the pulse measurement information.

Abstract: An image forming apparatus includes a document reading unit, an individual information recognition unit, an individual information storage unit, an approval-use paper-sheet-personal-information identification unit, and an image forming unit. The individual information recognition unit is configured to recognize character data of individual information and appraisal data to identify individual information from image data when a paper sheet is for individual information recordation. The approval-use paper-sheet-personal-information identification unit is configured to collate image data of a signature space on the paper sheet for approval against the appraisal data stored in the individual information storage unit when a paper sheet read by the document reading unit is a paper sheet for approval to identify matching individual information.

Abstract: An acceleration sensor that suppresses fluctuations in the offset voltage and with an enhanced temperature characteristic is provided. The acceleration sensor comprises an weight that is formed in the center of a semiconductor substrate; a frame that is formed at the circumference of the weight; a beam or diaphragm that connects the weight and frame; a detection element that is formed on the beam or diaphragm and which detects bending of the beam or diaphragm that corresponds with the applied acceleration; and a lead that is formed on the beam or diaphragm and which guides the detection output of the detection element to a pad that is provided on the frame, wherein a dummy lead comprising a plurality of dot patterns which are at least electrically independent of the lead formed on the beam or diaphragm is formed on the beam or diaphragm.

Abstract: A structure with superior shock resistance is proposed for a parasol-type acceleration sensor. The acceleration sensor comprises a support portion the lower end of which is fixed to a substrate; a beam portion on which a detection element for applying changes to an output signal in correspondence with strain caused by acceleration acting on the detection element is formed, one end of the beam portion being connected to the top part of the support portion; a suspended weight connected to the other end of the beam portion; and a stopper substrate with a window portion through which, in order to guide an output signal of the detection element via a pad that is formed on the upper end face of the support portion, a conductor lead that is connected to the pad passes. Overswing of the weight is limited by means of the stopper substrate.

Abstract: A structure with superior shock resistance is proposed for a parasol-type acceleration sensor. The acceleration sensor comprises a support portion the lower end of which is fixed to a substrate; a beam portion on which a detection element for applying changes to an output signal in correspondence with strain caused by acceleration acting on the detection element is formed, one end of the beam portion being connected to the top part of the support portion; a suspended weight connected to the other end of the beam portion; and a stopper substrate with a window portion through which, in order to guide an output signal of the detection element via a pad that is formed on the upper end face of the support portion, a conductor lead that is connected to the pad passes. Overswing of the weight is limited by means of the stopper substrate.

Abstract: An acceleration sensor that suppresses fluctuations in the offset voltage and with an enhanced temperature characteristic is provided. The acceleration sensor comprises an weight that is formed in the center of a semiconductor substrate; a frame that is formed at the circumference of the weight; a beam or diaphragm that connects the weight and frame; a detection element that is formed on the beam or diaphragm and which detects bending of the beam or diaphragm that corresponds with the applied acceleration; and a lead that is formed on the beam or diaphragm and which guides the detection output of the detection element to a pad that is provided on the frame, wherein a dummy lead comprising a plurality of dot patterns which are at least electrically independent of the lead formed on the beam or diaphragm is formed on the beam or diaphragm.

Abstract: An acceleration sensor with reduced noise that resolves the problem of stress arising from a difference in thermal expansion coefficients is provided.

Abstract: To record physical activity and the amount of exercise, a CPU 130 calculates the user's heart rate while exercising from a pulse wave signal output from a pulse wave sensor unit 102 and an acceleration signal output from a acceleration sensor unit 140, calculates the number of steps taken by the user, and displays the results on an LCD 108. The CPU 130 continuously counts the number of steps based on the acceleration signal from the acceleration sensor unit 140, and displays the total number of steps taken by the user in one day on the LCD 108.

Abstract: A tuning-fork vibratory gyro has first and second arms and a base integrally connected to the first and second arms. The gyro includes drive electrodes used to generate tuning-fork vibrations due to a piezoelectric transversal effect, and detection electrodes provided on the first and second arms and used to output a detection voltage due to an angular velocity.

Abstract: A piezoelectric actuator includes a main driver electrode 4 and a sensor electrode 5. A feedback signal is generated from the sensor electrode 5 in order to eliminate a primary vibration mode due to a primary resonance frequency. The main driver electrode extends to a fixture portion of the actuator, the fixture portion being fitted into a support member 11. The extending portion of the main driver electrode eliminates the electromechanical coupling against a secondary vibration mode due to a second resonance frequency. Features of the piezoelectric actuator suppress the resonance phenomenon, thus improving the response characteristics of the actuator.