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    • 46. 发明申请
    • Advanced Lossless Bit Coding
    • 高级无损码编码
    • US20090256730A1
    • 2009-10-15
    • US12101823
    • 2008-04-11
    • Pankaj Patel
    • Pankaj Patel
    • H03M7/38
    • H03M7/40H03M7/4006
    • A bit coding method modifies the bit-steam information in such a way as to provide a very high compression during lossless symbol coding and may be used as a preprocessor for Huffman and arithmetic encodings or on its own. A bit rearrangement scheme (BRS) improves the run length within a data symbol set and achieves a more efficient data-to-symbol mapping. The BRS is implemented on the data symbol set in a column-by-column fashion. The BRS can be combined with any available lossless coding scheme, providing for a more efficient lossless bit coding scheme (ALBCS).
    • 比特编码方法以无损符号编码的方式修改位蒸汽信息,以提供非常高的压缩,并且可以用作霍夫曼和算术编码的预处理器。 比特重排方案(BRS)改进了数据符号集中的运行长度,并实现了更有效的数据到符号映射。 BRS是以逐列方式在数据符号集上实现的。 BRS可以与任何可用的无损编码方案组合,从而提供更有效的无损位编码方案(ALBCS)。
    • 48. 发明申请
    • Method for protection of digital rights at points of vulnerability in real time
    • 实时保护脆弱点数字权利的方法
    • US20090067625A1
    • 2009-03-12
    • US11899698
    • 2007-09-07
    • Pankaj PatelVijay Desai
    • Pankaj PatelVijay Desai
    • H04N7/167H04K1/00
    • H04L9/0656H04L2209/60
    • As transmitted digital content is vulnerable commodity, its protection from piracy is receiving significant attention. It is possible today to extract the digital content from the temporary storage during processing and also form interfaces during transfer between blocks in a receiver system. When content is processed and frames are temporarily stored in external memory, when frames are transmitted to the display through a LVDS, or other screen/panel interface, they are transmitted non-secured. When captured at these points of vulnerability, the full resolution image is available for reproduction. According to the present invention additional security protection is enabled at these points of vulnerability. The disclosed practice of randomized scrambling of bits or groups of bits at the points of vulnerability in a digital transmit-receive system prevent pirating of useable content.
    • 由于传播的数字内容是易受损害的商品,其防盗版受到重视。 今天可能在处理期间从临时存储提取数字内容,并且在接收机系统中的块之间的传输期间形成接口。 当内容被处理并且帧被临时存储在外部存储器中时,当帧通过LVDS或其他屏幕/面板接口传送到显示器时,它们被非固定地传输。 当在这些脆弱点捕获时,全分辨率图像可用于再现。 根据本发明,在这些脆弱点可以实现额外的安全保护。 在数字发射 - 接收系统中的漏洞点处所披露的比特或比特组的随机扰频的做法防止盗用可用内容。
    • 50. 发明申请
    • Cigarette package
    • 香烟包装
    • US20080099353A1
    • 2008-05-01
    • US11818948
    • 2006-10-31
    • Heather Noelle ParsonsWilliam Paul ScottPankaj PatelLaya Katina Palmer
    • Heather Noelle ParsonsWilliam Paul ScottPankaj PatelLaya Katina Palmer
    • B65D85/10B65D1/24
    • B65D77/04B65D5/0209B65D5/6602B65D5/68B65D85/1045
    • An assembled container for cigarettes possesses an outer body portion that possesses a front wall, a back wall, a right side wall and a left side wall; with each wall outer surface being vertically extending, and generally curved when viewed from the top of the container. The container also possesses an associated outer lid portion. An inner sleeve is positioned within the outer body portion and connected at opposite inner faces of that outer body portion so as to provide a central, vertically extending region whereby the front wall of the outer body portion is connected to the back wall of the outer body portion. The assembled container has the minimum depth in the central, vertically extending region; and the maximum depth being located on each side of that region. The assembled container also has a width that is greater than the maximum depth. As such, the outer container possesses two vertically extending hollow regions or compartments (e.g., one on the left side and one on the right side), and a generally cylindrical packet of smoking articles can be positioned within each respective compartment.
    • 用于香烟的组装容器具有外壳体,其具有前壁,后壁,右侧壁和左侧壁; 其中每个壁外表面垂直延伸,并且当从容器的顶部观察时,其大致弯曲。 容器还具有相关联的外盖部分。 内套筒定位在外主体部分内并连接在该外主体部分的相对的内表面处,以便提供中心的垂直延伸区域,由此外主体部分的前壁连接到外体的后壁 一部分。 组装后的容器在中央垂直延伸的区域具有最小的深度; 并且最大深度位于该区域的每一侧。 组装的容器也具有大于最大深度的宽度。 因此,外部容器具有两个垂直延伸的中空区域或隔室(例如,左侧一个,右侧一个),并且大致圆柱形的吸烟物品包装可以位于每个相应隔间内。