Abstract:
An image printing system includes a portable data capturing device for capturing data relating to an image which it is desired to print. A processor communicates with the data capturing device for processing output data which is output from the data capturing device to provide formatted data suitable for printing. An onboard printing unit is mounted onboard a vehicle and is associated with the processor for printing the formatted data to provide the image.
Abstract:
Methods and system for transferring images between devices are disclosed. For example, differently scaled images by a host device may automatically and/or selectively be transferred to a media player for display. In turn, appropriately scaled images may be transferred automatically and/or selectively to another display device for example a TV, camera or printer. The selectivity may occur either at the host level or at the player level.
Abstract:
A system, method and machine-readable medium providing for review of documents. The method includes receiving a request for a document over a network from a document presentation device, the document having a file type; retrieving the document from a memory; determining the file type; in response to determining the file type is in one of a first set of formats, sending the document to the document presentation device; and in response to determining the file type is in one of a second set of formats, launching an application on a remote application server and sending information to the document presentation device to display the output of the application on the document presentation device, the application corresponding to the file type.
Abstract:
The present invention provides a technique for providing color corrected images to a user over a network. In particular, the present invention allows multiple image providers to provide color corrected images to a user when the user's computer and its associated devices are not calibrated and/or characterized, or the calibration and/or characterization data is not available over the network to the image providers. This abstract is provided for the sole purpose of complying with the rules requiring an abstract to allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure contained herein. This abstract is submitted with the express understanding that it will not be used to interpret or to limit the scope or the meaning of the claims.
Abstract:
Systems and methods for providing a media device capabilities determination mechanism in a networked computing environment are provided. Some of today's operating systems and applications deliver a set of remoting features to enable a networked ecosystem of remote media consumption devices. These devices connect to the host and display a remoted media experience via remoting protocols and technologies. In this regard, the device capabilities determination mechanism of the invention enables a remote device to specify a custom set of media capabilities that should be remoted from the host to the remote device.
Abstract:
A communication terminal device includes a connection establishing unit which establishes a connection by a call control protocol with a destination device designated by an IP telephone number, a communication protocol requesting unit which request a presentation of a plurality of communication protocols which can be supported by the destination device over the connection, a communication protocol selecting unit which selects one communication protocol which the communication terminal device itself can support from the communication protocols presented from the destination device as a response to the request by the communication protocol requesting unit, and a communication unit which communicates with the destination device over the connection by the communication protocol selected by the communication protocol selecting unit.
Abstract:
A method and apparatus is disclosed for receiving, combining, and processing multiple input jobs of multiple formats that may or may not be native to a MFP into a single composed output job in a format native to or compatible with the MFP, which is then outputted. A plurality of jobs is received at the MFP. Then, the jobs are examined to determine which jobs, if any, are in a format native to the MFP, and which jobs, if any, are in a format not native to the MFP. Received jobs which are in formats not native to the MFP are converted into native formats. When all the jobs are in native formats, the jobs are then merged or combined into a single output job and outputted according to settings provided to the MFP.
Abstract:
In a method and system for provision of image objects in a digital image information system controlled by an electronic data management device, with a first long term data storage device for archiving of pixel portions of the image objects in a first data format and a second long term data storage device in which are archived pixel portions of the image objects in a second data format differing from the first data format, and a databank associated with the two long term data storage devices, text portions of image objects stored in the two long term data storage devices are stored in a first data format in the data bank. The text portion of the queried image object is read from the databank on the basis of an image object query, and using the text portion it is determined whether the pixel portion of the queried image object is stored in the first long term data storage device or in the second long term data storage device. If the pixel portion of the queried image object is stored in the first long term data storage device, the pixel portion of the queried image object is read from the first long term data storage device and the queried image object is subsequently provided. If the pixel portion of the queried image object is stored in the second long term data storage device, the pixel portion of the queried image object is read from the second long term data storage device, is converted from the second data format into the first data and the queried image object is subsequently provided.
Abstract:
When sending photographic image data obtained in an electronic camera 1 via a communication interface 42 to a radio telephone line of a PDC 3, a PHS 4, etc., an RISC-CPU 11 converts the image data to data having a configuration allowing communication and further converts by software processing the communication-allowing configuration data to data corresponding to the type of the radio telephone line.
Abstract:
An information input/output system includes printer servers and facsimile servers, connected with the Internet respectively, and printers and facsimile apparatuses connected with the printer and facsimile servers, respectively. A terminal is configured to access information contents on the Internet and to transmit printing request data including at least a contents ID specifying information contents for printing from among the information contents on the Internet and a print outputting destination ID specifying one of the printers or facsimile apparatuses for printing therewith the information contents for printing. A printing request administration server is configured to receive the printing request data transmitted from the terminal and to transmit the printing request data to one of the facsimile or printer servers determined according to the print outputting destination ID. Each of the printer or facsimile servers stores information as to the printers and the facsimile apparatuses, and outputs the information contents for printing to the one of the printer or facsimile servers determined according to the print outputting destination ID, after converting the information contents for printing, according to the information corresponding to the one of the printers or facsimile apparatuses specified by the print outputting destination ID, such that the information contents for printing can be printed by the one of the printers or facsimile apparatuses specified by the print outputting destination ID.