Fujifilm Business Innovation

A wiring structure includes: plural light emitting units that each include a thyristor structure and emit light at timings different from each other as signals are supplied to thyristors; and a wiring unit that connects electrodes, which supply a common current to the plural light emitting units, and the plural light emitting units to supply a current, and covers a region, which excludes at least a part of portions between emission portions through which light is emitted from the plural light emitting units and the plural light emitting units, while connecting the plural light emitting units emitting light at the different timings.

An information processing system includes a processor configured to extract, from an image, partial images corresponding to components of the image, as objects, and output, for each of the objects, infringement information indicating whether or not an infringement of intellectual property rights against an existing intellectual property is recognized.

An information processing system includes a processor configured to: acquire information on paper printed in a series of processes; specify a reference fixing temperature for each of plural paper discharge sections in a case where the paper printed in the series of processes is discharged to the plural paper discharge sections and a variation among fixing temperatures set for the paper discharged to each of the plural paper discharge sections as fixing temperatures for fixing an image to the paper is within a predetermined range; and determine a printing order of the paper printed in the series of processes such that the paper is printed in order from a paper discharge section with a lowest reference fixing temperature without changing an arrangement order of the paper discharged to each of the paper discharge sections.

An image forming apparatus includes a mover that moves a transfer medium; a basic-color image forming section that is an image forming section that forms an image by using toner of one or more colors selected from four colors including yellow, magenta, cyan, and black, the image being transferred to the transfer medium; and plural additional-color image forming sections, each of which forms an image by using toner of an additional color other than the four colors, the image being transferred to the transfer medium, in which the plural additional-color image forming sections include an upstream additional-color image forming section and a downstream additional-color image forming section located downstream of the upstream additional-color image forming section in a movement direction in which the transfer medium is moved, and in which the toner of the additional color used in the downstream additional-color image forming section has a charge amount greater than a charge amount of the toner of the additional color used in the upstream additional-color image forming section.

An apparatus includes a processor configured to acquire a recording medium size which is a size of a recording medium on which printing is to be performed, acquire a document size which is a size of a document which is a region where printing is performed on the recording medium, acquire, based on the recording medium size and the document size, a margin size which is a size of a margin between the recording medium and the document, determine, based on the margin size, a width of a tone patch for correction of a density in the printing, and cause the apparatus to print the tone patch of the determined width on the recording medium.

An apparatus includes a processor configured to form a pattern for plural tone patches, each of which is for specification of a density in printing on a recording medium and of which densities are successive, such that one tone patch out of the plural tone patches and another tone patch, of which a density is next highest or next lowest to a density of the one tone patch, are not made adjacent to each other and cause the apparatus to print the plural tone patches in the formed pattern.

An information processing system includes a processor configured to acquire image information indicating an image of an image portion, the image being an image to be formed on a recording medium, the recording medium having a surface defining the image portion and a pressure adhesive toner layer, the recording medium being folded and pressure-bonded with the surface acting as a pressure-bonding surface or the surface of the recording medium acting as the pressure-bonding surface and being overlaid and pressure-bonded to another recording medium; and perform a conversion process when the image indicated by the acquired image information does not satisfy, for the image portion to be formed on the recording medium, a constraint determined in advance for reducing peeling of the pressure-bonding surface, the conversion process being a process for converting the image information so that the constraint is satisfied.

A developing device that is composed of plural constituent members and that causes a developer to adhere to an image holding body holding an image includes a facing member that is provided to be rotatable and that is disposed at a position facing the image holding body, an opening that is disposed in a state of facing an image holding body side and that is for supply of the developer to the image holding body, a blocking member that partially blocks the opening and that is disposed in a state where a gap is provided between the blocking member and the facing member that is disposed on a side opposite to a side on which the image holding body is installed with the blocking member interposed therebetween, a flow path that extends in an axial direction of the facing member provided to be rotatable, through which air flows in the axial direction, and that reaches the gap at an end portion on a downstream side of a flow of the air in the axial direction, a suction port that is provided at the end portion of the flow path on the downstream side in the axial direction and into which the air in the flow path is sucked in a direction intersecting the axial direction and air in the gap is sucked, and a division portion that partially blocks the suction port and that divides the suction port into an upstream side and a downstream side in the axial direction.

A recording medium accommodating device (200) includes a feeder (100) configured to feed out a recording medium included in recording media to be loaded, a gas blower (400) configured to perform gas blowing onto the recording medium in accordance with a predetermined setting in a case where feeding out of the recording medium is performed, and a processor (11A) configured to cause a decision process to be performed before the feeding out of the recording medium is started, the decision process being a process for deciding on a content of the setting, in which the recording medium accommodating device is configured to change a start timing that is a timing for starting the decision process.

An image forming apparatus includes an image forming unit that forms an image on a recording medium supplied from a supply portion under a predetermined condition, a correction unit that obtains a correction amount of the condition in accordance with a reading result of the image formed on the recording medium and corrects the condition, and a storage unit that stores the correction amount, in which the storage unit stores the correction amount in association with both of medium information for specifying the recording medium and supply portion information for specifying the supply portion.