Abstract: The image forming apparatus according to the present invention is controlled in such a way that it can generate from document data, original copy data for outputting an original copy of the document data and carbon copy data for outputting a carbon copy of the document data (S103 and S105), start output processing of the generated original and carbon copy data (S104, S106, S107, and S108), determines whether or not the original copy data has been deleted in the middle of the output processing (S109), and gives user a message prompting user to discard the outputted result of the carbon copy data when it is determined that the original copy data has been deleted in the middle of the output processing (S112 and S113).

Abstract: The image forming apparatus comprising a judgment unit for judging whether an instruction for preparing a carbon copy exists or not, and a print data preparation unit for preparing a plurality of print data based on a single document data when the judgment unit determines that an instruction for preparing the carbon copy exists.

Abstract: In IC-tagged printed matter 200, image data is printed on IC-tagged paper and the image data of the printed image is stored in the IC tag. MFP 100C makes a judgment whether the document set by ADF 141 is an IC-tagged printed matter or not by means of IC tag reader 143A, reads out the image data from the IC tag of the document on the ADF by means of IC tag reader 143A without transporting the document, and prints it on conventional paper or IC-tagged printing paper by means of printing unit 151, when it is the IC-tagged printed matter. If it is to be printed on IC-tagged printing paper, it writes the printed image data on the IC tag of said IC-tagged printing paper by means of IC tag writer 152 simultaneously. Thus, high quality copies in which the attribute information of the printed matter is reflected can be obtained from the electronically tagged printed matter.

Abstract: In IC-tagged printed matter 200, image data is printed on IC-tagged paper and the image data of the printed image is stored in the IC tag. MFP 100C makes a judgment whether the document set by ADF 141 is an IC-tagged printed mater or not by means of IC tag reader 143A, reads out the image data from the IC tag of the document on the ADF by means of IC tag reader 143A without transporting the document, and prints it on conventional paper or IC-tagged printing paper by means of printing unit 151, when it is the IC-tagged printed matter. If it is to be printed on IC-tagged printing paper, it writes the printed image data on the IC tag of said IC-tagged printing paper by means of IC tag writer 152 simultaneously. Thus, high quality copies in which the attribute information of the printed matter is reflected can be obtained from the electronically tagged printed mater.

Abstract: Disclosed is a method of manufacturing a semiconductor device including: forming a photothermal conversion layer in a second area where a semiconductor layer is formed other than a first area where line is formed; and heating the semiconductor layer with the photothermal conversion layer by irradiating light on the first area and the second area.

Abstract: An image forming apparatus including: an image forming section to form an image on a single side or both sides of a paper sheet based on job information of a job; and a control section to combine a registration image for judging misregistration of front and back images with each of front and back sample images of the job to allow the image forming section to form front and back combined images on the front and the back of the paper sheet, respectively, on which the front and back sample images are to be formed, respectively, when the image forming section forms the sample images at a preset sample print timing.

Abstract: This invention provides a steel pipe material weld zone heating method and apparatus for melting and welding the weld zone of a steel pipe material that during continuous induction heating and welding of moving steel pipe material as the material being heated controls temperature distribution and molten steel shape and weld frequency fluctuation with high accuracy and high efficiency, irrespective of the shape of the heated region of material being heated or the material properties of the material being heated, which comprises a first imaging step in which first imaging means 3 installed opposite an end face weld zone of the steel pipe material is used to detect self-emitted light of the weld zone and output a brightness image, a weld zone temperature distribution computation step in which image processing is performed based on the brightness image and emitted light temperature measurement is applied to compute the plate-thickness direction temperature distribution of the weld zone, a heating control step in

Abstract: A system and method for monitoring the molten state for enabling a molten state, butting state, or other state of electric-resistance-welded pipe on-line more accurately than in the past are provided. That is, a mirror 23 provided at a front end side inside a container 21 receives light emitted by the welded parts 5 of the tube-shaped steel strip 1 themselves through heat resistant glass 22 from the side direction and reflects the image of the welded parts 5 of the tube-shaped steel strip 1 in the direction of a relay lens 24 provided at a base end side of a relay lens unit 13. The relay lenses 24 relay the image of the welded parts 5 of the tube-shaped steel strip 1 to a conversion lens 12, then the conversion lens 12 forms that image on the imaging area of a CCD camera 11.

Abstract: An image forming method for controlling a device to receive a printing job; and to execute an intervening of a proof-printing to print at least one certain page of the received printing job in order to check its quality while an another printing job is being processed if the proof-printing is specified to the received printing job and if another printing job is being processed.

Abstract: A steel pipe covered at its inside surface with a polyolefin superior in durability comprising a steel pipe galvanized at its inside surface and its outside surface with layers containing Al in 0.01 to 60 mass % and covered at its inside surface with a polyolefin pipe through a binder.

