Abstract: A lens array unit includes a lens array including a plurality of lenses, a first side plate, and a second side plate, the first side plate and the second side plate being configured to hold the plurality of lenses therebetween, and a frame made of resin and including a first supporting portion and a second supporting portion, the first supporting portion being in contact with an outside surface of the first side plate, the second supporting portion being in contact with an outside surface of the second side plate, the first supporting portion and the second supporting portion being configured to hold the lens array therebetween and support the lens array. The outside surface of the first side plate includes a plurality of first concave portions spaced from each other in an array direction of the lenses and configured to fit with the first supporting portion.

Abstract: A lens unit includes a tube lens; a single lens arranged at a downstream side with respect to the tube lens in an optical incidence direction; and a supporting member that supports the tube lens and the single lens. Reflection light from a document is condensed on an image sensor by the tube lens and the single lens to form an image. An end surface part, not facing the tube lens, of the single lens is in direct contact with the supporting member.

Abstract: An optical lens array featuring low cost and simple manufacture. The lens array has two lens sections separated by spacers, with a stop on the front surface. An optional wraparound frame protects the lens array from external light. The spacers and stop, as well as the optional frame, are made of black polymer to block unwanted scattered or external light. The lens sections, stop, spacers, and frame can all be made by injection-molding. Notches, locating holes, posts, and ears serve to orient and align the parts, and to prevent incorrect assembly.

Abstract: A camera body of an instant camera is provided with four light sources LED1 to LED4 for a display. The four light sources LED1 to LED4 flash on and off in mutually different display modes in accordance with the state of progress of a series of processing of an exposure operation, a developing operation and a delivery operation which is carried out in accordance with one time photographic operation. This feature makes it possible to exactly inform a user of the state of progress of a series of processing.

Abstract: A multiple image photolithography system includes a radiation source (18) projecting electromagnetic radiation along a path. A reticle cartridge (26) is located in the path of the projected radiation. The cartridge (26) includes a photomask (34,36) located in the path of the projected radiation and a Fabry-Perot interferometer (54) located in the path of the projected radiation. A radiation-sensitive material (30) is located in the path of the projected radiation such that the projected radiation encounters the reticle cartridge (26) before the projected radiation encounters the radiation-sensitive material (30).

Abstract: A method of pre-exposing photographic film with latent images comprises the steps of: providing a film container (18) having a housing defining a film slot therein and a film-winding tool (46) opening; providing a roll of unexposed film; securing a leading end of the film to a film-winding tool (46) arranged on the opposite side of an exposure opening from said roll of unexposed film and enclosing the film leading end and winding tool end (46) in the container (18) with the tool extending from the film-winding tool opening; enclosing the film container and roll of film in a light-tight enclosure (12, 14); sequentially exposing the film to a series of images directed onto the film, and advancing the film by rotating the film-winding tool (46) between each exposure; withdrawing the film-winding tool (46) from the container (18) and closing said opening therein; and opening the enclosure and removing the film container (18) having the pre-exposed film loaded therein.

Abstract: Apparatus for imaging photographic negatives onto light-sensitive photoprint material includes a platform (3) for the print material; a digital image projection system (2) with an electronic image generation unit; and an integrated analog image projection system (1) with an light source and a negative holder. The image generator of the digital image projection system is disposed outside the light ray path of the analog image projection system. The projection systems are so constructed and arranged that the photoprint material on the platform (3) can receive images from both projection systems simultaneously or consecutively. When a change is made for the projection of images by one projection system to the other, the two light ray paths remain unchanged.

Abstract: A mechanism for and a method of pre-exposing a camera film with images. The mechanism comprises a control unit having a storage device for storing said images, a light generator controlled by the control unit to produce a scanning light beam for pre-exposing the film with said images, and a lens aligned with the tube for focusing the light beam onto the film for said image pre-exposure. The mechanism is arranged to be used at least partially in an absolute dark environment. The method resides in the operation of this mechanism.

