Abstract:
A digital camera configurable to obtain an image of a document, the camera comprising: first illumination means for illuminating the document in a first pass of the camera; second illumination means for illuminating the document in a second pass of the camera; image sensing means for capturing an image of the document from the passes; control means for controlling the sensing means, the control means being configured to control capture of a first portion of the image of the illuminated document during the first pass the first pass thereby resulting in a first image data, and the control means being configured to control capture of a second portion of the image of the illuminated document during the second pass the second pass thereby resulting in a second image data; means for storing the first and second image data; and means for processing the first and second image data so as to obtain a final image of the document.
Abstract:
An image combining device scans an image on a large document and prints it. The device includes a memory for storing image signals. In accordance with a first aspect of the device, a scanner scans areas of the document which are individually smaller than the area of the entire document, but combines the areas so as provide an eye-readable representation of the image which was on the large document. This is achieved quickly and efficiently by adjusting a magnification ratio applied to scanned image data, so as to allow the data to fit within the memory. In accordance with another aspect of the device, the combination of the images and the printing of the output are achieved by compressing image data using a binarization processor.
Abstract:
An image processing apparatus including a scanner unit for reading an image of an original document, a memory which, if the image is read by the scanner unit in a divided manner as a plurality of partial images, stores the read partial images as respective partial document data, and a joint-portion processing section for recognizing joints of the partial document data stored in the memory and for joining the partial document data according to the recognized joints.
Abstract:
An apparatus for recording an image having a size larger than a television image of one frame including a thermal head having a length which is equal to the longitudinal length of the television image of one frame. An image signal to be recorded is supplied to the thermal head, while a heat sensitive record paper unwound from a paper roll is fed through the thermal head at a constant speed. In this manner an elongated image having a width equal to the longitudinal length of the television image of one frame and a length longer than the lateral length of the television image of one frame is recorded on the heat sensitive record paper. The length of the recorded image is limited only by length of the heat sensitive record paper. In a preferred embodiment, the length of the thermal head is made equal to three times the longitudinal length of the television image of one frame and the image signal to be recorded is stored in a memory. Pixel signals of corresponding scanning lines of three television images of one frame arranged side by side are simultaneously read out and the read out pixel signals are supplied to heater elements of the thermal head.
Abstract:
A photographic system for accurately reproducing encoded information onto a recording medium is disclosed. The system includes an image/light source, a feedback sensor, a lens assembly, a controller, a recording medium assembly and a reading sensor, whereby encoded information is decomposed into sections, adjusted, and transmitted such that the sections are correctly aligned and smoothly joined into a final reproduced image. According to the present invention, encoded information can also be digitized and read.
Abstract:
A printing system includes a liquid crystal shutter matrix panel, a light source for illuminating the liquid crystal shutter matrix panel from its back, and a photosensitive medium disposed in confronting relation to the illuminating means with the liquid crystal shutter matrix panel interposed therebetween. A positioning unit positions the liquid crystal shutter matrix panel and the photosensitive medium longitudinally and transversely with respect to each other. An image data generator generates image data from a desired image. The shutter of the liquid crystal shutter matrix panel is driven by a liquid crystal driver on the basis of the image data generated by the image data generator. An image formed by the liquid crystal shutter matrix panel is focused onto the photosensitive medium by a focusing optical system, thereby reproducing the image on the photosensitive medium.
Abstract:
A video image printer is coupled to a video signal source such as a video camera, an electronic still camera, a video tape recorder, a television receiver, or the like, for producing a hard copy bearing a recorded image which is displayed by on a monitor display. The video image printer includes a liquid crystal light valve with a liquid crystal orientation thereof variable depending on an applied video signal, color filters mounted on one end of the liquid crystal light valve, and a light source optically coupled to the one end of the liquid crystal light valve. A photographic film is disposed on the side of an opposite end of the liquid crystal light valve, the film carrying a self-processing solution. The film is selectively exposed to an image that is formed by light from the light source through the color filter means and the liquid crystal light valve controlled by the applied video signal. The video image printer also includes a pair of squeezing rollers for spreading the processing solution over the film which has been exposed.
Abstract:
An image input apparatus includes an image sensor having a two-diminsional photosensitive surface for converting each of two-dimensional image segments into which an image is divided, in a predetermined sequence, to provide digital information regarding each of the image segments.
Abstract:
An image input processor having a detector which detects whether or not the rate of the width of a character or characters are cut off from the read character information with respect to the readable width being over a predetermined value. Also, the image input processor has a printer which prints the cut-off character or characters when the detected rate is over the predetermined value, and prohibits printing of the cut-off character or characters when the detected rate is less than the predetermined value. Whereby necessary information and unnecessary information can be distinguished from each other based on the degree of the read image information that is cut off.
Abstract:
A picture image recording apparatus in which a picture image information input device such as a scanning type television camera, a device for binary coding the picture image information, a memory device for storing the binary-coded picture image information, a monitor device such as a CRT display for displaying the binary-coded picture image information, and a hard copy device such as an electrophotographic copy machine for producing a hard copy of the binary-coded picture image information are combined so that a picture image on a relatively large plane can be recorded economically with high resolution. The large plane to be recorded is divided into a plurality of frames, and the picture information for the frames is stored in memory and made to align so that they can be combined together in a high resolution hard copy output.