Abstract: The light-emitting device of the present invention is a light-emitting device having a plurality of pixels that comprises a light-emitting function layer of at least one layer that emits light in accordance with a supplied current, a first electrode layer of a conductive material provided at one surface of the light-emitting function layer, and being transparent to at least part of a wavelength range of light emitted from the light-emitting function layer, a second electrode layer provided facing the first electrode layer on the other surface of the light-emitting function layer, including conductive material, and being transparent to at least part of the wavelength range of light emitted from the light-emitting function layer, and a reflecting layer provided on the second electrode layer, and being reflective to at least part of the wavelength range of light emitted from the light-emitting function layer.

Abstract: A display apparatus includes a light-emitting function layer, a first electrode, a second electrode, a flat reflecting layer, and a flat insulating film. The light-emitting function layer includes at least one layer. The second electrode is provided to face the first electrode through the light-emitting function layer. The flat insulating film is provided between the flat reflecting layer and the first electrode. The first electrode, second electrode, and flat insulating film have a transmission characteristic with respect to at least light having a wavelength that is in part of a wavelength range of light emitted from the light-emitting function layer. The flat reflecting layer has a reflection characteristic with respect to at least the light having the wavelength that is in part of the wavelength range of the light emitted from the light-emitting function layer.

Abstract: Upon receiving a first e-mail, which is deprived of its attachment file due to a capacity limitation of mail server 21a, MFP 11a transmits a second e-mail containing its own IP address and a transfer request for transferring the attachment file to MFP 14a, which is the transmission source of the first e-mail, and other transmission destinations, MFP 12a and 13a. Of those MFPs which received the second e-mail, MFP 12a is accessible to MFP 11a via network 30 and transmits the attachment file to MFP 11a, and MFP 11a prints out the attachment file upon receiving it, according to an example configuration. The invention makes it possible to acquire and print out a file attached to an e-mail when it cannot be received directly due to the capacity limit of the mail server by obtaining it from the transmission source or from another transmission destination.

Abstract: An image forming method for controlling a device to receive a printing job; and to execute an intervening of a proof-printing to print at least one certain page of the received printing job in order to check its quality while an another printing job is being processed if the proof-printing is specified to the received printing job and if another printing job is being processed.

Abstract: A device identifies the finishing location on a recording medium and also identifies the electronic tag location on the recording medium when a finishing instruction is included in a job. Moreover, when the finishing location matches with the electronic tag location, the device displays that the locations overlap with each other.

Abstract: An image forming device makes a judgment on whether a bundling process for bundling a plurality of printed recording media is instructed or not, when a process for writing image data to be printed on the recording media into an electronic tag is instructed. The device selects only recording media each provided with an electronic tag as the recording media for printing and writes image data to be printed on each recording medium into the electronic tag of the corresponding recording medium, when the bundling process is not instructed. The device selects a recording medium provided with an electronic tag and a recording medium provided with no electronic tag as the recording media for printing and writes into the electronic tag of the recording medium with the electronic tag the entire image data to be printed on a plurality of recording media, when the bundling process is instructed.

Abstract: An MFP provided as an image forming device reads the paper management information including the information of a department which is authorized to use paper, which is stored on an IC tag provided on the paper, and the paper management information thus obtained is stored in the storage unit. Also, upon receiving the transmission request for the paper management information via the network, the MFP transmits the paper management information stored in the storage unit back to the request source.

Abstract: A device identifies the finishing location on a recording medium and also identifies the electronic tag location on the recording medium when a finishing instruction is included in a job. Moreover, when the finishing location matches with the electronic tag location, the device displays that the locations overlap with each other.

Abstract: In IC-tagged printed matter 200, image data is printed on IC-tagged paper and the image data of the printed image is stored in the IC tag. MFP 100C makes a judgment whether the document set by ADF 141 is an IC-tagged printed mater or not by means of IC tag reader 143A, reads out the image data from the IC tag of the document on the ADF by means of IC tag reader 143A without transporting the document, and prints it on conventional paper or IC-tagged printing paper by means of printing unit 151, when it is the IC-tagged printed matter. If it is to be printed on IC-tagged printing paper, it writes the printed image data on the IC tag of said IC-tagged printing paper by means of IC tag writer 152 simultaneously. Thus, high quality copies in which the attribute information of the printed matter is reflected can be obtained from the electronically tagged printed mater.

Abstract: Upon receiving e-mail, which is deprived of its attachment file due to capacity limitation of mail server 21a, MFP 11a transmits e-mail containing its own IP address and a transfer request for transferring the attachment file to the transmission source, MFP 14a, and other transmission destinations, MFP 12a and 13a. Of those MFP which received said e-mail, MFP 12a is accessible to MFP 11a via network 30 and transmits the attachment file to MFP 11a and MFP 11a prints out the attachment file upon receiving it.