Abstract: A videophone system includes a processor which selectively sets a television (TV) broadcast program viewing function mode and videophone function mode in response to manual operation of a remote control, a decoder which performs, in the TV program view mode, a TV program-use decode function for decoding a broadcast program signal received from a TV tuner to thereby display it on a display screen while producing audio sounds by loudspeakers and which performs, in the videophone function mode a videophone-use decode function for decoding a videophone signal received from a distant party to thereby display on the screen an image of the distant party using the screen and speakers, and an encoder which performs a videophone-use encode function for encoding a video signal from a camera and a voice signal from a microphone to generate a videophone signal, which is sent to the distant party via a network.

Abstract: A videophone system includes a processor which selectively sets a television (TV) broadcast program viewing function mode and videophone function mode in response to manual operation of a remote control, a decoder which performs, in the TV program view mode, a TV program-use decode function for decoding a broadcast program signal received from a TV tuner to thereby display it on a display screen while producing audio sounds by loudspeakers and which performs, in the videophone function mode a videophone-use decode function for decoding a videophone signal received from a distant party to thereby display on the screen an image of the distant party using the screen and speakers, and an encoder which performs a videophone-use encode function for encoding a video signal from a camera and a voice signal from a microphone to generate a videophone signal, which is sent to the distant party via a network.

Abstract: An electronic apparatus refers to location measurement information measured in the past at each time when the latest location measurement information is output from a location measurement module with a predetermined measurement period, if measurement accuracy is good and it is regarded that a direction change has been made, determines the latest location measurement information as saving “necessary” and stores the information. If the measurement accuracy is no good or it is regarded that a positioning point shown by the latest location measurement information is an intermediate point during linear traveling, the latest location measurement information is not saved. Therefore, a data size to be saved is made smaller than that in related art and draining of a battery taken for writing of data is reduced.

Abstract: An electronic apparatus refers to location measurement information measured in the past at each time when the latest location measurement information is output from a location measurement module with a predetermined measurement period, if measurement accuracy is good and it is regarded that a direction change has been made, determines the latest location measurement information as saving “necessary” and stores the information. If the measurement accuracy is no good or it is regarded that a positioning point shown by the latest location measurement information is an intermediate point during linear traveling, the latest location measurement information is not saved. Therefore, a data size to be saved is made smaller than that in related art and draining of a battery taken for writing of data is reduced.

Abstract: A print job creation apparatus of the invention connecting with a local network uses an output destination setting window 66 to set an output destination for output of a print job under creation or a created print job with respect to each combination of a print service and a paper size in a tabular form. Each setting field in the output destination setting window 66 includes an output destination setting box 67 on the upper row to set a selected output destination, a paper type setting box 68 on the middle row to set a selected type of printing paper, and an output step setting box 69 on the lower row to set a selected print job creation step for output of a print job to the output destination. A pulldown menu is open in the output destination setting box 67 to give available options including other print job creation apparatuses and printers connecting with the same local network and other print job creation apparatuses and printers connecting with a different local network.

Abstract: A print job creation apparatus of the invention sets a priority order of image integration areas in a selected template for integration of images, when the selected template is displayed in a layout editing field 93. When the user selects desired images among multiple images displayed in an image display filed 96a and clicks a ‘Place’ button 94a, the print job creation apparatus integrates the selected images in their alignment order into the image integration areas of the template in the preset priority order. When the user selects one image integration area and a desired image among the images displayed in the image display field 96a and clicks a ‘Replace’ button 94b, an image currently placed in the selected image integration area is replaced with the selected image.

Abstract: A print job creation apparatus of the invention connecting with a local network uses an output destination setting window 66 to set an output destination for output of a print job under creation or a created print job with respect to each combination of a print service and a paper size in a tabular form. Each setting field in the output destination setting window 66 includes an output destination setting box 67 on the upper row to set a selected output destination, a paper type setting box 68 on the middle row to set a selected type of printing paper, and an output step setting box 69 on the lower row to set a selected print job creation step for output of a print job to the output destination. A pulldown menu is open in the output destination setting box 67 to give available options including other print job creation apparatuses and printers connecting with the same local network and other print job creation apparatuses and printers connecting with a different local network.

Abstract: A print job creation process includes an image registration step by an image registration management module 22, a template selection step by a template setting management module 23, a layout editing step by a layout editing management module 24, and a print step by a print management module 25. A job interruption module 26 interrupts creation of a print job at any stage in the print job creation process and makes ready for creation of a new print job. A job resumption module 27 is activated at a desired timing to resume interrupted creation of a print job. A job output management module 28 is activated to prepare a file of the interrupted print job and send the file to a job management apparatus 40. A print job creation apparatus 20 activates its job input management module 29 to input the file of the interrupted print job from the job management apparatus 40 and make ready for resumption of creation of the interrupted print job.

Abstract: A print job creation process includes a print service selection step, an image registration step, a template selection step, a layout editing step, and a print step. A template selection window, which is open in the template selection step, has a checkbox ‘Use Print Image Matching 2/Exif Print’ to set execution or non-execution of printing with shooting information. In the case of setting execution of the printing with shooting information, part of image editing options are restricted in the layout editing step. This arrangement readily creates a print job, while effectively preventing high-quality printing with shooting information from being damaged by editing the image.

Abstract: A default printer and a paper type are set for each combination of a print service and a paper size in a tabular form. The setting field has a printer setting box 67 on the upper row to set a default printer used for execution of a print job and a paper type setting box 68 on the lower row to set a selected type of printing paper. A pulldown menu is open in the printer setting box 67 to allow the user to select a desired printer among printers connecting with a local network and printers connecting with another network different from the local network. In response to an execution instruction of a selected print job, in which a printer connecting with the different network is set to the default printer, the selected print job is sent to an apparatus, in which a driver of the default printer is installed. The apparatus executes the selected print job.

Abstract: An in-line sputtering apparatus includes a deposition chamber, a target installed inside the deposition chamber, a substrate holder to hold a substrate, a substrate holder transferring mechanism which transfers the substrate holder relative to the target such that a thin film made of a material of the target that is formed on the substrate held by the substrate holder, first and second thickness distribution correcting members and a plate driving mechanism. The first and second thickness distribution correcting members are provided above the target, and each of the first and second thickness distribution correcting members has a plurality of movable plates. The plate driving mechanism is linked to the first and second thickness distribution correcting members and moves the corresponding movable plates of the first and second distribution correcting plates, symmetrically.

Abstract: An in-line sputtering apparatus includes a deposition chamber, a target installed inside the deposition chamber, a substrate holder to hold a substrate, a substrate holder transferring mechanism which transfers the substrate holder relative to the target such that a thin film made of a material of the target that is formed on the substrate held by the substrate holder, first and second thickness distribution correcting members and a plate driving mechanism. The first and second thickness distribution correcting members are provided above the target, and each of the first and second thickness distribution correcting members has a plurality of movable plates. The plate driving mechanism is linked to the first and second thickness distribution correcting members and moves the corresponding movable plates of the first and second distribution correcting plates, symmetrically.