Abstract: The purpose of the present invention is to convert many visual tasks performed by a user to visual tasks for a computer. Learning is carried out from the many visual tasks of a computer. By connecting image recognition photographed by a television camera and a tracking laser distance measuring device to a computer and causing the computer to make visual assessments for image recognition, it is possible to continuously ascertain the development of a moving three-dimensional space, which it turn makes it possible to perform tasks in a space that develops in three dimensions, which was difficult when the visual tasks were performed by a human.

Abstract: A multilayer coil component includes a component element assembly in which an inner conductor is disposed and an outer electrode disposed on the surface of the component element assembly. The component element assembly includes a first dielectric glass layer in which the inner conductor is embedded and second dielectric glass layers that are thin layers disposed on respective principal surfaces of the first dielectric glass layer. The primary component of each of the first dielectric glass layer and the second dielectric glass layers is formed of a glass material and has a filler component containing at least quartz, and the second dielectric glass layers have a lower quartz content than the first dielectric glass layer.

Abstract: A common mode choke coil includes a multilayer body obtained by stacking insulating layers, first and second coils inside the multilayer body, and first to fourth outer electrodes on outer surfaces of the multilayer body. The first and second outer electrodes are respectively connected to first and second ends of the first coil. The third and fourth outer electrodes are respectively connected to first and second ends of the second coil. The first coil includes first to third spiral conductors connected to one another through via conductors. The second coil includes fourth to sixth spiral conductors connected to one another through via conductors. The first spiral conductor is adjacent to the second and fourth spiral conductors. The fourth spiral conductor is adjacent to the first and fifth spiral conductors. The distance between the first and fourth spiral conductors is smaller than the distances between other spiral conductors.

Abstract: A common mode choke coil includes an element body of laminated insulating layers; electrically insulated first and second coils in the element body; first and second outer electrodes on the element body electrically connected to ends of the first coil; and third and fourth outer electrodes on the element body electrically connected to ends of the second coil. The first coil includes first to third coil conductors on first to third insulating layers. The second coil includes fourth to sixth coil conductor on fourth to sixth insulating layers. The second and third coil conductors are electrically connected via a via conductor overlapping at outer ends of the conductors. A dummy conductor overlapping the via conductor is provided on at least one of the first, fourth, fifth, and sixth insulating layers other than between the second and third insulating layers and electrically insulated from all the coil conductors.

Abstract: Provided is an environment in which balance information can be easily confirmed when An LED light emitting element unit that controls light emission for each LED light emitting element that is similar to an image element of a television camera is required. A luminous intensity measuring element unit to be controlled and measured is necessary for each luminous intensity measuring element which is similar to an image element of a television camera. The present invention relates to an electronic device that can be manufactured by a current electronic device manufacturing technology.

Abstract: An electronic component includes a multilayer body obtained by laminating a plurality of insulator layers the shape of which is substantially rectangular in plan view, a coil conductor in a substantially spiral shape provided on an insulator layer, and a land electrode located outside the coil conductor. The land electrode faces two sides intersecting at a vertex of the substantially rectangular shape when viewed along a direction of laminating the insulator layers, and is electrically connected to an end portion of the coil conductor, in which a shortest distance from one side of the two sides to the land electrode is equal to or longer than a shortest distance from the coil conductor to the one side.

Abstract: The function of the three-dimensional television camera can be provided by attaching the distance to the two-dimensional position of the television camera by the distance meter side of the position of the image captured by the television camera. The high-speed tracking of the tracking mirror and the high image quality of the tracking television camera captured image enable a plurality of detailed image recognition and enable tracking image recognition of a three-dimensional space close to human status determination. The drive device for numerical control, which operates in the dimension space, is driven in that space by grasping and sharing the location of the working space. The position of the working space of the drive device for numerical control is measured.

Abstract: A multilayer coil component includes a component element assembly in which an inner conductor is disposed and an outer electrode disposed on the surface of the component element assembly. The component element assembly includes a first dielectric glass layer in which the inner conductor is embedded and second dielectric glass layers that are thin layers disposed on respective principal surfaces of the first dielectric glass layer. The primary component of each of the first dielectric glass layer and the second dielectric glass layers is formed of a glass material and has a filler component containing at least quartz, and the second dielectric glass layers have a lower quartz content than the first dielectric glass layer.

Abstract: A common mode choke coil includes a multilayer body obtained by stacking insulating layers, first and second coils inside the multilayer body, and first to fourth outer electrodes on outer surfaces of the multilayer body. The first and second outer electrodes are respectively connected to first and second ends of the first coil. The third and fourth outer electrodes are respectively connected to first and second ends of the second coil. The first coil includes first to third spiral conductors connected to one another through via conductors. The second coil includes fourth to sixth spiral conductors connected to one another through via conductors. The first spiral conductor is adjacent to the second and fourth spiral conductors. The fourth spiral conductor is adjacent to the first and fifth spiral conductors. The distance between the first and fourth spiral conductors is smaller than the distances between other spiral conductors.