Abstract: An automatic correction method is used in connection with a device for correcting an image on a surface light source that can be reproduced with a high degree of quality on a print or a developed film by compensating for the effects of a lens system and the photosensitive material properties as well as the effects of the properties of the surface light source. Photographic printing paper is exposed to a calibration pattern and is transferred to the development section to be developed. Thus, the calibration pattern image is formed on the print paper. The density of each portion of the calibration pattern image on the print is measured in a density measurement section and stored in a memory device. A microprocessor reads the measured values out of a memory device and corrects the image data stored in a frame memory based on the measured values.

Abstract: The method for acquiring and printing electronic images comprises the following phases: acquiring and digitizing an image by means of input means (1) on a computer 10; displaying said image on primary display means (11) and on secondary display means (12); exposing an end portion (33) of a web (32) of photosensitive medium with the image displayed by said secondary display means (12), through conveying means (50); forwarding the end portion (33) and cutting it by means of a cutter (7), to obtain a sheet (5) of photosensitive medium; developing the hidden image by means of single sheet developing means (40); drying the said sheet (5) and forwarding it to the outside.The exposing phase preferably comprises three different filtered exposing steps, each one for a different primary color.

Abstract: A color image is recorded on a color photosensitive material by using a spatial light modulator, which comprises a photoconductive layer and an electro-optic material layer located with an insulating multi-layer film mirror intervening therebetween. An optical pattern is inputted from the side of the photoconductive layer and written into the spatial light modulator. Reading light is irradiated from the side of the electro-optic material layer and reflected from the multi-layer film mirror, and the written optical pattern is thereby read from the spatial light modulator.

Abstract: A light-pattern illuminating apparatus comprises: a light-pattern holding device in which, when a light pattern is applied to one surface thereof, the light pattern is written, and from which, when reading light is applied to another surface thereof, the written light pattern is read; a light-pattern writing device for applying the light pattern corresponding to image information to the one surface of the light-pattern holding device in a state in which at least vertical scanning is controlled; a light-pattern reading and illuminating device for illuminating another surface of the light-pattern holding device with the reading light and for illuminating an image receiving element with the light pattern which has been read from the light-pattern holding device; and a controlling device for controlling the duration of illumination of the image receiving element with the light pattern so that the duration becomes approximately an integral multiple of the period of vertical scanning.

Abstract: A proximity effect correction method used in a delineation method employing an electron ray beam, in which the electron ray beam is illuminated on an electron ray sensitive resist material for delineating a pattern on the resist material. The method consists in dividing the pattern for delineation into pre-set unitary domains, and correcting the exposure light volume of an electron ray beam illuminated on each unitary domain in consideration of the accumulated energy ascribable to backward scattering of electrons.

Abstract: A method for transmitting images to a remote location, including capturing an image from a network, local or global, displaying the image on a screen of a computer terminal and photographing the image as displayed on the screen, preferably while exposing a film for a duration on longer than a plurality of refreshes of the image on the screen.

Abstract: An image combining printer, capable of producing a highly intelligible image combination print having explicit colors and shapes, includes: a scanner for reading colors of an original image from a negative film; a color identifier for estimating positive colors on a finished print from the color data of the scanner; a color area determining element for determining the size of a color area to be exposed a multiple number of times in accordance with a scale of enlargement; a vertical position detector for detecting a vertical position data which represents the upward and downward positioning of the original image in the negative film; a vertical position determining element for determining the vertical position of the original image from the vertical position data of the vertical position detector; an exposure element for exposing a photosensitive material to the original image projected from the negative film; a multiple exposure condition determining element for determining the location, orientation, and colo

Abstract: The photographic copying apparatus comprises a first exposure arrangement for exposure of photographic negative and positive copy masters and a second exposure arrangement for exposure of screen copy masters onto photographic copy material. The second exposure arrangement includes a cathode ray tube with control system. The cathode ray tube is arranged at approximately a right angle with respect to the exposure light path of the first exposure arrangement. The second exposure arrangement further comprises a color filter assembly, an objective and a mirror for directing the screen copy master emitted by the cathode ray tube to the photographic copy material. The color filter assembly, the objective and the mirror are combined as a structural unit to constitute an imaging optical system, which can be positioned into the exposure light path instead of an reproduction objective of the first exposure arrangement.

