| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | Centralized, automatic extraction of data from remotely transformed and transmitted forms | US11799917 | 2007-05-01 | US20070206223A1 | 2007-09-06 | Varda Treibach-Heck; Bruce Johnson; Byron Caldwell; David Gollom |
| One or more parameters, such as time, are reported to a center using a form. The center then automatically extracts data from the form and converts it for storage and subsequent processing or review. The form is preferably a tangible form, which the sender completes, and then faxes or emails to the center. Image capture, registration, and feature recognition routines are included to enable the center to extract the reported data with no need for data reentry or human intervention. The invention is particularly suitable for remote employees who need to submit time sheets, expense reports, and the like to an employer, or for automatic analysis of submitted inventory reports, product orders, etc. | ||||||
| 82 | Fault notes user interface for a printing system | US09767449 | 2001-01-23 | US06970266B2 | 2005-11-29 | David S. Matthews; Thomas A. Myers |
| A method and graphical user interface system provide fault notes in a printing system. A fault screen window is provided that depicts faults for individual supply unit devices and output unit devices which can be opened by selecting the fault button and/or fault icon. A fault notes window is also provided for user editable text linked to the fault screen window. The fault notes window displays only user editable text related to a selected device or displays only user editable text related to the system when no device is selected. A fault notes icon is configured to appear when user editable text has previously been entered on said fault notes window. | ||||||
| 83 | US24655572 | 1972-04-24 | US3952311B1 | 1990-03-27 | JAMES M LAPEYRE | |
| 84 | Photosetting apparatus | US13308 | 1987-02-11 | US4712896A | 1987-12-15 | Bernd Holthusen |
| A photosetting apparatus has a segment (11) of a regular cylinder consisting of aluminium in the interior of which a sheet-like photosensitive material (12) is mounted with the photosensitive layer directed inwardly. A rotary mirror (38) arranged on a carriage is illuminated axially by a laser beam and scans the photosensitive material (12) in the circumferential direction while the carriage is advanced axially. The photosensitive material (12) is brought into contact with the inner side of the segment (11) over its full area by compression in the circumferential direction. The photosensitive material (12) is guided by two guide rings (23) which can be arranged at different spacings within the segment (11). | ||||||
| 85 | High resolution optical fiber print head | US502028 | 1983-06-07 | US4590492A | 1986-05-20 | Michael J. Meier |
| A high resolution printing head for a line printer using photographic recording medium has a plurality of modules connected to form a two dimensional printing array. Each module has three fiber optic ribbons bonded together to form a staggered array of fibers. An apertured mask is photolithographically attached to the two dimensional array so that there is one aperture positioned over each fiber. The aperture has a cross-section less than the fiber so there is no overlapping of output light from each fiber and the apertures are also staggered so that a three fold increase in line density is achieved over conventional single ribbon arrays. | ||||||
| 86 | Method and projecting typositor for composing typographical artwork on color sensitive photographic medium | US380782 | 1982-05-21 | US4449801A | 1984-05-22 | John W. Millerburg |
| The present invention improves over the prior art by providing a method and apparatus for composing typographical artwork on color sensitive photographic medium, which method and apparatus may be of an automated nature. The apparatus comprises an optical projector, a number of type characters recorded on a projection medium, such as a strip of film, for projection by the optical projector onto a projection plane, such as a table surface, and may include an encasing light-tight hood. The identity (e.g. the location on the inventory film strip) of the letters selected to make up the sequence of images projected onto the table surface is recorded and stored in a storage memory together with information indicative of the position of the projected images of each of the selected letters along the two orthogonal axes of movement of the table surface. A servo-mechanism is provided for automatically repeating the projection of the selected typographical characters as recorded in the storage memory at the precise locations recorded for each of the selected letters. | ||||||
| 87 | Photocomposing machine and method | US374172 | 1982-05-03 | US4431295A | 1984-02-14 | Louis M. Moyroud; Michel Bongard; Paul A. Vernez; Michel Moulin |
