摘要:
According to one embodiment, an image forming apparatus includes a display section, an input section, a control section, and an image forming section. The display section displays a printing target image as a preview. The input section receives designation of an area from a user on a preview image displayed by the display section. The control section distinguishes a region of the printing target image such that a part of a region in the designated area is one of color and monochrome and the other part of the region is the other of the color and the monochrome. The image forming section forms the printing target image on a sheet according to the distinction of the color and the monochrome by the control section.
摘要:
Disclosed is a data processing apparatus including an application execution unit that transmits job data; a print-request-source notification unit invoked by the application execution unit to report print-request-source information specifying a print request source; a virtual printer driver that is invoked upon receiving the job data, extracts job information specifying print settings from the job data, generates a work space for image conversion, and generates drawing data of a higher image format from the job data in the work space; and a transmission processing unit that is generated as a private instance for the job data, selects a printer driver corresponding to output-destination printer information associated with a client or a user of the client, instructs the selected printer driver to print the drawing data, and displays transmission destination information and/or print information determined for the job data on the print request source.
摘要:
A data processing apparatus includes a virtual printer driver unit configured to receive job data of a job from an application executing unit, generate image data based on the job data, and generate print setting data by describing a print setting extracted from the job data; an output condition control unit configured to rewrite the image data and the print setting data generated by the virtual printer driver unit and determine an output destination from which the image data is to be printed out, in accordance with a rule including conditions for selecting the output destination and making a change in output contents of the job; and a transmission unit configured to select a printer driver corresponding to the determined output destination and transmit, to the selected printer driver, a print command relevant to a changed job corresponding to the image data and the print setting data that have been rewritten.
摘要:
Speed of processing of transferring data stored in a storage apparatus to an external apparatus is increased.A storage apparatus according to the present invention: creates a non-decompression volume set to refer to a compression pool that compresses and stores data; decompresses and provides the data stored in the compression pool to a host computer; and provides the compressed data as is to other external apparatuses via the non-decompression volume.
摘要:
Disclosed is a data processing apparatus including an application execution unit that transmits job data; a print-request-source notification unit invoked by the application execution unit to report print-request-source information specifying a print request source; a virtual printer driver that is invoked upon receiving the job data, extracts job information specifying print settings from the job data, generates a work space for image conversion, and generates drawing data of a higher image format from the job data in the work space; and a transmission processing unit that is generated as a private instance for the job data, selects a printer driver corresponding to output-destination printer information associated with a client or a user of the client, instructs the selected printer driver to print the drawing data, and displays transmission destination information and/or print information determined for the job data on the print request source.
摘要:
A conveying device includes: a main body; a holding unit that holds media that is attached and detached to and from the main body; a third conveying member that conveys a single medium among the media held in the holding unit; a first conveying member that conveys the single media; a second conveying member that faces the first conveying member to pinch the media so as to conveys the single media with the first conveying member; a feed unit that feeds the single medium to the main body; an attaching part that is provided at the feed unit and enables the feed unit to attach to the holding unit; a positioning mechanism that positions the main body and the feed unit so that the second conveying member is located at a predetermined position relative to the first conveying member when the holding unit is loaded on the main body.
摘要:
The present invention is a secondary battery, including: an electrode group that includes a positive electrode and a negative electrode, an electrolyte, and a battery cell container that contains the electrode group and the electrolyte and that is sealed, wherein: an adhesive layer for trapping foreign matter present inside the battery cell container is disposed in the battery cell container by exposing at least part of the adhesive layer so as to allow the adhesive layer to come into contact with the electrolyte.
摘要:
During printing output of image data, the image data is temporarily stored in a temporary file. Printing data is obtained from the image data that is stored in the temporary file. The obtained printing data is compared with device data that is obtained from a destination printing device, and a result of the comparison is displayed to a user. Based on the result of the comparison, the user selects whether to execute a printing process.
摘要:
A lithium-ion secondary battery capable of preventing an internal short-circuit due to application of possible vibrations without degradation of large-current discharge performance to ensure high reliability for a long time of use.A lithium-ion secondary battery comprising a positive electrode with a comb-like shaped positive electrode lead piece formed on one side of said positive electrode, a negative electrode with a comb-like shaped negative electrode lead piece formed on one side of said negative electrode, an electrode assembly in which said positive and negative electrodes are rolled up interposing a separator therebetween, and said positive and negative electrode lead pieces are directed in the mutually opposite directions at opposite sides of said positive and negative electrodes, a ring-like shaped positive electrode collector disposed on one end side of said electrode assembly, said positive electrode lead piece being joined to an outer periphery part of said positive electrode collector to collect potential on said positive electrode, a ring-like shaped negative electrode collector disposed on the other end side of said electrode assembly at the opposite position to said positive electrode collector, said negative electrode lead piece being joined to an outer periphery part of said negative electrode collector to collect potential on said negative electrode, a can type battery container for containing said electrode assembly and said positive and negative electrode collectors, a battery lid for sealing said battery container via a gasket, and an insulator laid over at least extent from the outer surface of said positive or negative electrode collector disposed between said electrode assembly and said battery lid to the one end of battery lid's side in said electrode assembly so as to cover said positive or negative electrode lead piece with said insulator.
摘要:
An optical component comprises an optical transmission element (e.g., an optical lens) whose circumferential wall partially joins a metal holder via a joining material (e.g., a low melting point glass), wherein stress is normally applied to the optical transmission element in a compression direction when joining the metal holder. The optical transmission element is inserted into a through hole of the metal holder, and the joining material is kept in a bank actualized by a tapered portion formed in proximity to one end of the through hole of the metal holder. This prevents tensile stress from being applied to the optical transmission element; thus, it is possible to avoid the occurrence of cracks and separations in the optical transmission element; and it is possible to avoid the occurrence of errors in optical characteristics, regardless of variations of the environmental temperature, so that, the optical component is improved in reliability.