Abstract:
PURPOSE: A light exposer for a printing board is provided to cancel crooked tilt of recording image when image information is recorded in spiral with band width of plural pixels. CONSTITUTION: A calculator(C) calculates a standard signal from a standard signal generator(CG) when a circuit(DG) generates a pulse. A voltage converter(CT) generates voltage in proportion to a calculated value. The voltage is output to a vibration mirror(VM) to be deflected while there is no DG signal. When a drum does'n't stop, the mirror is deflected again with larger voltage. When the drum is rotated one time and the circuit generates a pulse, the calculator starts to calculate after reset.
Abstract:
본 발명은, 판독부에 의해 취득된 원고의 화상 데이터에 시큐리티 정보가 포함되어 있고, 시큐리티 정보가 포함되지 않는 영역이 인쇄 영역으로서 설정된 경우에도, 시큐리티 정보를 확실하게 인쇄할 수 있는 화상형성장치와, 그 제어 방법을 제공한다. 이를 이루기 위해서, 원고의 화상 데이터에 시큐리티 정보가 포함되어 있는 경우에, 화상형성장치는, 화상 데이터로부터 시큐리티 정보를 추출하고, 상기 원고의 화상 데이터가 나타낸 영역으로부터 인쇄 대상영역을 설정한다. 화상형성장치는, 시큐리티 정보를 추출하는 화상 데이터에 대응한 영역이 상기 설정된 인쇄 대상영역에 포함되어 있지 않은 경우에, 상기 시큐리티 정보에 대응한 상기 추출된 화상 데이터와, 상기 인쇄 대상영역에 대응한 화상 데이터를 사용해서 인쇄를 실행한다.
Abstract:
PURPOSE: An image forming device, a control method and computer-readable storage medium are provided to print security information. CONSTITUTION: An image forming device includes as follows: a first reading unit obtaining image data of the manuscript by reading the manuscript; a extracting unit extracting the security information from the image data of the manuscript if the security information is included in the image data of the manuscript obtained by the first reading unit; a setting unit set a printing target area from an area expressing an image data of the manuscript obtained by the first reading unit; a printing unit executes printing by image data corresponding to the printing target area and image data corresponding to the security information.
Abstract:
A scanning system including a scanning module mounted in a body, such that the scanning module scans in a capture zone to capture an archival image of said capture zone as well as one or more non-archival images. One or more image capture modules mounted in the body in fixed relation to the capture zone being operative to capture a stream of the non-archival images in the capture zone.
Abstract:
Um ein Verfahren zur Belichtung von Druckplatten (5), bei dem Licht aus einer Lichtquelle (2) auf einem zweidimensionalen Lichtmodulator (4) mit einer Vielzahl von Reihen aus lichtmodulierenden Zellen (8) abgebildet wird und von diesem moduliert wird, wonach der Lichtmodulator (4) über einen Abbildungsstrahlengang (11) auf lichtempfindliches Material (5) abgebildet wird, wobei das lichtempfindliche Material (5) im wesentlichen senkrecht zu der Richtung der Reihen aus lichtmodulierenden Zellen (8) relativ zum Lichtmodulator (4) mit einer Relativgeschwindigkeit bewegt wird und wobei die auf dem lichtempfindlichen Material (5) abzubildenden Datenmuster beginnend in der ersten Reihe des Lichtmodulators (4) nacheinander in jeder Reihe jeweils während einer Haltezeit (T, T') angezeigt und anschließend zu der jeweils folgenden Reihe des Lichtmodulators (4) verschoben werden, wird vorgeschlagen, dass die Abbildung (10) des Datenmusters während der Haltezeit (T, T') relativ zu dem lichtempfindlichen Material (5) im wesentlichen stationär gehalten wird.
Abstract:
The invention relates to the method of optical scanning (elements 1 and 2), and it can be used for archiving the works or art and valuable documents, for obtaining an enlarged image of original object without detriment to its original quality. The technical result of the present invention is the production of a high resolution and a high quality color rendition in the process of scanning the objects, regardless of their linear dimensions (element 18).
Abstract:
This apparatus comprises a sensor (103) for recognizing the size of an original image to be recorded; an image input unit (101) for reading the original image and storing it; a feeding unit for storing recording sheets of a given size and feeding them; a unit (108) for forming an image on a recording sheet which is fed by the feeding unit; an image processing unit (106) for dividing the image thus read into two parts if the image to be recorded is judged by the sensor (103) to be larger than the given size of the recording sheet, and then, displacing the centers of the divided images to arrange them on the separate sheets so that the edges of the divided images are aligned with the edges of the binding margins of the sheets; and a unit (107) for outputting the image thus processed by the image processing unit (106) to an image forming unit (108).
Abstract:
An image input device (10) is provided in which an optical deflector (32) is positioned to divide the image of an object into a plurality of sub-images and to deflect the sub-images to an image sensor via an imaging lens (20). The images sensed by the image sensor are stored in a memory (90) and combined by an image processor (70) to form a composite image of the object. The optical deflector may have a plurality of optical elements (35), the number of which may be the same as the number of sub-images.
Abstract:
Dispositif comprenant des moyens d'eclairage (E) d'une region du document, des moyens optiques (1) propres a former sur le document a lire (D) une image des moyens d'eclairage, et des moyens de lecture (L) de la region ainsi eclairee, des moyens de commande (3) en sequence etant en outre prevus pour les moyens d'eclairage de telle sorte que des zones elementaires (ak) soient eclairees successivement, les moyens de lecture (L) comprenant un seul element detecteur (4) situe du meme cote du document que les moyens d'eclairage. Le dispositif de lecture ou de restitution peut etre deplace suivant une direction transversale (T) par rapport a la direction des moyens d'eclairage (E) pour assurer le balayage d'une bande du document (D), ce document etant deplace ensuite suivant une direction parallele a celle des moyens d'eclairage; les susdits moyens d'eclairage (E) sont formes par une pluralite de sources lumineuses elementaires (el...en) alignees, les moyens de commande en sequence etant agences pour alimenter successivement chaque source lumineuse elementaire, et l'element detecteur (4) est monte sur le dispositif de lecture de maniere a se deplacer avec lui. Les signaux fournis par les moyens de lecture sont egalises pour une meme couleur de reference.