| Character matrices are stored in and retrieved from a magazine automatically. The matrices can be complete discs or pie-shaped "petals" which are assembled to form a disc. A single pivotably-mounted support arm is used to support the spinning disc, and to move it for selection of concentric arrays on the disc, as well as for storage and retrieval of matrices. A reversed zoom lens is used to magnify the characters.The character spacing carriage can move continuously in order to increase the speed of operation. Proper location of the characters can be done by simply altering the carriage speed between projections, or by using a shuttling lens for character spacing compensation, together with flash delay and carriage deceleration.A system for inputting images from any one of three separate discs also is provided.A double-dove prism and optical wedges are used for altering the shapes of characters.Rules are formed by operating a flash-lamp very rapidly to shine light through an appropriately-shaped opening and moving the image along the photosensitive surface in a linear path.The matrix can be moved in a varying speed mode in which the matrix is moving slowly or stationary when the character is flashed. This allows the light intensity of the flash lamp to be raised significantly without significant degradation of the quality of the output.Controls are provided for automatically adjusting the base-line of the characters, the margins, the degree of enlargement, the flash intensity, and the focus.A simple attachment is provided for doubling or halving the size of the characters.The machine can produce output on photographic film or paper or electrophotographic material.Means are provided for automatically inserting graphic matter (pictures) into text matter for composing full pages, and for making half-tones. | ||||||
| 88 | Apparatus and method for resizing artwork | US276716 | 1981-06-23 | US4355889A | 1982-10-26 | Richard H. Nelson |
| An apparatus and method for resizing artwork by using in combination with a headline setter device, an apparatus which allows the headline setter device to be used in addition to its normal typesetting function, to resize existing artwork. | ||||||
| 89 | Variable indexing pegs | US121986 | 1980-02-15 | US4332089A | 1982-06-01 | LeRoy M. Denning |
| A method and apparatus for accurately and variably positioning carrier indexing pins in indexing pegs for indexed registering devices useful in positioning an image, mask or transparency in a step and repeat type printing process. | ||||||
| 90 | Photocomposing machine and method | US198284 | 1980-10-17 | US4329027A | 1982-05-11 | Louis M. Moyroud; Michel Bongard; Paul A. Vernez; Michel Moulin |
| Character matrices are stored in and retrieved from a magazine automatically. The matrices can be complete discs or pie-shaped "petals" which are assembled to form a disc. A single pivotably-mounted support arm is used to support the spinning disc, and to move it for selection of concentric arrays on the disc, as well as for storage and retrieval of matrices. A reversed zoom lens is used to magnify the characters.The character spacing carriage can move continuously in order to increase the speed of operation. Proper location of the characters can be done by simply altering the carriage speed between projections, or by using a shuttling lens for character spacing compensation, together with flash delay and carriage deceleration. | ||||||
| 91 | Photocomposing machine and method | US198055 | 1980-10-17 | US4329026A | 1982-05-11 | Louis M. Moyroud |
| Character matrices are stored in and retrieved from a magazine automatically. The matrices can be complete discs or pie-shaped "petals" which are assembled to form a disc. A single pivotably-mounted support arm is used to support the spinning disc, and to move it for selection of concentric arrays on the disc, as well as for storage and retrieval of matrices. A reversed zoom lens is used to magnify the characters.The character spacing carriage can move continuously in order to increase the speed of operation. Proper location of the characters can be done by simply altering the carriage speed between projections, or by using a shuttling lens for character spacing compensation, together with flash delay and carriage deceleration. | ||||||
| 92 | Optical print head for optical printing devices | US178528 | 1980-08-15 | US4318597A | 1982-03-09 | Shintaro Kotani; Ichimatsu Abiko; Rikuo Takano; Yasushi Hoshino; Yukio Tokunaga; Kazuyoshi Tateishi |
| An optical printing device includes a photosensitive means having a photosensitive surface and an optical print head. The optical print head has a plurality of arrays of a plurality of light emitting devices selectively energized and an optical means to form light images from the light emitting devices on the photosensitive surface.A plurality of the light emitting device arrays are arranged in a plurality of rows, with the light emitting devices aligned in a common direction with the arrays.The optical means comprises a plurality of graded index optical fiber arrays of which the optical axes are directed perpendicularly to the aforesaid photosensitive surface. | ||||||
| 93 | Moving exposure system | US177222 | 1980-08-11 | US4290689A | 1981-09-22 | Donald J. Kleinschnitz, Jr. |
| A moving exposure system is provided having a semiconductor light source, which may be incorporated in a module with modulating electronics, and disposed on a moveable platform for exposing a special surface to light rays. The moving exposure system can be optically coupled to a printer's photoconductive element by means of a flat field correction device such as a lens or a fiber optic bundle, in the case of rotating motion of the light source, which maximizes the area exposed while minimizing the bulk of the exposure apparatus. | ||||||
| 94 | High speed holographic optical printing system | US2475 | 1979-01-10 | US4265509A | 1981-05-05 | Donald H. McMahon |
| An optical system is disclosed which, when utilized in conjunction with an electrographic printer and a laser light source, provides high quality characters at very high print speeds with a minimum of laser power. Horizontal and vertical light beam deflectors are employed to access a hologram in a two dimensional holographic array. The horizontal deflector is controlled by internally generated timing pulses to sequentially step from one column of the array to another, each column corresponding to a printing position on a line of print, while the vertical deflector is controlled by an external electrical signal to position a spatially unmodulated laser beam to illuminate the desired hologram in the column. The illuminated hologram emits a spatially modulated beam that forms an image along a line of print, at a position on a conductive drum corresponding to the column of the illuminated hologram. | ||||||
