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    • 2. 发明申请
    • Use of multiple related timelines
    • 使用多个相关的时间表
    • US20060222320A1
    • 2006-10-05
    • US11098006
    • 2005-03-31
    • John BushellChristopher Flick
    • John BushellChristopher Flick
    • H04N5/93
    • H04N19/44H04N9/8042H04N19/46
    • A sequence of video images can be represented using multiple related timelines by generating a first timeline identifying a decode order associated with a sequence of video images and a second timeline identifying a display order associated with the sequence of video images, wherein the sequence of video images is comprised of one or more samples. The first and second timelines can be correlated based on an offset, which represents a time period by which decoding precedes display. The sequence of video images can then be played in accordance with the correlated first and second timelines. Additionally, the decode order in the first timeline can differ from the display order in the second timeline. A revised offset between the first and second timelines can be determined after the sequence of video images has been edited and the first and second timelines can be correlated based on the revised offset.
    • 可以通过生成标识与视频图像序列相关联的解码顺序的第一时间线和标识与视频图像序列相关联的显示顺序的第二时间线,使用多个相关时间线来表示视频图像序列,其中视频图像序列 由一个或多个样品组成。 第一和第二时间线可以基于偏移来相关,该偏移表示解码在显示之前的时间段。 然后可以根据相关的第一和第二时间线来播放视频图像的序列。 此外,第一时间线中的解码顺序可以不同于第二时间线中的显示顺序。 可以在编辑视频图像的序列之后确定第一和第二时间线之间的修正的偏移量,并且可以基于经修改的偏移来相关联的第一和第二时间线。
    • 10. 发明申请
    • GAS FLOW AND COMBUSTION CONTROL SYSTEM
    • 气体流量和燃烧控制系统
    • US20070224558A1
    • 2007-09-27
    • US11682502
    • 2007-03-06
    • Christopher FlickCorbit Beasey
    • Christopher FlickCorbit Beasey
    • F23N5/00
    • F23N5/123F23N1/002F23N5/006F23N2029/12F23N2035/12
    • A system for controlling the flow and combustion of natural gas and/or liquid propane in a ventless fireplace. The system utilizes an ODS pilot in combination with a burner, an electronic control module, a gas control valve, an igniter, and a flame rectification sensor. When the pilot is lit, an ionized flame is provided and the current of the flame rectification sensor is rectified, providing a signal to the electronic control module to maintain the delivery of gas to the pilot and main burner via the gas control valve. When the oxygen level within the fireplace falls below a predetermined level, the flame at the pilot becomes unstable and this prevents the rectification of current at the flame rectification sensor, signaling the electronic control module to cease the flow of gas the burner and pilot via the gas control valve.
    • 用于控制无气体壁炉中天然气和/或液态丙烷的流动和燃烧的系统。 该系统与燃烧器,电子控制模块,气体控制阀,点火器和火焰整流传感器结合使用ODS导向器。 当飞行员点亮时,提供电离火焰,并对火焰整流传感器的电流进行整流,向电子控制模块提供信号,以保持通过气体控制阀将气体输送到飞行员和主燃烧器。 当壁炉内的氧气含量下降到预定水平以下时,先导的火焰会变得不稳定,这样可以防止火焰整流传感器的电流整流,使得电子控制模块能够停止燃烧器和飞行员的气体流经 气体控制阀。