Canon

An image processing method includes generating a second image based on a first image represented in a first coordinate system using a machine learning model, and converting the second image into a third image represented in a second coordinate system different from the first coordinate system.

An information processing apparatus having a communication unit is provided. The information processing apparatus downloads, from a cloud printing server connected by the communication unit, a virtual printer that uploads a print job received from a printer driver to the cloud printing server, and installing the virtual printer, installs a generic printer driver for the virtual printer, and generates a print queue associated with the generic printer driver.

An image processing apparatus (100) includes a first acquisition unit (131) that obtains first image data ; a first feature identification unit (132) that identifies a first feature related to a first organ captured in the first image data; a second feature identification unit (134) that identifies, corresponding to imaging range for a second organ that is captured in second image data, a second feature related to imaging range for the second organ in the first image data; a third feature identification unit (135) that identifies a settable range for an imaging parameter in the second imaging method; and an estimation unit (136) that estimates based on the first feature related to the first organ, the second feature related to imaging range for the second organ, and the settable range for an imaging parameter in the second imaging method, an imaging parameter for the second organ in the second imaging method.

A substrate processing apparatus comprises a stage (20) configured to hold a substrate (16); a hand (42, 43) configured to convey the substrate; and a controller (30) configured to control at least one of a substrate supply operation onto the stage by the hand and a substrate collection operation from the stage by the hand. A chuck (21) selected from among a plurality of types of chucks is mounted on the stage, and pins (22) configured to protrude from the chuck and support the substrate in the at least one are provided in the stage. The controller is configured to control, in accordance with the thickness of the chuck mounted on the stage, a height of the hand when inserting/removing the hand between the substrate on the pins and the chuck in the at least one.

An image reading apparatus includes: a reading unit configured to read a document; a first cover portion forming a part of an upper surface of the image reading apparatus, the first cover portion being configured so that the document read by the reading unit can be placed thereon; a second cover portion positioned below the first cover portion and configured to cover an upper portion of the reading unit, the second cover portion forms a part of an exterior housing of the image reading apparatus; and a conveyance path for conveying a document inserted from an insertion opening between the first cover portion and the second cover portion toward the reading unit.

A recording apparatus (100) includes: a casing (602); a recording portion (3) configured to perform recording on a recording material; a liquid supply portion (410) disposed on a side of a front surface of the casing, the liquid supply portion being configured to supply liquid to the recording portion by being connected to a liquid container (430) configured to store the liquid; and a reading unit (600, 600a) disposed on the side of the front surface of the casing and configured to perform reading from a document at a reading position, the reading unit being rotatable about a rotation center of a cover shaft (600X) extending in a first direction between an open position at which the reading position is opened and a closed position at which the reading position is covered, wherein the liquid supply portion and the reading unit are disposed so as to partially overlap each other in the first direction.

Provided is an information processing apparatus (100) for controlling a printing apparatus (10), the information processing apparatus including: a registration unit (223) that is capable of registering the printing apparatus in the information processing apparatus without performing communication for obtaining specification information indicating a specification of the printing apparatus; a first control unit (222) that perform control to issue a request to obtain the specification information on the printing apparatus in response to receiving a response to a print job transmitted to the printing apparatus; and a second control unit (222) that perform control to update a specification description file (203) based on the specification information obtained in response to the obtaining request to thereby reflect the specification information in an advanced print setting screen (400) for creating a print job on the information processing apparatus, the specification description file being a file for describing the specification information.

The present disclosure includes: a stacking unit (4) capable of stacking the print medium discharged, by use of a first stacking part (41) and a second stacking part (42) installed to be movable in a first direction relative to the first stacking part (41); a detection unit (74) capable of detecting a position of the second stacking part (42); and an acquisition unit (71) configured to control movement of the second stacking part (42) in the first direction and acquire the position of the second stacking part (42) based on a detection result obtained by the detection unit (74), wherein the acquisition unit (71) is configured to acquire the position of the second stacking part (42) at a start of printing by a printing unit (3), in accordance with the detection result obtained by the detection unit (74) while the second stacking part (42) is moved in the first direction.

An electrical device (1) includes a main body including a storage unit (667), a cover member (665) displaceable between a first position to over the storage unit (667) and a second position to expose the storage unit (667), a restricting member (51) displaceable between a restriction position to restrict displacement of the cover member (665) from the first position to the second position and a restriction releasing position to release the restriction of the displacement of the cover member (665), and a slot (61) formed in a housing of the main body, into which a locking member (81) is inserted to prevent the restricting member from displacing from the restriction position to the restriction releasing position.

An inspection system (10) inspects printed matter output by an image forming apparatus (100). The inspection system included a memory device (253) that stores a set of instructions, and at least one processor (251) that executes the set of instructions to store inspection settings used for inspection of the printed matter, receive a predetermined instruction accompanying selection of a plurality of different inspection settings from among the inspection settings stored from a user, and synthesize (S1307) the plurality of different inspection settings according to the predetermined instruction.