发明名称 Power consumption controller, image processor, self-luminous display apparatus, elelcrtonic equipment, power consumption control method and computer program
摘要 The prior art power consumption control techniques convert the video signal (gray level) in one way or another based on the estimated power consumption level. The present invention proposes a power consumption controller which includes (a) a power consumption calculation section which sequentially calculates the power consumption level of a self-luminous display device based on a video signal input from the beginning of each frame up to the time of calculation, (b) a power consumption status determination section which determines whether the calculated power consumption level exceeds a reference value for comparison by constantly comparing the two levels. If this is the case, the same section detects the timing at which the power consumption exceeds the reference value for comparison and (c) a peak brightness control section which controls the peak brightness of the self-luminous display device if the power consumption level exceeds the reference value for comparison based on the detected timing.
申请公布号 US9330594(B2) 申请公布日期 2016.05.03
申请号 US200711992092 申请日期 2007.07.25
申请人 JOLED Inc. 发明人 Tada Mitsuru;Ozawa Atsushi
分类号 G09G5/00;G09G3/30;G09G3/32 主分类号 G09G5/00
代理机构 Michael Best & Friedrich LLP 代理人 Michael Best & Friedrich LLP
主权项 1. A power consumption controller comprising: a power consumption calculation section operable to sequentially calculate power consumption levels of a plurality of frames of a video signal displayed by a self-luminous display device from a beginning of each of the plurality of frames up to a time of calculation; a power consumption status determination section operable to continuously determine whether a respective power consumption level exceeds a reference value within a given frame, to detect a timing at which the power consumption exceeds the reference value within the given frame if the power consumption level exceeds the reference value for the given frame, and to output an over-limit timing signal at the detected timing at which the respective power consumption level exceeds the reference value; and a peak brightness control section operable to control a peak brightness of the self-luminous display device based on the over-limit timing signal.
地址 Tokyo JP