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    • 2. 发明授权
    • Image transfer method and apparatus
    • 图像传输方法和装置
    • US4499501A
    • 1985-02-12
    • US413858
    • 1982-09-01
    • Joern B. EriksenPierre Radochonski
    • Joern B. EriksenPierre Radochonski
    • H04N1/113H04N1/036H04N1/12H04N5/84H04N1/22
    • H04N1/127H04N1/036H04N1/12
    • An image quality enhancement scheme is disclosed wherein the image information associated with each line of an image source is transferred to one line of an image receiving medium a plurality of times, the quality of the image information transferred to one line of the image receiving medium gradually improving following each subsequent transfer. A fiber optic cathode ray tube (CRT) transfers the image information to the image receiving medium. An electron beam generator in the CRT traces a plurality of scan lines on the inner faceplate of the CRT. The image receiving medium scrolls across the face of the CRT in synchronism with the trace of each of the scan lines on the inner faceplate thereof. The image information associated with each line of the image source is transferred to the one line of the image receiving medium via the trace of each of the plurality of scan lines. Consequently, following each such transfer via the trace of each corresponding scan line, the quality of the image recorded on said one line of the image receiving medium is gradually improved.
    • 公开了一种图像质量增强方案,其中与图像源的每一行相关联的图像信息被多次传送到图像接收介质的一行,图像信息的质量逐渐传送到图像接收介质的一行 随后的转移改善。 光纤阴极射线管(CRT)将图像信息传送到图像接收介质。 CRT中的电子束发生器跟踪CRT的内面板上的多条扫描线。 图像接收介质与其内表面上的每条扫描线的迹线同步地滚动CRT的表面。 与图像源的每一行相关联的图像信息经由多个扫描线中的每一条的迹线被传送到图像接收介质的一行。 因此,在通过每个对应的扫描线的轨迹进行每次这样的转移之后,逐渐改善记录在图像接收介质的所述一行上的图像的质量。
    • 3. 发明授权
    • Raster scan frame digitizer method and apparatus
    • 栅格扫描帧数字化仪的方法和装置
    • US4528591A
    • 1985-07-09
    • US408349
    • 1982-08-16
    • Steven F. LiepePierre RadochonskiGlenn R. Johnson
    • Steven F. LiepePierre RadochonskiGlenn R. Johnson
    • H04N5/14
    • H04N5/14
    • A scheme for digitizing a stationary video image is disclosed. The amplitude of a video signal, representing said video image, is sampled at a plurality of points along the time axis and is compared with the count in a counter. If the amplitude equals the count at a particular point on the time axis, the count is stored in a memory in a location corresponding to said particular point. The process is repeated until a count in the counter is stored in said memory in locations corresponding to all of said plurality of points along the time axis of said video signal. If two or more counters are used, each counting from a different initial value, and if two or more corresponding comparators are used to make the above comparison, the time required to digitize said stationary video image may be reduced. Consequently, the time required for the video image to remain stationary is reduced.
    • 公开了一种用于数字化静止视频图像的方案。 表示所述视频图像的视频信号的幅度在沿着时间轴的多个点进行采样,并与计数器中的计数进行比较。 如果振幅等于时间轴上特定点处的计数,则计数被存储在对应于所述特定点的位置的存储器中。 重复该过程,直到计数器中的计数器在沿着所述视频信号的时间轴对应于所有多个点的位置存储在所述存储器中。 如果使用两个以上的计数器,则从不同的初始值进行计数,并且如果使用两个或更多个对应的比较器进行上述比较,则可以减少数字化所述静止视频图像所需的时间。 因此,视频图像保持静止所需的时间减少。