Abstract: An image sensor and signal processing circuit therefor include a readout circuit, calibration circuitry that calculates a correction coefficient for an effective pixel circuit based on a calibration signal, adjustment circuitry that updates the correction coefficient based on an optical black pixel signal, and correction circuitry that applies the updated correction coefficient to the effective pixel signal and generates an output signal.

Abstract: A cable holding device for holding a cable, includes a first member, a second member and a fixing member. The first member has a first through hole through which the cable is to pass. The second member has a second through hole through which the cable is to pass. The fixing member fixes the second member to the first member in such a condition that the second through hole partially overlaps the first through hole to hold the cable by an inner periphery of the first through hole and an inner periphery of the second through hole.

Abstract: A first integrated circuit disposed in a region, in which a length of a first space in a device depth direction is largest, among two regions dividing an entire region of a first main surface of a signal processing circuit board into two in a device width direction. The first space is a space between the signal processing circuit board and a metal chassis, which is a member of the metal chassis and a back cover that opposes the first main surface on which the first integrated circuit is mounted. A first heat sink is disposed between the metal chassis and the back cover and has a plurality of fins. A length of each of the plurality of fins in the device depth direction is set according to a length of the first space in the device depth direction at a position of the fin in the device width direction.

Abstract: An image recording apparatus that can communicate with an external apparatus includes a recording unit, a completion unit, a first input unit, and a transmission unit. The recording unit records movie data on at least one recording medium. The completion unit completes a movie file based on recorded movie data. The first input unit receives a predetermined instruction for transmitting at least part of movie data, recorded by the recording unit, to the external apparatus. The transmission unit transmits, via the communication interface, at least one of movie files completed by the completion unit, based on the predetermined instruction. Where the first input unit receives the predetermined instruction while the recording unit is recording the movie data, the completion unit completes a recorded part of the movie data being recorded, as a movie file, and the transmission unit automatically transmits the completed movie file via the communication interface.

Abstract: An image recording apparatus that can communicate with an external apparatus includes a recording unit, a completion unit, a first input unit, and a transmission unit. The recording unit records movie data on at least one recording medium. The completion unit completes a movie file based on recorded movie data. The first input unit receives a predetermined instruction for transmitting at least part of movie data, recorded by the recording unit, to the external apparatus. The transmission unit transmits, via the communication interface, at least one of movie files completed by the completion unit, based on the predetermined instruction. Where the first input unit receives the predetermined instruction while the recording unit is recording the movie data, the completion unit completes a recorded part of the movie data being recorded, as a movie file, and the transmission unit automatically transmits the completed movie file via the communication interface.

Abstract: A first integrated circuit disposed in a region, in which a length of a first space in a device depth direction is largest, among two regions dividing an entire region of a first main surface of a signal processing circuit board into two in a device width direction. The first space is a space between the signal processing circuit board and a metal chassis, which is a member of the metal chassis and a back cover that opposes the first main surface on which the first integrated circuit is mounted. A first heat sink is disposed between the metal chassis and the back cover and has a plurality of fins. A length of each of the plurality of fins in the device depth direction is set according to a length of the first space in the device depth direction at a position of the fin in the device width direction.

Abstract: There is a first writing mode in which data is written to a recording medium in a first recording unit, and a second writing mode in which data is written in a second recording unit whose size is greater than the first recording unit. In an interval recording mode in which a predetermined recording time worth of moving image data is repeatedly recorded each time a predetermined interval period elapses, moving image data is recorded to the recording medium in the first writing mode having the smaller recording unit. This makes it possible to effectively use the recording area of the recording medium in the case where moving image data obtained by interval shooting is recorded to the recording medium.

Abstract: A backlight device in the present disclosure is equipped with: a plurality of LEDs disposed lengthwise and widthwise; a substrate on which the plurality of LEDs are mounted; and a light-blocking member configured to prevent a predetermined amount of part of light from passing through, wherein the part of light is part of light emitted from an LED, of the plurality of LEDs, disposed on an outermost circumference and is emitted to an outer circumferential side.

Abstract: A recording apparatus independently sets conditions of information data to be simultaneously recorded in a plurality of recording media in a simultaneous recording mode according to a user instruction. The recording apparatus processes information data according to the set conditions so as to generate a plurality of information data to be recorded in the plurality of recording media in the simultaneous recording mode, and their identification information, and records the plurality of generated information data and identification information in the plurality of recording media. When different conditions are set as the conditions of the information data to be simultaneously recorded in the plurality of recording media, a plurality of pieces of identification information which have different values are generated for the information data to be simultaneously recorded in the plurality of recording media.

Abstract: An image processing apparatus for processing moving image files each including moving image data and identification information relating to continuity of time between the moving image file and other moving image file is arranged to perform an editing process for deleting at least a portion of the moving image data included in the moving image file, and change the identification information of the moving image file in accordance with the editing process, wherein in accordance with the editing process being preformed, identification information of at least one of the plurality of moving image files is changed to a predetermined value for discriminating that there is no continuity between the moving image file to which the editing process is performed and a moving image file which has continuity of time with the moving image file to which the editing process is performed.