Abstract: An electronic component includes a multilayer body obtained by laminating a plurality of insulator layers the shape of which is substantially rectangular in plan view, a coil conductor in a substantially spiral shape provided on an insulator layer, and a land electrode located outside the coil conductor. The land electrode faces two sides intersecting at a vertex of the substantially rectangular shape when viewed along a direction of laminating the insulator layers, and is electrically connected to an end portion of the coil conductor, in which a shortest distance from one side of the two sides to the land electrode is equal to or longer than a shortest distance from the coil conductor to the one side.

Abstract: A reproduction control apparatus that enables a user to perform fast forward and fast rewind of a moving image by an intuitive operation, and provides good operability. The reproduction apparatus controls reproduction of a moving image including a plurality of frames. A controller detects selection of an area including an object by a user's touch operation during reproduction of the moving image. The size of an object is detected for each of the plurality of frames. The controller searches for a frame including the object, which corresponds in size to the size of the selected area, and the frame found by the search is reproduced and displayed.

Abstract: In a recording mode for simultaneously recording moving image files onto a plurality of recording mediums, a recording apparatus adds same identification information to the respective moving image files to be simultaneously recorded onto the plurality of recording mediums and record the obtained files in such a manner that when a recording space capacity of one of the plurality of recording mediums is smaller than a predetermined value or when there is an instruction to stop the recording to a designated recording medium among the plurality of recording mediums, the respective moving image files which are being recorded onto the plurality of recording are closed.

Abstract: A recording apparatus codes moving image data on a unit basis of a moving image sample corresponding to a first period, codes the audio data on a unit basis of an audio sample corresponding to a second period, stores the coded moving image data and audio data in a moving image file and records the moving image data and the audio data in a recording medium, determines based on a recording start position of the obtained moving image data, a recording start position of the obtained audio data to be a position preceding the recording start position of the obtained moving image data by at least the audio sample corresponding to the second period, and determines a reproduction start position of the recorded audio data to be a position following a head of the recorded audio data by the unit of the audio data.

Abstract: In a recording mode for simultaneously recording moving image files onto a plurality of recording mediums, a recording apparatus adds same identification information to the respective moving image files to be simultaneously recorded onto the plurality of recording mediums and record the obtained files in such a manner that when a recording space capacity of one of the plurality of recording mediums is smaller than a predetermined value or when there is an instruction to stop the recording to a designated recording medium among the plurality of recording mediums, the respective moving image files which are being recorded onto the plurality of recording are closed.

Abstract: A recording apparatus codes moving image data on a unit basis of a moving image sample corresponding to a first period, codes the audio data on a unit basis of an audio sample corresponding to a second period, stores the coded moving image data and audio data in a moving image file and records the moving image data and the audio data in a recording medium, determines based on a recording start position of the obtained moving image data, a recording start position of the obtained audio data to be a position preceding the recording start position of the obtained moving image data by at least the audio sample corresponding to the second period, and determines a reproduction start position of the recorded audio data to be a position following a head of the recorded audio data by the unit of the audio data.

Abstract: A recording apparatus having a recording unit for recording a moving image file including a first area to store moving image data and a second area to store meta data into a recording medium generates first position information regarding a position of the moving image data in the first area and second position information which can represent a larger value than the first position information with respect to the position of the moving image data in the first area, stores both of the generated first and second position information into the second area, and records them as a moving image file into the recording medium.

Abstract: A reproduction control apparatus that enables a user to perform fast forward and fast rewind of a moving image by an intuitive operation, and provides good operability. The reproduction apparatus controls reproduction of a moving image including a plurality of frames. A controller detects selection of an area including an object by a user's touch operation during reproduction of the moving image. The size of an object is detected for each of the plurality of frames. The controller searches for a frame including the object, which corresponds in size to the size of the selected area, and the frame found by the search is reproduced and displayed.

Abstract: In a recording mode for simultaneously recording moving image files onto a plurality of recording mediums, a recording apparatus adds same identification information to the respective moving image files to be simultaneously recorded onto the plurality of recording mediums and record the obtained files in such a manner that when a recording space capacity of one of the plurality of recording mediums is smaller than a predetermined value or when there is an instruction to stop the recording to a designated recording medium among the plurality of recording mediums, the respective moving image files which are being recorded onto the plurality of recording are closed.

Abstract: At least one exemplary embodiment is directed to an image recording apparatus configured to display an identification image of a moving image recorded on a recording medium and to display a moving image corresponding to a specified identification image. If the specified identification image corresponds to a moving image encoded according to a moving image coding method generated from a plurality of still images encoded according to a still image coding method, the image recording apparatus serially displays a plurality of still images encoded according to the still image coding method from which the moving image has been generated.

Abstract: A recording apparatus for recording a moving image file including a first area to store moving image data and a second area to store meta data constructed by one or more tracks into a recording medium generates a first track, stores first position information into the first track and stores the first track into the second area to be recorded into the recording medium, generates a second track when a size of moving image file reaches a threshold value, generates second position information which can represent a larger value than the first position information, stores the second position information into the second track, stores the first and second tracks into the second area to be recorded into the recording medium.