Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite damage to a corner portion.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and even when there is damage to a corner portion of the paper.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite damage to a corner portion.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite damage to a corner portion.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite damage to a corner portion.

Abstract: The present invention provides an imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite of damage of a corner portion.

Abstract: The present invention provides an imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite of damage of a corner portion.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and despite damage to a corner portion.

Abstract: An imaging technology having high reproducibility of a document and making image correction possible, without being influenced by a way of placing the document or a position of a camera, and irrespective of paper color and despite of damage of a corner portion. By printing positioning symbols on document paper in advance when the document is photographed by a digital camera or a portable phone with a camera, such as a smart phone, and by processing the image based on these positioning symbols, image processing having high reproducibility of the document and making image correction (keystone correction) possible can be implemented irrespective of paper color and even when there is damage to a corner portion of the paper.

Abstract: There is provided a printing apparatus including: an image creating device which creates a plurality of two-dimensional code images; an interval setting device which sets an interval between the plurality of two-dimensional code images; and a printing device which prints the plurality of two-dimensional code images having the interval set therebetween by the interval setting device.

Abstract: A file is provided. A case has a first opening. A first pocket is removably stored in the case through the first opening. The case is provided with a first magnet to be attachable to an attachment wall made of ferromagnetic material by magnetic force of the first magnet. The first pocket is provided with a second magnet to be attachable to the attachment wall by magnetic force of the second magnet in a state where that case is attached to the attachment wall.

Abstract: There is provided an information processing apparatus previewing on a display screen ink-character information and braille information which are printed and embossed on the same process sheet, the apparatus including: an ink-character previewing device for previewing the ink-character information; a braille previewing device for previewing the braille information; and a preview switching device controlling the ink-character previewing device and the braille previewing device and capable of selectively switching a display mode among a display of only the ink-character information, that of only the braille information, and that of the ink-character information and the braille information when printing and embossing operations are performed in a manner in which the ink-character information and the braille information are at least partially overlapped with each other on the process sheet.

Abstract: Basic image data serving as a source of print image data is stored. The loading of a special tape is detected when the print image based on the print image data is printed on the special tape having a particular non-printing area. The print image data is generated and then printed with non-printing area image data out of the basic image data masked.

Abstract: An information processing apparatus includes an input device which allows input of a plurality of information so as to allow performance of a plurality of processes, an input information display device that displays input information that is the input one or more kinds of information, a delete menu storage device that stores a delete menu having a plurality of delete options, and a delete menu display device that displays only delete options corresponding to the information input by the input device from among the plurality of delete options, as the delete menu.

Abstract: A binding tool for documents or the like is provided which is capable of suppressing the height of protruded portions from a surface of a base portion thereby to expand a space thereabove, and which is also easy to manufacture and assemble. The binding tool includes a base portion (2) formed of a metal plate, rings (3) that are each mounted on the base portion so as to be selectively changed into a closed ring posture to bind documents or the like and an opened ring posture to open a part of a closed ring for insertion of the documents or the like, and a switching mechanism (5) that is mounted on the base portion and includes a switching lever (4) for switching the rings between the closed ring posture and the opened ring posture. The switching lever has a base end (41) and a free end (42), and a cam member (6) is provided on the base end of the switching member for adjusting the degree of opening/closing of each of the rings according to a rotated position of the free end.

Abstract: A data display method of a data display apparatus includes displaying a cursor for scrolling the preview display on an input character display region having an ink character region and a Braille character region while moving the displayed cursor; and previewing the label image on the basis of a cursor position of the cursor. The previewing of the label image previews the label image to display an image of the ink character indicated by the cursor positioned in a predetermined position of the preview region when the cursor is positioned on the ink character notation, and previews the label image to display an image of the Braille characters indicated by the cursor or an image of the Braille character corresponding to a translation of the Braille characters into the ink characters positioned in a predetermined position of the preview region when the cursor is positioned on the Braille character notation.

Abstract: There is provided a tape processing apparatus arranged to perform an ink-character printing and a braille embossing on a process tape, the apparatus including: a first demonstration device which performs a first demonstration process based on first demonstration data for demonstration of the ink-character printing; a second demonstration device which performs a second demonstration process based on second demonstration data for demonstration of the braille embossing; and a demonstration switching device which selectively switches between the first demonstration process and the second demonstration process.

Abstract: Basic image data serving as a source of print image data is stored. The loading of a special tape is detected when the print image based on the print image data is printed on the special tape having a particular non-printing area. The print image data is generated and then printed with non-printing area image data out of the basic image data masked.

Abstract: A binder for filing tools which binds sheets having a plurality of sheet hole parts aligned in the center includes a locking bar which corresponds to a front cover wherein two front cover parts formed from flat boards of which one side of each is respectively connected to a back cover part and integrated. The back cover part includes a plurality of key-shaped locking parts erected on the front surface thereof, the key-shaped locking part is penetrated through the sheet hole parts in the sheet, a plurality of tying parts are provided in the locking bar in positions corresponding to the positions of the key-shaped locking parts, and the sheets are held between the locking bar and front cover by each tying part being locked to the key-shaped locking part.