Abstract: An electrocardiographic data detection apparatus includes multiple electrodes disposed to face a human body; a difference signal generator configured to generate multiple difference signals from multiple sets of the multiple electrodes that are each a set of two electrodes of the multiple electrodes, each of the multiple difference signals being generated from signals of the two electrodes of the multiple electrodes; and a difference signal selector configured to select multiple difference signals suitable for measurement of a heartbeat from among the multiple difference signals generated by the difference signal generator.

Abstract: A touch-sensitive electronic device has a sensor part to detect a capacitance that varies according to a touch or a proximity of an operation body on or to an operation surface, a memory part to store a reference value used as a basis of calculation of an amount of change in the capacitance and a threshold value used for detection of the touch or the proximity, a determination part configured to compare the amount of change in the capacitance with the threshold value and to determine a state of the touch or the proximity, and a controller configured to suspend touch sensing during a period when the proximity of the operation body is not detected by the determination part, and to suspend proximity sensing operation during a period when the touch of the operation body is detected by the determination part.

Abstract: A touch-sensitive electronic device has a sensor part to detect a capacitance that varies according to a touch or a proximity of an operation body on or to an operation surface, a memory part to store a reference value used as a basis of calculation of an amount of change in the capacitance and a threshold value used for detection of the touch or the proximity, a determination part configured to compare the amount of change in the capacitance with the threshold value and to determine a state of the touch or the proximity, and a controller configured to suspend touch sensing during a period when the proximity of the operation body is not detected by the determination part, and to suspend proximity sensing operation during a period when the touch of the operation body is detected by the determination part.

Abstract: An input device is provided. The input device includes: a transparent-substrate 30 including a display-area 20 and a decorative-area 10 on the surface; transparent-electrodes 21 that are provided in the display-area 20; a wiring-unit 11 that is provided in the decorative-area 10. The wiring-unit 11 has transparent-wiring-units 13 that are transparent conductive layers integrally formed with the transparent-electrodes 21, and has metal-wiring-units 12. The transparent-wiring-units 13 include transparent-connection-wiring-units 13a that connect the transparent-electrodes 21 electrically with the metal-wiring-units 12. A plurality of level-parts 15 are provided in the decorative-area 10 on the display-area 20 side with respect to the metal-wiring-units 12. The plurality of the level-parts 15 are provided to create gaps 17 in a direction in which the metal-wiring-units 12 extend in a plan view.

Abstract: Through positioning between a first mark portion of a first substrate body and a second mark portion of a second substrate body, a first connection terminal portion and a second connection terminal portion are superimposed on each other simultaneously with the superimposition of the second substrate body on the first substrate body. In addition, a first substrate cut-off portion and a second substrate cut-off portion are also superimposed on each other. The first connection terminal portion of a first row and the second connection terminal portion of the first row are electrically bonded to each other by thermo-compression bonding or the like.

Abstract: A wireless power transmission system for wirelessly transmitting electric power from a power transmitting device to a power receiving device using magnetic field coupling between a power transmitting coil and a power receiving coil is provided. The power transmitting device includes a power transmitting circuit generating an electric signal for transmitting electric power, first and second power transmitting coils compatible with first and second transmission methods, respectively, a first magnetic substance on which the first power transmitting coil is placed, a second magnetic substance on which the second power transmitting coil is placed, and a power feeding surface on which the power receiving device is to be placed. First and second attachment surfaces of the first and second magnetic substances, respectively, are located on the lower side of the power feeding surface and arranged on a same plane surface parallel to the power feeding surface.

Abstract: Through positioning between a first mark portion of a first substrate body and a second mark portion of a second substrate body, a first connection terminal portion and a second connection terminal portion are superimposed on each other simultaneously with the superimposition of the second substrate body on the first substrate body. In addition, a first substrate cut-off portion and a second substrate cut-off portion are also superimposed on each other. The first connection terminal portion of a first row and the second connection terminal portion of the first row are electrically bonded to each other by thermo-compression bonding or the like.

Abstract: A wireless power transmission system for wirelessly transmitting electric power from a power transmitting device to a power receiving device using magnetic field coupling between a power transmitting coil and a power receiving coil is provided. The power transmitting device includes a power transmitting circuit generating an electric signal for transmitting electric power, first and second power transmitting coils compatible with first and second transmission methods, respectively, a first magnetic substance on which the first power transmitting coil is placed, a second magnetic substance on which the second power transmitting coil is placed, and a power feeding surface on which the power receiving device is to be placed. First and second attachment surfaces of the first and second magnetic substances, respectively, are located on the lower side of the power feeding surface and arranged on a same plane surface parallel to the power feeding surface.

Abstract: To diagnose vulnerabilities such as SQL injection, even for web-server devices that change the content of responses to requests in accordance with prescribed conditions. A normal-response collection means (10) transmits a normal request (REQN), accompanied by a registered user ID and password, a plurality of times. Said normal-response collection means (10) receives a plurality of responses (RESN) (hereafter “normal responses”) from a web server in response to the normal requests. A common-region extraction means (12) extracts a common region from the plurality of normal responses. An abnormal-response collection means (18) performs SQL injection on the web server, receives the response (RESA) (hereafter “abnormal response”), and records same in a storage unit (16). A determination means (14) determines that the web server has a vulnerability if the normal responses and the abnormal response are the same in the common region.

Abstract: To diagnose vulnerabilities such as SQL injection, even for web-server devices that change the content of responses to requests in accordance with prescribed conditions. A normal-response collection means (10) transmits a normal request (REQN), accompanied by a registered user ID and password, a plurality of times. Said normal-response collection means (10) receives a plurality of responses (RESN) (hereafter “normal responses”) from a web server in response to the normal requests. A common-region extraction means (12) extracts a common region from the plurality of normal responses. An abnormal-response collection means (18) performs SQL injection on the web server, receives the response (RESA) (hereafter “abnormal response”), and records same in a storage unit (16). A determination means (14) determines that the web server has a vulnerability if the normal responses and the abnormal response are the same in the common region.

Abstract: There is provided a high-performance image-burr correcting system of a camera, which can improve precision of a focusing process, accomplish low power consumption, and shorten a release time lag. The image-burr correcting system includes an image-burr detecting unit which can detect image burr generated upon photographing; an image-burr correcting unit which can correct the image burr based on the image-burr detection result of the image-burr detecting unit; and a focusing detecting unit which can detect the focused result. After the completion of an appropriate focusing process is detected by the focusing detecting unit, the image-burr correcting unit is driven and image-burr correction is performed in correspondence with an image burr amount detected by the image-burr detecting unit.

Abstract: An input device is presented. The input devices contains a chassis having an opening. A detecting unit has a surface panel exposed through the opening and detects a pressing operation when the surface panel is pressed. An exciting unit vibrates the surface pane. A driving unit generates driving signals driving the exciting unit at predetermined frequencies. A control unit supplies starting signals starting the driving unit on the basis of an output from the detecting unit. The detecting unit is supported by two supporting portions provided at edge portions of the opening and has a free-end portion at the outside of one of the supporting portions and the exciting unit provided at the free-end portion.

Abstract: A method of writing servo patterns to a floppy disk with use of a magnetic head having a head gap wider than the track pitch of the floppy disk, which method comprises writing a servo pattern to one track, thereafter moving the magnetic head by a predetermined distance in the width direction of the track to write a servo pattern, then at the time of writing servo patterns successively for a plurality of tracks in the same way as above, selecting appropriately a supply timing of write data and that of erase data to be fed to the magnetic head, and erasing in the next writing of a servo pattern a write portion of a servo pattern which deviated from the track width in the previous writing thereof.