Abstract: Disclosed are an electronic apparatus that achieves both the convenience of touch operation and accurate position specification, and a method for controlling the same. When an area that meets a predetermined condition has been detected in an image, the electronic apparatus executes a function corresponding to a position where a touch has been detected by touch detection means. When the area that meets the predetermined condition has not been detected or area detection is not carried out, the electronic apparatus carries out a process corresponding to an operation for moving a touched position rather than carrying out processing corresponding to the position where the touch has been detected by the touch detection means.

Abstract: An apparatus, if a live view image is not displayed in an enlarged manner on first and second display units, outputs, to the first and second display units, an image acquired by superimposing a guide indicating a degree of focus of a focus detection region, on the live view image, and if a live view image is displayed in an enlarged manner on the first display unit, outputs, to the first display unit, an image acquired by enlarging a partial region in the live view image that includes the focus detection region and superimposing the guide on the enlarged image, and outputs, to the second display unit, the live view image on which the guide is not superimposed.

Abstract: In a probe apparatus for performing an electrical measurement by bringing a probe into contact with an inspection target substrate, a transfer table is provided with a needle mark transfer member to which a needle mark of the probe is transferred by a contact with the probe. The needle mark transfer member includes a polyimide resin. A movement mechanism is able to move the needle mark transfer member provided on the transfer table to a contact position where the needle mark transfer member is brought into contact with the probe.

Abstract: Included are a display control unit configured to display a live view image being imaged by an imaging unit, and to display a display item indicating a degree of in-focus, superimposed on the live view image; an acquiring unit configured to acquire information relating to a degree of in-focus in a focus detecting region; and a changing unit configured to change display positions and display forms of a first indicator and second indicator that indicate a degree of in-focus by a positional display relationship with each other, and a third indicator that indicates a focus position, based on information acquired by the acquiring unit, the first indicator and the second indicator and the third indicator are included in the display item.

Abstract: A communication apparatus comprises: a communication unit for communication with an image capturing apparatus including a display unit; an input unit configured to input a setting change request to the image capturing apparatus; and a control unit configured to control the communication unit to transmit, to the image capturing apparatus, second information to be highlighted together with first information indicating contents of the setting change request so as to highlight a display element related to the setting change request when displayed in the display unit of the image capturing apparatus in a case where the contents of the setting change request meet a predetermined condition, and control the communication unit to transmit the first information to the image capturing apparatus without transmitting the second information in a case where the contents of the setting change request do not meet the predetermined condition.

Abstract: An apparatus, if a live view image is not displayed in an enlarged manner on first and second display units, outputs, to the first and second display units, an image acquired by superimposing a guide indicating a degree of focus of a focus detection region, on the live view image, and if a live view image is displayed in an enlarged manner on the first display unit, outputs, to the first display unit, an image acquired by enlarging a partial region in the live view image that includes the focus detection region and superimposing the guide on the enlarged image, and outputs, to the second display unit, the live view image on which the guide is not superimposed.

Abstract: Control is performed so that when an enlarged display state of a captured image is switched to an entire display state, and in a case where a particular operation is performed in the enlarged display state, a display item regarding focus adjustment is displayed at a position which is determined according to an enlarged area after movement of the enlarged area based on a movement instruction to move the enlarged area given in the enlarged display state, and in a case where the particular operation is not performed in the enlarged display state, the display item regarding focus adjustment is displayed at a position unrelated to the movement of the enlarged area based on the movement instruction.

Abstract: In a mobile-terminal charging device, a controller performs a safety operation in a case where a resonance frequency detected by a foreign object detection coil corresponding to a location where a charging coil is present is higher than a reference resonance frequency stored in a memory, or a resonance voltage detected by a foreign object detection coil corresponding to a location where the charging coil is present is lower than a reference resonance voltage stored in the memory.

Abstract: An image recording apparatus generates a reduced image by reducing an image, generates a first cutout image by cutting out a part of the image before the reduction, performs processing for image recording involving writing into a memory on the reduced image and performs recording processing for recording the processed image, presents a first display by outputting an image based on the reduced image to a display unit, presents an enlarged display larger than the first display by outputting an image based on the first cutout image to the display unit during the recording processing, and does not perform specific processing involving reading or the writing of data from or into the memory at least when the enlarged display is ongoing during the recording processing.

Abstract: An information processing apparatus includes a readout unit that reads out information recorded in association with an image and that indicates an effect applied to the image, a processing unit that applies an effect to an image, and a control unit that, in a case where the information indicating the effect applied to the image has been read out, performs control to restrict the processing unit from applying to the image a part of effects including an effect other than the applied effect and being set according to the applied effect indicated by the information, from among a plurality of effects that can be applied by the processing unit.

Abstract: Upon detection of a touch operation, an intensity of the touch is detected to calculate a provisional value of the touch intensity, and a video image to which a visual effect based on the provisional value is applied is displayed. Upon detection of removal of the touch, a definite value of the touch intensity is calculated and a confirmation screen for confirming whether to apply a visual effect based on the definite value is displayed.