Abstract: An exposure slit is provided for a shuttle style film gate in a film transport. The exposure slit is provided on a plate that is mounted to the film gate shuttle. After the shuttle advances a frame of the film, it carries the slit with it during its return to a home position. Exposure of the film frame is made through the slit during the return travel.

Abstract: A photo-printing apparatus is provided which includes a projection exposure device for projection-exposing an image formed on a film, digital exposure device for exposing a digital image, a reader for reading print size data and image data of one roll of film, and a controller for calculating a digital exposure position on the basis of the print size data and image data read by the reader and conveying a photosensitive material to the digital exposure position, whereby a series of printing operations of the projection exposure device is achieved in parallel with a series of digital printing operations of the digital exposure device.

Abstract: An image capture system intended to provide an image capturing device for use by the general public at sites having objects of interest. The image capture system is designed to accept a user's image recording medium and allow the user to capture on the user's image recording medium either a real image or a stored image of the object of interest. The system generally includes an objective lens, a viewing screen, a compartment for receiving an image recording medium, a memory device to store a stored image, a display device to display the stored image capable of being capture on the image recording medium, a projection device for projecting the stored image onto the image recording medium, and a control mechanism to control the operation of the memory device, the display device and the projection device.

Abstract: A method is described for making handleable card having images on front and back surface of the card. The process includes the creation of templates which incorporate a combination of design elements and repetitive textual information stored as computer files. These templates are combined with textual information specific to each card, as well as digital representations of scanned photographs; also stored as computer files. The resulting composite images are printed onto a single sheet material having front and back surface covered with plastic laminate film which has been treated with an adhesive layer on its inside surface. The covered sheet material is passed through laminator for fusing the front and back sheet material to the plastic laminate film and cut into separate card.

Abstract: A media spacing system for a fiber optic CRT printer. The system has a film coating over the fiber optic portion of the CRT, outside the phosphor display area, which keeps the media a fixed distance from the display area to provide for a uniform display of data on the media. The film may be applied in multiple layers, with each successive layer having a larger size, to create a rounded edge for the coating. A pressure plate is placed on the opposite side of the media from the film coating to keep the media firmly against the film coating. A compliant element, such as foam rubber, attaches the pressure plate to a fixed bracket to allow the pressure plate to adjust for bow and twist of the CRT, while maintaining pressure against the media.

Abstract: A photographic printer that uses a plurality of small CRTs to print wide format images. Within the printer, the CRTs are positioned horizontally adjacent one another but vertically displaced so that image segments displayed by adjacent CRTs either abut or overlap one another. The printer decomposes each line of the image into horizontal image segments, buffers the image segments to compensate for the vertical displacement, and displays the image segments on the CRTs such that they are exposed horizontally aligned with one another on the photographic media. The printer stitches the image at the seams between adjacent segments to reduce the discontinuities in the horizontal image rows.

Abstract: A CRT apparatus for illuminating color photographic negatives to faithfully produce colored hard copies in photographic printers without the use of dark shutters, heat shields and/or moving color filters. The preferred embodiment of the present invention employs an ordinary color television with a R, G, B input, driven by a signal controller and a specially designed CRT. The controller previews and analyzes the negative with inputs from an ordinary color television camera illuminated by a standard light source. A sample of the recording media for the hard copy, which was exposed to a pattern generated by the controller and displayed on the CRT, acts as a standard reference for the controller's mathematical manipulations to analyze the hard copy media sample, and control the Kelvin temperature and luminance settings of the CRT when exposing the hard copy through the subject negative in order to achieve automatic color balance in the hard copy.

