US 2006/0214884 A1Published application

Plasma display panel driving method and plasma display apparatus

OwnerTakashi Shiizaki, Katsuhiro Ishidainventors

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Abstract

In a conventional plasma display panel driving method, all sub-frames each require a driving sequence for resetting a charge, thereby increasing a background light-emission intensity and reducing contrast. A plasma display panel driving method according to the present invention comprises the steps of: configuring one frame by a plurality of sub-frames, and setting, for each of the sub-frames, an address period for using every other one of the display electrodes as a scan electrode to cause the address discharge to occur by the scan electrode and the address electrode, and a display period for causing a surface discharge to occur between the display electrodes; and in at least two sub-frames of the plurality of sub-frames configuring one frame, causing a discharge to occur in only one of two display lines sharing one scan electrode in the address period and the display period.

Claims10

Dependent claims

A plasma display panel driving method, in which a plasma display panel has such an electrode configuration that a plurality of display electrodes between a pair of substrates forming a discharge space and a plurality of address electrodes intersecting with the display electrodes are provided, a display line by a surface discharge is set between the display electrodes adjacent to each other, a cell is set at a crossing portion between each of the display lines and each of the address electrodes, and when an address discharge is caused to occur for selecting the cell to be turned on, one display electrode is shared as a scan electrode between two display lines adjacent to each other, the method comprising the steps of:

configuring one frame by a plurality of sub-frames, and setting, for each of the sub-frames, an address period for using every other one of the display electrodes as a scan electrode to cause the address discharge to occur by the scan electrode and the address electrode, and a display period for causing a surface discharge to occur between the display electrodes;
and
in at least two sub-frames of the plurality of sub-frames configuring one frame, causing a discharge to occur in only one of two display lines sharing one scan electrode in the address period and the display period,
wherein the plurality of sub-frames configuring one frame include:
a first sub-frame group comprising two or more sub-frames causing the discharge to occur in only one of the two display lines sharing the one scan electrode in the address period and the display period;
a second sub-frame group comprising two or more sub-frames causing the discharge to occur in only the other one of the two display lines sharing the one scan electrode in the address period and the display period in;
and a third sub-frame group causing the discharge to occur in both of the two display lines sharing the one scan electrode in the address period and the display period.

4 more elements

configuring one frame by a plurality of sub-frames, and setting, for each of the sub-frames, an address period for using every other one of the display electrodes as a scan electrode to cause the address discharge to occur by the scan electrode and the address electrode, and a display period for causing a surface discharge to occur between the display electrodes,
wherein the plurality of sub-frames configuring one frame include a sub-frame having an initialization period for causing discharges to occur in all the display lines, and a sub-frame having an initialization period for causing a discharge to occur only in a cell in which a discharge has been caused to occur in a display period of a previous sub-frame.

Dependencies are inferred from the claim text.