Abstract: The present invention is to provide a photoelectric conversion element with an excellent photoelectric conversion efficiency, an imaging element, an optical sensor, and a compound. The photoelectric conversion element of the present invention includes, in the following order, a conductive film, a photoelectric conversion film, and a transparent conductive film, in which the photoelectric conversion film contains a compound represented by Formula (1).

Abstract: An image processing apparatus is communicable with a service providing server that provides a service, and includes a hardware-processor, wherein the hardware-processor acquires authentication success information representing a successful login to the service in response to an operation input by a user, executes an image process, and sets an operation state to an operable state in which an operation for executing the image process is acceptable in accordance with the authentication success information in response to acquisition of the authentication success information.

Abstract: An authentication system includes: an information processing apparatus including a first processor; and an authentication server connected to the information processing apparatus through a network and including a second processor. The first processor acquires user registration information stored in a first memory based on an instruction operation of the user, generates an authentication request including data encrypted based on an encryption key included in the acquired user registration information and identification information included in the acquired user registration information, and transmits the authentication request to the authentication server.

Abstract: An information processing device acquires and executes a workflow including interrelated jobs from a management device. The information processing device includes: a main controller including a memory that stores instructions and a central processing unit (CPU) that executes the instructions; and an operation panel. Based on the instructions executed by the CPU, the main controller: determines whether the first network region matches the second network region, determines whether the workflow includes a first cloud job that requests a service from a server device, upon determining that the first network region does not match the second network region and also that the workflow includes the first cloud job, determines whether to implement the service in the second network region, and upon determining not to implement the service in the second network region, outputs service information to be displayed as an alternative service.

Abstract: An information processing device acquires and executes a workflow including interrelated jobs from a management device. The information processing device includes: a main controller including a memory that stores instructions and a central processing unit (CPU) that executes the instructions; and an operation panel. Based on the instructions executed by the CPU, the main controller: determines whether the first network region matches the second network region, determines whether the workflow includes a first cloud job that requests a service from a server device, upon determining that the first network region does not match the second network region and also that the workflow includes the first cloud job, determines whether to implement the service in the second network region, and upon determining not to implement the service in the second network region, outputs service information to be displayed as an alternative service.

Abstract: An operation screen display device includes: a display part; an operation part; and a processor that performs: making the display part display setting items for setting an operation condition of a job in an operation screen before starting the job; receiving a user manual input to specify one or more of the setting items from the operation part, the setting items being displayed in the operation screen; and receiving a user speech input to specify one or more of the setting items from a speech input device, the setting items being displayed in the operation screen. Upon receiving the user speech input, the processor makes the display part hide one or more of the setting items displayed in the operation screen, the one or more of the setting items being suitable for speech input.

Abstract: An image forming apparatus includes: a hardware processor that: receives, by voice of a first user, a setting instruction related to a setting of a job executed by the image forming apparatus; receives, by voice of a second user, an operation instruction for executing the job; specifies the first user and the second user based on the voices; associates and stores, in a storage, a setting according to the setting instruction and identification information of the first user; and extracts from the storage, upon receiving the operation instruction after receiving the setting instruction, the setting associated with identification information of the second user, and executes the job based on the extracted setting.

Abstract: An operation screen display device includes: a display part; an operation part; and a processor that performs: making the display part display setting items for setting an operation condition of a job in an operation screen before starting the job; receiving a user manual input to specify one or more of the setting items from the operation part, the setting items being displayed in the operation screen; and receiving a user speech input to specify one or more of the setting items from a speech input device, the setting items being displayed in the operation screen. Upon receiving the user speech input, the processor makes the display part hide one or more of the setting items displayed in the operation screen, the one or more of the setting items being suitable for speech input.