Abstract: An image processing apparatus for processing a plurality of moving image files each including moving image data relating to continuity of time between the moving image data other moving image file, performs an editing process for deleting a portion of the moving image data of one scene including a plurality of the moving image files, and changes the identification information of the moving image file in accordance with the editing process, wherein in accordance with the editing process for deleting a portion of the moving image data of the one scene being performed, the identification information of at least one of the plurality of moving image files included in the one scene is changed.

Abstract: A display device includes: a display panel; a plurality of backlight units disposed on a rear side of the display panel; a first frame disposed on a rear side of the backlight units; a heat transfer sheet disposed on a rear side of the first frame above a predetermined position; and a second frame disposed on a rear side of the heat transfer sheet. An air layer is formed between the first frame and the second frame, below the heat transfer sheet.

Abstract: There is provided a communication apparatus. The holding unit holds communication setting information for communicating wirelessly with an external apparatus. The communication unit communicates wirelessly with the external apparatus using the communication setting information held by the holding unit. The connection unit connects a recording medium. The determination unit determines whether or not the recording medium connected to the connection unit has a communication function for communicating wirelessly with an apparatus, which is different from the communication apparatus, using communication setting information that has been written into a specific recording region of the recording medium. The writing unit writes the communication setting information held by the holding unit into the specific recording region of the recording medium in a case where it has been determined that the recording medium connected to the connection unit has the communication function.

Abstract: There is a first writing mode in which data is written to a recording medium in a first recording unit, and a second writing mode in which data is written in a second recording unit whose size is greater than the first recording unit. In an interval recording mode in which a predetermined recording time worth of moving image data is repeatedly recorded each time a predetermined interval period elapses, moving image data is recorded to the recording medium in the first writing mode having the smaller recording unit. This makes it possible to effectively use the recording area of the recording medium in the case where moving image data obtained by interval shooting is recorded to the recording medium.

Abstract: A recording apparatus including a mounting portion configured to allow a rewritable recording medium and an unrewritable recording medium to be mounted thereon includes a determination unit configured to determine a file name with a number for recording a file on a recording medium mounted on the mounting portion, and a recording control unit configured to record, on the recording medium mounted on the mounting portion, the file using the file name determined by the determination unit, wherein the determination unit changes a file name determination method when the recording medium mounted on the mounting portion is replaced such that the rewritable recording medium and the unrewritable recording medium are replaced with each other.

Abstract: A recording apparatus independently sets conditions of information data to be simultaneously recorded in a plurality of recording media in a simultaneous recording mode according to a user instruction. The recording apparatus processes information data according to the set conditions so as to generate a plurality of information data to be recorded in the plurality of recording media in the simultaneous recording mode, and their identification information, and records the plurality of generated information data and identification information in the plurality of recording media. When different conditions are set as the conditions of the information data to be simultaneously recorded in the plurality of recording media, a plurality of pieces of identification information which have different values are generated for the information data to be simultaneously recorded in the plurality of recording media.

Abstract: An image processing apparatus for processing a plurality of moving image files each including moving image data relating to continuity of time between the moving image data other moving image file, performs an editing process for deleting a portion of the moving image data of one scene including a plurality of the moving image files, and changes the identification information of the moving image file in accordance with the editing process, wherein in accordance with the editing process for deleting a portion of the moving image data of the one scene being performed, the identification information of at least one of the plurality of moving image files included in the one scene is changed.

Abstract: An image processing apparatus for processing moving image files each including moving image data and identification information relating to continuity of time between the moving image file and other moving image file is arranged to perform an editing process for deleting at least a portion of the moving image data included in the moving image file, and change the identification information of the moving image file in accordance with the editing process, wherein in accordance with the editing process being preformed, identification information of at least one of the plurality of moving image files is changed to a predetermined value for discriminating that there is no continuity between the moving image file to which the editing process is performed and a moving image file which has continuity of time with the moving image file to which the editing process is performed.

Abstract: There is provided a communication apparatus. The holding unit holds communication setting information for communicating wirelessly with an external apparatus. The communication unit communicates wirelessly with the external apparatus using the communication setting information held by the holding unit. The connection unit connects a recording medium. The determination unit determines whether or not the recording medium connected to the connection unit has a communication function for communicating wirelessly with an apparatus, which is different from the communication apparatus, using communication setting information that has been written into a specific recording region of the recording medium. The writing unit writes the communication setting information held by the holding unit into the specific recording region of the recording medium in a case where it has been determined that the recording medium connected to the connection unit has the communication function.

Abstract: A recording apparatus including a mounting portion configured to allow a rewritable recording medium and an unrewritable recording medium to be mounted thereon includes a determination unit configured to determine a file name with a number for recording a file on a recording medium mounted on the mounting portion, and a recording control unit configured to record, on the recording medium mounted on the mounting portion, the file using the file name determined by the determination unit, wherein the determination unit changes a file name determination method when the recording medium mounted on the mounting portion is replaced such that the rewritable recording medium and the unrewritable recording medium are replaced with each other.