Abstract: An apparatus 10 for micropatterning a photoresist coated surface 12 of a semiconductor wafer 14 includes a computer 50 for controlling an image on a screen 29 of a cathode ray tube (CRT) 30. The CRT screen 29 is optically connected to a liquid crystal light valve (LCLV) 26 by a fiber optic faceplate 28. This connection is such that the computer controlled image on the CRT screen 29 is reproduced on the face 27 of the LCLV 26 as a reflective pattern of this image. An argon-ion laser 16 provides a polarized monochromatic light beam 18 that is reflected from the face 27 of the LCLV 26. This reflected beam 32 is convergently focused by a lens system 36 onto a projected area 37 of the photoresist coated wafer surface 12, thereby exposing the photoresist with an image of the LCLV reflective pattern. A helium-neon laser 38 provides a polarized monochromatic light beam 44 that is convergently focused onto the same projected area 37 of the wafer surface 12.

Abstract: An optical marking system is disclosed, in which a light beam of a preset wavelength is generated by a light source. An optical system receives the light beam generated by the light source and directs the received light beam in a present direction. A pattern generator includes a pattern forming section and a non-pattern forming section. Further, a control section controls the optical system to effect a first mode, in which the light beam is directed to the pattern forming section of the pattern generator, to form a predetermined pattern and a second mode, in which the light beam is directed to the non-pattern forming section of the pattern generator. The first and second modes are effected in a preset sequence.

Abstract: A scanner system digitizes 35 mm transparencies or negatives, and converts the image to a format compatible with popular microcomputer systems. This scanner system can accommodate various formats, and has variable zoom, pan and window size. Color separation is accomplished by an illumination arrangement causing rapid sequential generation of red, green and blue components. A low wattage light source is used, and color balance is achieved by adjusting the respective exposure times of the three primary colors. The system has internal calibration to achieve repeatable color balance. The system implements a wide variety of color coding schemes ranging in resolution form 1 to 24 bits. An adaptive process compresses the data in order to optimize the color selection process. The illumination optics are anamorphotic for high efficiency. Mechanical and electrical interfaces are compatible with a conventional 51/4" floppy disk drive standard.

Abstract: A CRT apparatus for illuminating color photographic negatives to faithfully produce colored hard copies in photographic printers without the use of dark shutters, heat shields and/or moving color filters. The preferred embodiment of the present invention employs an ordinary color television with a R, G, B input, driven by a signal controller and a specially designed CRT. The controller previews and analyzes the negative with inputs from an ordinary color television camera illuminated by a standard light source. A sample of the recording media for the hard copy, which was exposed to a pattern generated by the controller and displayed on the CRT, acts as a standard reference for the controller's mathematical manipulations to analyze the hard copy media sample, and control the Kelvin temperature and luminance settings of the CRT when exposing the hard copy through the subject negative in order to achieve automatic color balance in the hard copy.

Abstract: A method of manufacturing a card, comprising a first step of photographing objects and storing the photographed objects as image data, a second step of storing object data associated with the objects, and a third step of reading out desired image data from the image data and part of the object data corresponding to the desired image data. A step for synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a sheet is included.

Abstract: A cathode ray tube provides a two-dimensional sequential scan pattern on which dots for scanning or printing are presented as spots of light provided in sequence. A single multi-scan linear raster sweep of the cathode ray tube electron beam produces a single line of dots on the scanned image or photosensitive medium. A fiber optics array with one end facing the cathode ray tube, is configured two-dimensionally in a pattern that corresponds to the sequential sweep pattern of the cathode ray tube. The trace of dots on the cathode ray tube has sufficient length to accommodate the number of dots required for the width of the finished product or scanned image. A lens positioned between the cathode ray tube and optical fiber array, focuses the cathode ray tube image onto the fiber ends with a reduction in size. At the other end of the fiber optics array, the fibers are abutted together linearly to form the desired final output line width with coherence of the fibers from input to output.

