TH5221B - A system for displaying numerical images, which is used to sweep through a dot on a line. - Google Patents

Abstract

A system for chart visualization, which uses a point-by-line method, and one all-point system can perform two operations. The first operating method is Reading data from restoration storage Transformed into a serial signal Modify, modify and forward to the display device at one frequency. The second operating mode is: Reading data from storage for recovery It is converted to a serial signal and partially modified at the first frequency, it is converted to a serial signal and partially modified at the first frequency, but after that the data is further modified and forwarded to a device for Show the picture at the frequency of the rhythm with the first frequency. But there is an even numeric value of the first frequency, such as one-second value of the first frequency. Such additional modifications are the bundles of bits to show the adjacent groups. For this reason In the case of the sweeping device, point by point on the operating line sweeps through point by point at a constant speed. Operation method One provides a high resolution image with a relatively low number of colors, and the second operation mode provides an even fraction of the dot resolution of the operating mode. The first, for example The resolution of the pixel is one-second of the first operating mode. But the number of colors is much higher than that of operating mode one.

Claims (9)

1. Numeric display system, which is used to drive the sweep-through display device one by one. Such a system consists of (A) Restoration storage, which is used for storing the image point data at different positions corresponding to the position of the respective image point on the display device. (B) The point read factors from the aforementioned restoration storage are sequenced in order to create groups of data at the first clock frequency. (C) Factors for converting data groups It is a group of dot-drive signals for display devices and (d) switching factors for the mode of operation of such conversion factors between the first mode. This means converting each such group into a group of each pixel driven signal and sending it to the display device at the said frequency of the first frequency clock. And the second method, which is to combine every 2n sequential data groups together to form a corresponding group of each pixel drive signal, and send it to the display device at the pulsating and frequency frequency. Of the said first frequency clock signal But there is a fraction 2n of the clock frequency of that first frequency when n is a positive integer. 2. Numeric visualization according to claim 1, where n is equal to 1 for both 2n consecutive data groups, and the full stroke frequency is a fraction of 2n and the conversion factor as follows. It consists of a factor of the first logic device, which is connected to a circuit to obtain a group of image points. Factor of the second logic device, which is connected to a circuit to receive the signal from the factor of the first logic device, factor one is another step. The logic device factor one and the second factor are clocked at the aforementioned frequency of the clock frequency. And the inclusion factor which is connected to the output signal from the logic device factor, the first and second factor to only relay the signal out of the logic device factor. The second factor is in the aforementioned mode of operation. And to combine the output signals from the aforementioned rational device first and second factors in the aforementioned second operating method. 3. A numerical visualization system according to claim 2, which consists of a third logic device factor connected to the circuit to receive the signal from the inclusion factor. The aforementioned logic device factor receives a clock signal at the aforementioned first frequency clock frequency in the aforementioned method and at half the frequency of the aforementioned first frequency clock frequency in a manner. Two such 4. A visualization system according to claim 3, which consists of a system of chromaticity tables connected to the circuit to receive the signal from the aforementioned third-factor logic devices to form a group of numerical drive signals for the device. Show the above picture 5. Imaging system according to claim 3, which consists of a system of disc storage devices connected to a circuit to receive a series of sequential image points from the storage for the said substrate. And to respond to a group of points The image obtained by constructing the dataset of the image point for the aforementioned rational device factor. 6. Visualization system according to claim 5, where the restoration memory consists of a number of color planes. And the display system also consists of devices that convert the same number of parallel signals to the serial signal. Each parallel to serial converter receives the bytes of data from the memory and sends the serial signal to the system of the disc collector. The system of the color palette collector receives a group of data whose bit width is equal to the number of parallel to serial converters. 7. Visualization system according to claim 6, where the recovery storage consists of four color planes. The visualization system also consists of a selective system which is circuitry between the recovery storage and a parallel to serial converter. The selection system is also connected to the said commutating factor to switch to mode one. This is the transmission of the bytes of each data read from the storage plane for each regeneration plane to the parallel converter to the serial signal associated with the plane. And to switch to a second method, which is to transmit a pair of bits from each byte read from each storage plane to the corresponding pair of position pairs in a parallel to serial converter device. This causes each parallel to serial converter to receive two bits from each plane of the recovery storage. 8.Numeric display system, which is used to drive the sweep-through display device one by one. The system consists of (a) restoration storage, which is used to store image point data at different locations corresponding to the corresponding pixel point location on the playback device; (b) point-of-view read factor from storage. For such refreshes, sequences are sequenced to form groups of data at the first clock frequency and (c) conversion factors. Such is a group of signal drives a group of picture points. For display devices It also includes factors for combining every 2n sequential sequence of data together to form a corresponding group of each pixel drive signal and transmit it to the display device at the pulsating frequency with the frequency clock frequency. That one But there is a fraction 2n of the clock frequency of that first frequency when n is a positive integer. 9. Numeric visualization according to claim 8, where n is equal to 1 for both 2n consecutive data groups and the rhythmic frequency but has a fraction of 2n and conversion factor. It consists of a factor of one logic device, which is connected to a circuit to obtain a group of image points. Factor of the second logic device, which is connected to a circuit to receive the signal from the factor of the first logic device, factor one step further. The logic device factor one and the second factor are clocked at the aforementioned frequency of the clock frequency. And factors for total Which is connected to the output signal from both the first and second logical device factor To combine the signal out of the aforementioned rational device factor 1 and factor 1 together. 0. The visualization system according to claim 8, where the restoration storage consists of four color planes, and the visualization system also consists of a parallel to serial converter for each color plane. Each cull system is circuitry between the recovery storage and the parallel to serial converter. The selection system is also connected to a conversion factor to transmit a pair of bits from each byte read from each storage plane to the corresponding pair of position pairs in a parallel to serial converter device. This causes each parallel to serial converter to receive two bits from each plane of the recovery storage.