Abstract: To provide a nanobubble generating nozzle that is compact and capable of generating nanobubbles with high efficiency. The problem is solved by a nanobubble generating nozzle and a nanobubble generator comprising this nanobubble generating nozzle. The nanobubble generating nozzle comprises an introduction part for introducing a mixed fluid of a liquid and a gas into an interior thereof, a jetting part for feeding out the mixed fluid containing nanobubbles of the gas, and a nanobubble generating structure part for generating nanobubbles of the gas, between the introduction part and the jetting part. The nanobubble generating structure part comprises a plurality of flow paths having different cross-sectional areas through which the mixed fluid of the liquid and the gas is passed, in an axial direction of the nanobubble generating nozzle.

Abstract: Included are a display control unit configured to display a live view image being imaged by an imaging unit, and to display a display item indicating a degree of in-focus, superimposed on the live view image; an acquiring unit configured to acquire information relating to a degree of in-focus in a focus detecting region; and a changing unit configured to change display positions and display forms of a first indicator and second indicator that indicate a degree of in-focus by a positional display relationship with each other, and a third indicator that indicates a focus position, based on information acquired by the acquiring unit, the first indicator and the second indicator and the third indicator are included in the display item.

Abstract: Disclosed are an electronic apparatus that achieves both the convenience of touch operation and accurate position specification, and a method for controlling the same. When an area that meets a predetermined condition has been detected in an image, the electronic apparatus executes a function corresponding to a position where a touch has been detected by touch detection means. When the area that meets the predetermined condition has not been detected or area detection is not carried out, the electronic apparatus carries out a process corresponding to an operation for moving a touched position rather than carrying out processing corresponding to the position where the touch has been detected by the touch detection means.

Abstract: This mobile terminal charging device has a support plate in which the front surface-side part is where a mobile terminal is installed, a charging coil disposed facing the support plate on the rear surface-side of the support plate, a plurality of detection coils concentrically disposed in the charging coil on a surface opposite the support plate, and a control unit connected to the detecting coils. When a charging operation is carried out, the control unit compares the difference between a voltage value detected using a first detecting coil among the plurality of detecting coils, and a voltage value detected using two detecting coils from a group comprising the first detecting coil and at least one detecting coil disposed outward of the first detecting coil. In addition, the control unit executes a safety operation in accordance with the results of the comparison.

Abstract: This contactless power transmission device transmits power to a contactless power reception device having a reception-side coil and a reception-side resonator which resonates with the reception-side coil. The contactless power transmission device has a transmission unit including a transmission-side coil, a transmission-side resonator which resonates with the transmission-side coil, and an inverter for feeding power to the transmission-side resonator. The inductance value of the transmission-side coil and/or the capacitance value of the transmission-side resonator is set so that the frequency range in which the phase difference of a primary-side current flowing through the transmission unit relative to a primary-side voltage applied to the transmission unit is zero or above is wider than when the inductance value of the reception-side coil are equal to each other as are the capacitance value of the reception-side resonator and the capacitance value of the transmission-side resonator.

Abstract: A debug device to more accurately compute current consumption or a current consumption quantity from a computer program to be executed in a mobile terminal when a computer program is debugged. The mobile terminal includes a terminal log information acquisition unit configured to acquire terminal log information indicating an operating state of hardware constituting the mobile terminal during debug execution and a current consumption computation unit configured to compute the current consumption or the current consumption quantity of the mobile terminal during debug execution on the basis of the terminal log information and computation information for computing the unique current consumption or the unique current consumption quantity from the operating state of the hardware which is pre-stored.

Abstract: A portable terminal charging device includes a large diameter detection coil arranged between a charging coil and a portable terminal, and a further detection coil arranged inward of the large diameter detection coil and having a smaller diameter than the large diameter detection coil. The large diameter detection coil and the further detection coil detect a state of a foreign metal object by finding out a decrease in the magnetic flux of an inward section of the charging coil and conversely finding out an increase in the magnetic flux of an outward section thereof, if the foreign metal object is present between a portable terminal installation unit of a support plate and the portable terminal.

Abstract: There is provided magnetic field generating member including: permanent magnet portion that has first magnetic pole portion of which one surface side becomes a first magnetic pole surface and second magnetic pole portion which is adjacent to first magnetic pole portion and of which one surface side becomes a second magnetic pole surface. In addition, the magnetic field generating member includes first magnetic body disposed on one surface side in at least one of first magnetic pole portion and second magnetic pole portion and second magnetic body disposed on the other surface side of permanent magnet portion so as to straddle boundary between first magnetic pole portion and second magnetic pole portion.

Abstract: Control is performed so that when an enlarged display state of a captured image is switched to an entire display state, and in a case where a particular operation is performed in the enlarged display state, a display item regarding focus adjustment is displayed at a position which is determined according to an enlarged area after movement of the enlarged area based on a movement instruction to move the enlarged area given in the enlarged display state, and in a case where the particular operation is not performed in the enlarged display state, the display item regarding focus adjustment is displayed at a position unrelated to the movement of the enlarged area based on the movement instruction.