Claims
- 1. A method of driving an image display apparatus having a plurality of horizontal lines of pixels, in which pixels on an n+1-th line are deviated from pixels on an n-th line by a deviation of z pixels in the horizontal direction, the deviation of said pixels in the horizontal direction being periodic with a period of y lines, where y is two or more, and which has y-1 delay circuits each having a respective delay quantity that is a respective integral multiple of zt, where t is a time corresponding to one pixel in the horizontal direction, the delay circuits being provided for an image signal line of a sampling circuit thereof, and which has y switches, said method of driving an image display apparatus comprising the steps of:
- transmitting from each delay circuit a through signal and a delay signal delayed from the through signal by the delay quantity; and
- sequentially changing over the y switches to change over between the delay signal and the through signal transmitted from each of said delay circuits at a period of y lines at each pixel line.
- 2. A method of driving an image display apparatus having a plurality of horizontal lines of pixels, in which pixels on an n+1-th line are deviated from pixels on an n-th line by a deviation of z pixels in the horizontal direction, the deviation of said pixels in the horizontal direction being periodic with a period of y lines, where y is two or more, and which has y-1 delay circuits each having a respective delay quantity that is a respective integral multiple of zt, where t is the time corresponding to one pixel in the horizontal direction, the delay circuits provided for an image signal line of a sample circuit to which is supplied an image signal having a plurality of frames each constituted by y fields, which has y switches, said method of driving an image display apparatus comprising the steps of:
- transmitting from each delay circuit a through signal and a delay signal delayed from the through signal by the respective delay quantity; and
- sequentially changing over the y switches to change over between the delay signal and the through signal transmitted from each of said delay circuits at a period of y lines at each field.
- 3. A method of driving an image display apparatus including a pixel matrix having a plurality of lines of pixels, wherein each pixel on an n-th line and a corresponding pixel on an n+1-th line are connected to a same signal line, and wherein each pixel on the n+1-th line is arranged with a horizontal deviation of Z pixels with respect to the corresponding pixel on the n-th line, said method comprising the steps of:
- sampling an image signal to provide a first sample and inputting the first sample to a first pixel on the n-th line; and
- sampling the image signal to provide a second sample and inputting the second sample to a corresponding second pixel on the n+1-th line connected to the same signal line as the first pixel with a time delay of Z pixels relative to the first sample.
- 4. A method of driving an image display apparatus according to claim 3, wherein said image display apparatus is a liquid crystal display apparatus.
- 5. A method of driving an image display apparatus according to claim 3, wherein pixels connected to the same signal line are pixels of a same color.
- 6. A method of driving an image display apparatus according to claim 3, wherein pixels connected to the same signal line are pixels of different colors.
- 7. A method of driving an image display apparatus having a plurality of horizontal lines of pixels, in which pixels on an n+1-th line are deviated from pixels on an n-th line by a deviation of z pixels in the horizontal direction, the deviation of said pixels in the horizontal direction being periodic with a period of y lines, where y is two or more, and which has y-1 delay circuits each having a respective delay quantity that is a respective integral multiple of zt, where t is a time corresponding to one pixel in the horizontal direction, the delay circuits being provided for an image signal line of a sampling circuit thereof, and which has a switch, said method of driving an image display apparatus comprising the steps of:
- transmitting from each delay circuit a through signal and a delay signal delayed from the through signal by the delay quantity; and
- changing over the switch to sequentially change over between the delay signal and the through signal transmitted from each of said delay circuits.
- 8. A method of driving an image display apparatus having a plurality of horizontal lines of pixels, in which pixels on an n+1-th line are deviated from pixels on an n-th line by a deviation of z pixels in the horizontal direction, the deviation of said pixels in the horizontal direction being periodic with a period of y lines, where y is two or more, and which has y-1 delay circuits each having a respective delay quantity that is a respective integral multiple of zt, where t is the time corresponding to one pixel in the horizontal direction, the delay circuits provided for an image signal line of a sample circuit to which is supplied an image signal having a plurality of frames each constituted by y fields, which has a switch, said method of driving an image display apparatus comprising the steps of:
- transmitting from each delay circuit a through signal and a delay signal delayed from the through signal by the respective delay quantity; and
- changing over the switch to sequentially change over between the delay signal and the through signal transmitted from each of said delay circuits.
Priority Claims (2)
Number |
Date |
Country |
Kind |
4-040586 |
Jan 1992 |
JPX |
|
4-040587 |
Jan 1992 |
JPX |
|
Parent Case Info
This application is a continuation of application Ser. No. 08/389,073 filed Feb. 14, 1995, now abandoned, which is a continuation of application Ser. No. 08/010,003 filed Jan. 27, 1993, now abandoned.
US Referenced Citations (5)
Foreign Referenced Citations (1)
Number |
Date |
Country |
63-85599 |
Apr 1988 |
JPX |
Continuations (2)
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Number |
Date |
Country |
Parent |
389073 |
Feb 1995 |
|
Parent |
10003 |
Jan 1993 |
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