Abstract: A system for converting a printable sheet of heat-shrinkable, synthetic plastic film material into a custom-made miniature having an image thereon of a selected individual. In this system, the face or figure of the selected individual is viewed by a video camera whose output signal is applied to a high-resolution TV monitor, on the screen of which is exhibited an image of the individual. The image is transferred from the monitor to an associated printer which impresses the image on the sheet in a scale appropriate to its dimensions. The sheet is then subjected to an elevated temperature, causing the sheet to shrink uniformly, and in doing so to markedly reduce the scale of the image thereon, thereby creating on a relatively thick substrate the desired miniature.

Abstract: This invention, in the production of color photographic exposures from a color monitor display, provides correction to eliminate the spatial-color triad artifacts introduced by the display and thus provide a hard copy with fully registered color picture elements. Also, source resolution exceeding the viewable resolution of the monitor may be captured in the hard copy. A photosensitive hard copy recording medium is exposed to an image from an RGB monitor CRT display through an optical system comprising a lens and a refractive image shifter. Three video fields, each representing a primary color component of the picture, are sequentially displayed, exposed as an image, and thus recorded photographically on the medium, the image being shifted between exposures to spatially register the triad color elements, thus eliminating spatial-color artifacts associated with the monitor.

Abstract: An ultraviolet radiation projector of this invention includes a focusing optical member arranged between an exposure surface of an ultraviolet sensitive material and a panel surface of a CRT for emitting an ultraviolet beam to expose the exposure surface which is kept separated from the focusing optical member, thereby preventing contact between the exposure surface and the focusing optical member. An optical image forming apparatus of this invention can form a high-precision two-dimensional image for an electronic circuit pattern by exposing the exposure surface with a pattern corresponding to a desired electronic circuit pattern using the ultraviolet radiation projector as a light source. In addition, sheet-like resins cured by the exposure with the ultraviolet beam using the ultraviolet radiation projector as a light source are sequentially stacked to form a desired high-precision three-dimensional image.

Abstract: A method of making a card such as a business card or greeting card on photosensitive media using images photographically recorded in successive frames on photographic film, the photographic film including a magnetic layer. The method comprises magnetically recording at an order entry station instructions in the magnetic layer instructions specifying one of the frames, a graphic location and a source of a graphic image to be placed on the graphic location, magnetically reading the instructions from the magnetic layer, fetching the graphic image from the source specified by the recorded instructions and generating a graphic light source to project the graphic image fetched from the source, and exposing at a print station one portion of the photosensitive media to the frame on the film corresponding to the frame number specified by the recorded instructions and exposing another portion of the photosensitive media to the graphic light source.

Abstract: The present invention comprises a contact printer (10) which utilizes a flat tube monitor (30) connected with a computer (40) that permits the image or light array (32) projected by the monitor (30) to be manually and selectively altered in accordance with an operator's evaluation of the image (32) directed upon a negative (20). The operator may selectively dodge, burn, or offset the intensity of the image (32) so that an adjacent area of the negative (20) receives a corresponding alteration. The printer (10) enables the provision of custom contact prints made in accordance with the operator's evaluation of the light array (32) shining through the negative (20) so that the negative (20) is selectively modified acccording to the operator's desire.

Abstract: An image recording apparatus displays, together with information, an image represented by video signals read out from a video signal recording medium on a video display so as to project the displayed image and information onto an image recording medium. For the displayed image and the information displayed in the proximity of the image, light is interrupted in the vicinity of edges of areas of the image recording medium where the image and the information are projected. From the image projected onto the image recording medium, a printed picture thereof is attained in which the contour of the image is not distorted and the position thereof is fixed.

