Abstract: The invention provides an image capturing apparatus which comprises an image capturing unit, a selecting unit which selects a dynamic range, a developing unit which performs a developing process on RAW image data obtained by the image capturing unit; and a control unit which performs control such that if a first dynamic range is selected, image data obtained by performing a developing process for the first dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data, and if a second dynamic range is selected, image data obtained by performing a developing process for the second dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data.

Abstract: The invention provides an image capturing apparatus which comprises an image capturing unit, a selecting unit which selects a dynamic range, a developing unit which performs a developing process on RAW image data obtained by the image capturing unit; and a control unit which performs control such that if a first dynamic range is selected, image data obtained by performing a developing process for the first dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data, and if a second dynamic range is selected, image data obtained by performing a developing process for the second dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data.

Abstract: An image processing apparatus which efficiently converts an image file. The image processing apparatus, based on an instruction, converts a first-format image file including image data and annotation information into a second-format image file having memory capacity of a predetermined area smaller than that of the first-format image file. The image processing apparatus records annotation information into the first-format image file, and generates, based on said annotation information, annotation information for the second-format image file having a size suit for the predetermined area, and before receiving the instruction being received, records the annotation information for the second-format image file into the first-format image file, and records the annotation information for the second-format image file recorded in the first-format image file, into the predetermined area in the second-format image file.

Abstract: An image processing apparatus that is capable of converting an image file such that all annotation information recorded in the image file can be used. When converting a first-format image file including image data and annotation information on the image data to a second-format image file whose memory capacity of a predetermined area where annotation information is recorded is smaller than that of the first-format image file, the image processing apparatus, when the annotation information included in the first-format image file is not predetermined annotation information whose data amount is equal to or greater than a predetermined value, records the annotation information into the predetermined area in the second-format image file, and, when the annotation information included in the first-format image file is the predetermined annotation information, records link information on the annotation information in the predetermined area in the second-format image file.

Abstract: An image processing apparatus comprises: a detection unit that detects a subject from an image; an inference unit that performs inference processing using an inference model on the detected subject; and a generation unit that generates an image file by combining image data of the image, information of the subject, an inference result of the inference processing, and information of the inference model. The generation unit records the inference model in a private area of the image file.

Abstract: The invention provides an image capturing apparatus which comprises an image capturing unit, a selecting unit which selects a dynamic range, a developing unit which performs a developing process on RAW image data obtained by the image capturing unit; and a control unit which performs control such that if a first dynamic range is selected, image data obtained by performing a developing process for the first dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data, and if a second dynamic range is selected, image data obtained by performing a developing process for the second dynamic range on the RAW image data by the developing unit is recorded as the RAW image file together with the RAW image data.

Abstract: [Problem] The problem that unevenness occurs in the foam layer and the insulating property deteriorates when lamination is carried out at high speed was clarified in a process for producing a sheet for a foam insulating paper container. Specifically, the problem addressed by the present invention is to provide a sheet for a foam insulating paper container that can be foamed without unevenness even when laminated at high speed. [Solution] The present inventors discovered that the problem addressed by the present invention can be solved by a method for producing a sheet for a foam insulating paper container in which a polyethylene resin is laminated on at least one side of a paper substrate, wherein the method for producing a sheet for a foam insulating paper container is characterized in that the lamination conditions are an air gap of 150 mm or greater and a take-off speed of 70 m/min or higher.

Abstract: An examination of microwave oven-resistant sheets for heat-insulating foamed paper containers revealed that blisters occur in the containers in the course of microwave oven treatment. That is to say, the present invention addresses the problem of providing a sheet for heat-insulating foamed paper container such that no blisters occur during microwave oven treatment. The present inventors have found that the problem to be solved by the present invention can be solved by a method for producing a sheet for a heat-insulating foamed paper container, wherein an air gap of 150 mm or larger, a drawing speed of 65 m/minute or lower, and a polyethylene resin density of 923 to 930 kg/m3.

Abstract: There is provided a recording apparatus. A control unit repeatedly executes a recording operation of recording data into a recording medium having a recording area that includes a plurality of partial areas. The control unit performs control so that one partial area included among the plurality of partial areas is used as a recording destination, and when the one partial area is filled with recorded data, another partial area is used as a recording destination. The control unit performs control so that a size of data recorded in a single recording operation does not exceed a remaining size of a partial area that is used as a recording destination in the single recording operation.

Abstract: An image recording apparatus can record an appropriate reel number and an appropriate camera identification (ID) in a volume label of a recording medium even in a case where a management file is generated for each moving image format. In a case where a management file of a first moving image format set as a recording format of a moving image file is not recorded, and a management file of another moving image format is recorded in a recording medium, the image recording apparatus determines a reel number of the recording medium based on information about the reel number included in the management file of the another moving image format and records the management file of the first moving image format including the information about the determined reel number in the recording medium, and does not update or record the volume label in the recording medium.

