An information processing apparatus includes a processor configured to, in a case where a first device capable of using a specific service succeeds in authenticating a user, and input data input by a function of the specific service selected by the user is present in a second device capable of using the specific service, display a screen provided in a case where the function is selected, without receiving the selection of the function by the user.

Provided is a printer connected to a management server via a network. The printer includes a storage control unit that, when an event occurs, stores in a storage unit event information indicating a content of the event that has occurred and time when the event occurs, and a transmission unit that push-transmits the event information stored in the storage unit to the management server. The storage control unit adds, to the event information, transmission information indicating whether the event information has been transmitted or has not been transmitted to the management server and stores the event information in the storage unit. Among the event information stored in the storage unit, the transmission unit push-transmits, to the management server, untransmitted event information to which transmission information indicating the event information has not been transmitted is added.

A smart mirror (and imaging) system which enables a user to view themselves in the mirror of the system while separately capturing self-images when positioned within the viewing capability of a camera employed in combination with the mirror system. The mirror system can be sufficiently sized for carrying in a purse, in a laptop computer carrying case, a brief case, and/or a piece of carry-on luggage for air travel. The mirror system can be configured with volatile onboard memory to automatically lose the onboard data when the mirror system power is removed or dropped.

An apparatus includes a memory, and a processor coupled to the memory and configured to store data in the memory, transmit the data stored in the memory to an information processing system, instruct the information processing system to execute a transfer job that includes a first process for transferring the data and a second process related to the first process, and delete the data from the memory in a case where transfer job execution history information indicates that the first process and the second process are completed. The transfer job execution history information includes a history of execution of the transfer job.

An imaging system captures an image by detecting, by a sensor, radiation from a radiation generating apparatus, and transmits image data of the image captured by the sensor to a controller. The controller includes a control unit configured to control whether to permit the use of the sensor, based on whether the sensor already holds the captured image data at the time of connection of the sensor.

An apparatus includes a memory, and a processor coupled to the memory and configured to store data in the memory, transmit the data stored in the memory to an information processing system, instruct the information processing system to execute a transfer job that includes a first process for transferring the data and a second process related to the first process, and delete the data from the memory in a case where transfer job execution history information indicates that the first process and the second process are completed. The transfer job execution history information includes a history of execution of the transfer job.

Provided is a printer connected to a management server via a network. The printer includes a storage control unit that, when an event occurs, stores in a storage unit event information indicating a content of the event that has occurred and time when the event occurs, and a transmission unit that push-transmits the event information stored in the storage unit to the management server. The storage control unit adds, to the event information, transmission information indicating whether the event information has been transmitted or has not been transmitted to the management server and stores the event information in the storage unit. Among the event information stored in the storage unit, the transmission unit push-transmits, to the management server, untransmitted event information to which transmission information indicating the event information has not been transmitted is added.

A medical image management apparatus including a hardware processor. The hardware processor retrieves image data from an image capturer that generates and stores the image data of a medical image, and in retrieving the image data that is generated by memory imaging and stored in the image capturer, the hardware processor causes a display to display an image associating screen for associating the retrieved image data with at least one of patient information and order information in response to completion of retrieving at least one piece of the image data.

A medical image processing apparatus including a hardware processor. The hardware processor retrieves image data from an image capturer that generates and stores the image data of a medical image, and determines that the image data is generated by memory imaging when at least one of time differences is a predetermined time or more or operation time of an image retrieving button, selection of patient information or selection of order information is after imaging time, the time differences being a time difference between imaging time and retrieving time, a time difference between patient specifying time and the imaging time or the retrieving time, a time difference between disconnection time and the imaging time or the retrieving time, and a time difference between previous imaging time that is imaging time of previous image data and the imaging time of the image data that is retrieved.

An image scanning apparatus includes an image scanning unit, an image acquiring unit, a condition determining unit, and a communication processing unit. The image scanning unit scans a document image from a document and generates image data of the document image. The image acquiring unit acquires the image data generated on a single job, generates image files including the image data, and stores the image files into a specific folder. The condition determining unit selects (a) network identifiers of the image files or (b) a network identifier of the specific folder, on the basis of the number of the image files generated and stored on the single job. The communication processing unit transmits to a specific destination a message that includes the selected network identifiers of the image files or the selected network identifier of the specific folder.