Abstract: A photographic printer having a video image printing system for making a print of a video image displayed on a CRT and a photographic image printing system using the CRT as an illumination light source for a film from which a photographic image is printed. A control circuit varies the deflection angle of the CRT yoke to define a narrowed raster area on the CRT screen in accordance with various sizes of films.

Abstract: A film writer and viewer system operable to reduce the exposure requirements of the writer and thereby extend its life by providing a pre-exposure lamp to increase the density of the film to a first value and by providing an image enhancer on the output of a video camera viewing the film to increase the contrast between the information on the film and the background for subsequent viewing.

Abstract: The invention is an improved apparatus for recording an image onto a light recording medium by sequentially recording a plurality of sections onto the light recording medium which constitute the image and further an apparatus for reading previously recorded information disposed on a recording medium (162). The invention utilizes a light position sensor (201) having a target area having a plurality of apertures (604) including at least one line segment coupled to light emitted from a plurality of positions within the light emitting area (120) of the light source (120) used for recording for detecting the position of the light intersecting the target area (201) of the sensor from the light emitting area of the light source and generating at least one signal dependent upon the light intersecting the target area.

Abstract: An original photographic image (5) is interrupted by a controlled shutter (10) and simultaneously scanned by a light collector (21) over a planar reference frame by relative movement between the image and the collector (21) along a series of linear side-by-side scanning paths. A light emitter (22) which emits light corresponding to that collected scans a similar planar frame of unexposed film (6) by relative movement between the film and the emitter along a series of linear side-by-side scanning paths. A computer (8) controls the scanning operations and the shutter (10) to cause the image reproduced on the film by exposure to the light emitter to differ to that of the original image.

Abstract: The present invention relates to a method and apparatus for reducing the effect of recording errors on images and information which are recorded in sections onto a recording medium. Recording errors can detract from the quality of a recording particularly at the boundaries of recorded sections. The present invention introduces a number of methods which reduce the effect of recording errors by distributing the errors smoothly over areas of the recording, by modifying the recording level near the section boundaries, by modifying the recording process near the section boundaries, by modifying the shape, size and orientation of the recorded sections, by varying the position of the transition point from one section to an adjacent section and by introducing an overlap region which allows the section boundary to be modified.

Abstract: A method for dot-size correction or modification in half-tone colour separations to be used in the production of printing plates for printing reproductions of coloured originals in which a contact print is overexposed through a photographic mask constituted so as to isolate a selected area in addition to being exposed normally for obtaining an exact copy of an original half-tone separation. The mask is generated electronically using an electrical signal obtained by scanning each separation, digitizing each signal and storing the digital values in a digital storage device. A halftone separation is visualized electronically as an image in a dislay device, e.g., video tube, an area of said image is defined for isolation and correction and the combination of positive and/or negative separations required to serve as a mask effective for isolating the selected area for purposes of dot evaluation is determined via a look-up table.

Abstract: An image forming apparatus has a cathode ray tube as a light source which is controlled by a control circuit including an image signal inverting circuit for inverting a polarity of an image signal and a vertical deflecting circuit for inverting an image formed on the cathode ray tube in a mirror image relationship on the basis of the vertical synchronizing signal. Thus, the image forming apparatus can provide two kinds of color images obtained by using a microcapsule sheet or a silver chloride sheet.

Abstract: The taking system for TV image is equipped with a plural number of cameras which are to be attached selectively in front of a TV screen and have film sizes different from one another, and the imaging lens systems of the cameras have half field angles of 20.degree. to 30.degree. different from one another within a range of 4.degree. and are so designed as to produce distortion capable of correcting distortion of an image caused due to the curvature of the TV screen. This system can be designed compact as a whole, and permits simplifying structure of the camera exchange mechanism, photographing images always in the normal shapes thereof and providing photographs of good quality.

