Abstract:
An image pickup printing device wherein images such as characters or diagrams written on a board or the like are made incident through a lens, the incidental images are monitored by a view-finder, the thus-monitored images are converted into the information by a one-dimensional image sensor, and the images are printed out by a printer based on informations obtained by the one-dimensional image sensor.
Abstract:
An electronic copying machine comprises an optical image forming system for forming an optical image of a remote surface on an image plane, and an image sensor disposed in the image plane and transversely movable in the image plane for scanning the optical image and converting the image into image signals. A scanning area defining device defines the height of the image sensor so as to scan the image plane according to the height of the remote surface. An image printing unit including a printing head is driven according to the image signals for printing an image on paper.
Abstract:
An electronic copying machine has an image line sensor whose charge storage time is controlled individually for each line of the image such that the charge storage time for the next line is determined according to the average detected brightness of the line immediately preceding that next line, based on the image signals thereof.
Abstract:
A picture reading apparatus is disclosed which comprises a camera which converts a picture to be read to an electric signal, a supporting member for supporting the camera movably, and a voice input unit. A control device serves to minimize the output from the voice input unit during movement of the supporting member. Thus while a mechanism for moving the camera is in operation, the output from the voice input unit is minimized to suppress the output of operational noise. Video output is inhibited during camera movement.
Abstract:
In an information filing apparatus, a portion of an image read by a scanner is immediately displayed on a display screen, even though the display screen is smaller than the entire image to be read. When the display image corresponding to the image portion which has just been read by the scanner reaches a predetermined location of the display screen, the display image is scrolled in synchronism with an image reading operation of the scanner. The image portion which has just been read by the scanner is then displayed on the predetermined location of the display screen.
Abstract:
An image reading apparatus comprising:a mounting plate of an image to be read; a supporting device coupled with the mounting plate; a converter, supported by the supporting device, for converting the image to an electric signal; and a monitor display unit, supported by the supporting device, for displaying on the basis of the electric signal.
Abstract:
An electronic imaging copier is provided for making enhanced photographic copies of reflection print and transparency types of photographs. An optical image of an original print or transparency is scanned twice to provide first and second sets of image signals representative of low and higher resolution versions of the image. At least a portion of the low resolution first set of signals is employed to provide a preview display of the image. The first and second sets of signals are processed to provide a third set of signals representative of an enhanced version of the image which is projected onto a film unit to provide the photographic copy.
Abstract:
A purpose of the invention is to provide an electronic magnifier that can facilitate grasping of a position when a display portion is moved in a magnified display state and can improve the visibility. An image capturing section 11 captures an image of a target object such as a character or the like, and a display section 17 displays the captured image of the target object. An operation state determining section 14 determines an operation state based on an acceleration of a device body detected by an acceleration sensor 13. A display control section 16 changes a display magnification of the captured image of the target object based on a determination signal from the operation state determining section 14. Here, when an acceleration being equal to or greater than a predetermined value is detected, it is determined that an operation of high speed moving is carried out and a display state is changed to a normal display state in which the display magnification is decreased. When a predetermined time period has elapsed or an acceleration being equal to or less than a predetermined value is detected, the display magnification is gradually increased so as to change the display state to a magnified display state.
Abstract:
Die Erfindung betrifft ein Lesegerät, umfassend einen Lesetisch (1) und eine in einem Abstand zu dem Lesetisch (1) angeordnete Bilderfassungseinheit (11) und eine Anzeigeeinheit (17), wobei die Bilderfassungseinheit (11) über ein mit dem Lesetisch (1) verbundenen Rahmen (3) in ihrer Höhe über dem Lesetisch (1) positionierbar ist und wobei an dem Rahmen (3) die Anzeigeeinheit (17) höhenverstellbar befestigt ist. Der Rahmen (3) ist über eine Scharnierverbindung (28, 29) gegenüber dem Lesetisch (1) verschwenkbar und die Anzeigeeinheit (17) ist über eine Schwenkvorrichtung (18, 27) gegenüber dem Rahmen (3) verschwenkbar und die Bilderfassungseinheit (11) ist ebenfalls gegenüber dem Rahmen (3) schwenkbar.
Abstract:
The invention concerns a digital tracing device, characterized in that it comprises comprising a planar acquisition element (3) for digitizing a document (7), and a planar viewing element (5) mounted on said planar acquisition element (3) for displaying said digitized document, and a planar interaction element (31) mounted on said planar viewing element (5) and coupled to a data processing element.