Abstract: This invention provides an image recording apparatus operable to use a recording unit configured to record an image obtained by an image capturing unit in a recording medium conforming to a standard for an exFAT file system, the image recording apparatus comprising a recording control unit configured to perform control, in accordance with a determination that a recording format for an image to be recorded involves cluster jumping, to record a FAT at a predetermined timing before recording of the image to be recorded is completed even in a case where recording with cluster jumping has not been performed in the recording of the image to be recorded by the recording unit.

Abstract: A recording apparatus (100) which records content in a recording medium (113 and 114) includes an obtaining unit which obtains information on a temperature of the recording medium (S311) and a display controller which performs control such that display associated with the temperature of the recording medium is performed based on the temperature information obtained by the obtaining unit (S314).

Abstract: This invention provides an image recording apparatus operable to use a recording unit configured to record an image obtained by an image capturing unit in a recording medium conforming to a standard for an exFAT file system, the image recording apparatus comprising a recording control unit configured to perform control, in accordance with a determination that a recording format for an image to be recorded involves cluster jumping, to record a FAT at a predetermined timing before recording of the image to be recorded is completed even in a case where recording with cluster jumping has not been performed in the recording of the image to be recorded by the recording unit.

Abstract: There is provided a recording apparatus. A control unit repeatedly executes a recording operation of recording data into a recording medium having a recording area that includes a plurality of partial areas. The control unit performs control so that one partial area included among the plurality of partial areas is used as a recording destination, and when the one partial area is filled with recorded data, another partial area is used as a recording destination. The control unit performs control so that a size of data recorded in a single recording operation does not exceed a remaining size of a partial area that is used as a recording destination in the single recording operation.

Abstract: A gas barrier packaging material precursor, includes a support; an adhesion layer on one surface of the support; and a barrier layer and a protective layer formed adjacent each other on the adhesion layer. The adhesion layer contains a silicon compound composite. The protective layer is formed of a coating liquid containing a polyvalent metal compound, a polyester resin, and a dispersant, with the polyvalent metal compound being about 40 to about 90 mass % relative to 100 mass %. When the barrier layer is separated from the gas barrier packaging material precursor to measure an infrared absorption spectrum of the barrier layer by a transmission method, a ratio (?/?) of a maximum peak height (?) of absorbance in a range of about 1490 to about 1659 cm?1 to a maximum peak height (?) of absorbance in a range of about 1660 to about 1750 cm?1 is less than about 1.

Abstract: A recording/reproduction apparatus comprising an output unit outputs a clock signal to each of a plurality of recording media, a communication unit transmits a write command and write data to each of the plurality of recording media to write the data in the recording medium and receives a response to the write command, that is transmitted from each of the plurality of recording media, in accordance with a timing signal obtained by delaying the clock signal, and a control unit controls the communication unit to execute relay recording of, if data is transmitted and written in a first recording medium of the plurality of recording media, continuing the write of the data by switching a transmission destination of the data from the first recording medium to a second recording medium of the plurality of recording media.

Abstract: There is provided a recording apparatus. An adjustment unit executes adjustment processing for adjusting a delay amount of a timing signal. A recording control unit performs recording control for performing recording of data to a file in a storage medium using an input/output unit configured to receive data from the storage medium according to the timing signal, and changes a recording destination of data from the file to a new file in response to a data amount recorded in the file reaching a threshold or more. A control unit controls such that the adjustment processing is performed in response to a sum of the data amount recorded in the file and a first data amount that is greater than or equal to a data amount corresponding to one instance of recording using the input/output unit reaching the threshold or more.

Abstract: A recording apparatus is provided. An adjustment unit executes adjustment processing for adjusting a delay amount of a timing signal. An input control unit executes input control to input continuously recording target data to be recorded to a storage medium, to a buffer memory. A recording control unit executes recording control for recording the recording target data held in the buffer memory to the storage medium, using an input/output unit configured to receive data from the storage medium according to the timing signal. A control unit performs control such that the input control is started before a recording start instruction and the recording control is started in response to the recording start instruction, and such that the adjustment processing is executed during execution of the input control and before the recording control is started in response to the recording start instruction.

Abstract: An image recording apparatus can record an appropriate reel number and an appropriate camera identification (ID) in a volume label of a recording medium even in a case where a management file is generated for each moving image format. In a case where a management file of a first moving image format set as a recording format of a moving image file is not recorded, and a management file of another moving image format is recorded in a recording medium, the image recording apparatus determines a reel number of the recording medium based on information about the reel number included in the management file of the another moving image format and records the management file of the first moving image format including the information about the determined reel number in the recording medium, and does not update or record the volume label in the recording medium.

Abstract: A recording apparatus (100) which records content in a recording medium (113 and 114) includes an obtaining unit which obtains information on a temperature of the recording medium (S311) and a display controller which performs control such that display associated with the temperature of the recording medium is performed based on the temperature information obtained by the obtaining unit (S314).