Abstract: An exposure device used in an image forming apparatus for exposing a photosensitive recording medium carrying microcapsules on one surface thereof to color image lights produced in accordance with color image data representing an original image to form a latent image corresponding to the original image, includes a fiber optics tube (FOT) having an optical fiber array serving an exposing surface for producing the color image lights in accordance with the color image data and selectively exposing the photosensitive recording medium to the color image lights to form the latent image on the photosensitive recording medium, the exposing surface being disposed in such a manner as to confront the other surface of the photosensitive recording medium, a FOT driving circuit for driving the FOT, and a control unit for controlling the FOT driving circuit so that the color image lights are selectively produced in accordance with the image data inputted thereto and the color image lights thus produced are irradiated to the

Abstract: A document scanner or printer includes a fiber optic bundle which has the fibers of one end arranged in a linear array and the fibers of the other end arranged in an area array. A CRT, or equivalent device, is coupled to the area array and adopted to generate light in a sequence of positions there. The sequence of positions is determined by an algorithm which organizes the addresses of those positions in a list of consecutive near neighbors. Other embodiments are operative to eliminate from the address sequence any address at which no light is to be generated. By shortening the path that a beam traverses or by eliminating some addresses from the address sequence, improved operating speeds are achieved.

Abstract: First and second image frames are produced using respectively different sets of pixels. The different sets of pixels arise from movement of an image digitiser (13) with respect to an image (10). The image frames are recorded on a film (32) using an output display device (30). The frames are recorded with such relative positions that the film can be displayed so that the frames are viewed with such a superimposition that the position of the pixels in the first and second sets relative to viewed image are substantially the same on the respective positions of those pixels relative to the image to be reproduced. In this way, the resolution of a recorded image can be greater than that of the output device.

Abstract: A photographic printer having a video image printing system for making prints of video images displayed on a CRT, and a photographic image printing system using the CRT as an illumination light source for a film from which a photographic image is printed, including a control circuit for defocusing an electron beam by which a fluorescent screen of the CRT is stimulated to emit illumination light without rasters when the CRT is used in the film image printing system. The control circuit can either change an angle of deflection of the electron beam or stop deflection of the electron beam.

Abstract: A photographic printer having a CRT for illuminating an original with a flying spot to print an image of the original on a photographic material is provided with a digital filter for filtering video signals of the original in digital form to cancel the persistency effect of the CRT. An image signal processing device processes the video signals for color and gradation corrections, and a controlling device controls the CRT to cause the flying spot to have its luminance varied according to the image-processed video signals. The video signals after image processing are displayed on a monitor for visual inspection.

Abstract: An exposure device for an image exposure onto a photosensitive recording medium includes a cathode ray tube serving as an exposure light source which supplies an optical radiant energy onto the recording medium. The photosensitive recording medium has an .gamma. characteristic in a relation between the density of the image recorded thereon and an optical radiant energy applied thereto. For recording an image corresponding in density to an image of an original, there is provided a driver circuit which receives an input voltage indicative of the density of the image on the original and when the input voltage exceeds a predetermined value, an output voltage applied to the cathode ray tube to cause an image of 0% (white) in density to be recorded on the recording medium. When the input voltage is below the predetermined value, the output voltage is applied thereto which changes in proportion to the input voltage.

Abstract: An image transfer system wherein latent images formed on a photosensitive medium by exposure to a radiation according to image signals are developed into visible images, the photosensitive medium having a basic minimum amount of exposure to the radiation, which substantially defines a lower limit of a density-variable range in which a density of the visible images is varied according to an amount of exposure of the medium to the radiation. The present image transfer system includes a first device, a second device and a developing device. The first device is adapted to expose the medium a predetermined basic amount not larger than the basic minimum amount. The second device exposes local areas of the medium to a controlled intensity of the radiation represented by the image signals, and thereby cooperates with the first device to form the latent images on the photosensitive medium. The latent images are developed into the visible images by the developing device.