| 95 | Photosensitive recorder providing linguistic characters | US63465 | 1979-08-03 | US4229086A | 1980-10-21 | Jack Beery; Andrew S. Mihalik, Jr. |
| A recorder for placing linguistic character information on photosensitive media. The recorder utilizes a small number of selectively energizable light sources, relative motion between the light from those sources and the photosensitive media, and electronics to coordinate sequential flashing of those light sources to such motion to form individual or sequences of linguistic characters on the photosensitive media. The disclosed embodiment is a microfilm camera that places linguistic characters on microfilm in response to externally supplied character data. The microfilm camera includes a camera box and seven discrete, selectively energizable light sources that are fixedly mounted with respect to the camera box. A portion of photosensitive microfilm is fixed at least temporarily with respect to the camera box. A size reduction lens that is in motion for a period of time focuses light from the light sources upon various areas of the microfilm. An optical position detector provides a sequence of timing pulses that indicate the position of the lens as it moves. A storage register is provided for receiving the externally supplied character data. Circuitry is provided that is responsive to the character data and the timing pulses to selectively energize the seven light sources in an appropriate sequential manner during the motion of the lens to provide the image of the desired linguistic character or characters on the microfilm. | ||||||
| 96 | High resolution display | US896179 | 1978-04-14 | US4198158A | 1980-04-15 | Kenneth C. Knowlton |
| High resolution, hard copy images are provided by superimposing a plurality of matrix display images on a record medium. The images are offset from one another such that they interleave. The matrix display is illustratively an ac plasma panel; the record medium is illustratively photographic film. Successive images presented on the plasma panel are caused to be offset from one another on the record medium illustratively by interposing a tilted plate of glass between the plasma panel and the record medium. | ||||||
| 97 | Optical system for photographic composing apparatus | US585610 | 1975-06-10 | US4189216A | 1980-02-19 | Francis S. Szabo |
| An optical system for photocomposing. A variable aerial image is supplied to the focal plane of a collimating lens couple, wherein the decollimating lens is used for composition escapement. | ||||||
| 98 | Backlashless phototypesetter carriage brake | US864308 | 1977-12-27 | US4160586A | 1979-07-10 | Peter R. Ebner |
| A brake mounted upon a moveable phototypesetter lens carriage is in continuous braking contact with a stationary flat elongated way member positioned along the path of motion of the carriage. A central portion of a brake shoe member is rigidly affixed to the moveable carriage and has first and second flexible arm members spring biased against the way member, and the entire brake shoe member consists of a single homogeneous mass of material. | ||||||
| 99 | Method for organizing and preparing photogenerated printing media | US297367 | 1972-10-13 | US4104071A | 1978-08-01 | Robert J. Crissy |
| A method and apparatus for organizing and preparing photogenerated printing media for multi-page printing including a method and the apparatus for carrying out the method in which the sequence in which the proof pages of the pages to be printed are to be sorted and arranged, are recorded on a film strip and the film strip is transorted through a viewer. The film strip is viewed through a viewer and the pages are sorted and arranged. The sorted and arranged papers are then affixed to segments of a conveyer sheet advanced through a paste-up machine. The sheet, after the proof pages have been affixed thereto is transported across a copy board and the images of the copy to be printed and which appear on the proof pages affixed to the conveyer sheet are photographically reproduced on a strip of roll film advanced through a camera. The film is then processed and the processed film is used to photosensitize printing plates. | ||||||
| 100 | Recorder | US815415 | 1977-07-13 | US4096486A | 1978-06-20 | Josef Pfeifer; Rudolf Paulus; Walter Gutmann; Michael Resch |
| An image consisting of a multitude of image points is formed by effecting relative transport between a plurality of light-emitting diodes and a recording medium. The diodes are arranged in rows. The rows are arranged successively in the transport direction. The rows extend at an angle relative to the transport direction. The diodes of each single row are offset relative to those of the other row, in direction transverse to the transport direction, by an amount equal to the distance between adjoining diodes in a single row divided by the number of rows, and/or multiples of that amount. Each diode is provided with an optical unit which projects onto the recording medium a reduced image of the light emitted by the diode. The diode-control signals corresponding to a single line of image points of the image to be formed are applied to the individual diodes with different respective time delays dependent upon the rate of transport and corresponding to the different distances among the rows as measured in the transport direction. | ||||||
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