Abstract: An image forming device, includes: a body that processes a print job and discharges a printing sheet; a post-processing device that may be connected or detached from the body, and a hardware processor. The hardware processor performs: determining whether or not a sheet type indicated by the print job may be post-processed by the post-processing device; guiding a user to detach the post-processing device from the body when the sheet type indicated by the print job may not be post-processed by the post-processing device; detecting a distance between the post-processing device and the body when the post-processing device is detached from the body; and allowing a processing of print job when the detected distance is greater than an interval that enables the processing of the print job if the sheet type indicated by the print job may not be post-processed by the post-processing device.

Abstract: Disclosed is an image forming apparatus, including: a job input unit; a job execution unit; a job storing unit; a start-up cost calculation unit to calculate a start-up cost which is a cost for start-up of the image forming apparatus, when the job is input from the job input unit; a total sum calculation unit to calculate a total sum of investable amount of the input job and the stored jobs; a job control unit to instruct the job storing unit to store the input job in case that the total sum is less than the start-up cost, and instruct the job execution unit to collectively execute the input job and the stored jobs in case that the total sum is not less than the start-up cost; and a charging unit configured to allocate the start-up cost to the jobs, and charge the allocated start-up cost for each executed job.

Abstract: Disclosed is an image forming apparatus, including: a job input unit; a job execution unit; a job storing unit; a start-up cost calculation unit to calculate a start-up cost which is a cost for start-up of the image forming apparatus, when the job is input from the job input unit; a total sum calculation unit to calculate a total sum of investable amount of the input job and the stored jobs; a job control unit to instruct the job storing unit to store the input job in case that the total sum is less than the start-up cost, and instruct the job execution unit to collectively execute the input job and the stored jobs in case that the total sum is not less than the start-up cost; and a charging unit configured to allocate the start-up cost to the jobs, and charge the allocated start-up cost for each executed job.

Abstract: An image forming apparatus of the present invention determines whether or not electronic information on a displayed image on a portable display terminal set on a platen can be received from outside of the image forming apparatus, and generating converted data for printing by receiving said electronic information and converting it into a printable format when it is determined that the electronic information can be received (S118 or S119). Meanwhile, the image forming apparatus generates scanned data for printing by scanning the displayed image on platen when it is determined that the electronic information cannot be received from outside (S121 or S123). The image forming apparatus then prints the displayed image based on either converted data or the read data (S124).

Abstract: Disclosed is an image reading apparatus including: an image reading section to read an image; a storage section to store the image; and a control section to detect whether or not the image reading section is in a state of pausing reading of the image, to determine transfer speed of the image to an external device based on a detected result, and to transfer the image to an external device at a determined transfer speed.

Abstract: An image forming apparatus of the present invention determines whether or not electronic information on a displayed image on a portable display terminal set on a platen can be received from outside of the image forming apparatus, and generating converted data for printing by receiving said electronic information and converting it into a printable format when it is determined that the electronic information can be received (S118 or S119). Meanwhile, the image forming apparatus generates scanned data for printing by scanning the displayed image on platen when it is determined that the electronic information cannot be received from outside (S121 or S123). The image forming apparatus then prints the displayed image based on either converted data or the read data (S124).

Abstract: Disclosed is an image reading apparatus including: an image reading section to read an image; a storage section to store the image; and a control section to detect whether or not the image reading section is in a state of pausing reading of the image, to determine transfer speed of the image to an external device based on a detected result, and to transfer the image to an external device at a determined transfer speed.

Abstract: A piston for an internal combustion engine includes a crown, tubular walls extending from the edge of the crown, and a cup portion protruding from the rear surface of the crown and having a concave spherical surface for forming a spherical joint with a spherical small end on a connecting rod. The tubular walls and the cup portion are joined together by radially extending ribs.

Abstract: A piston for an internal combustion engine includes a crown, tubular walls extending from the edge of the crown, and a cup portion protruding from the rear surface of the crown and having a concave spherical surface for forming a spherical joint with a spherical small end on a connecting rod. The tubular walls and the cup portion are joined together by radially extending ribs.