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    • 2. 发明授权
    • Apparatus and method for changing theme of application in portable terminal
    • 用于改变便携式终端应用主题的装置和方法
    • US09411561B2
    • 2016-08-09
    • US13556798
    • 2012-07-24
    • Jae-Min LeeJang-Hyun YoonKi-Bong ChoiJi-Hyun KimHyun-Suk Oh
    • Jae-Min LeeJang-Hyun YoonKi-Bong ChoiJi-Hyun KimHyun-Suk Oh
    • G06F17/00G06F9/44
    • G06F8/38G06F9/451
    • An apparatus and a method for changing a theme form of an application to conform the user experience to a web application or a native application in a portable terminal. The apparatus for changing the application theme in the portable terminal may comprise a controlling unit for changing an application theme into an application theme of a different device type, a displaying unit for outputting a change process of the application theme and the application to which the changed theme is applied, an inputting unit for generating a change request of the application theme and a theme application managing unit for converting theme data, obtained from compiled data of an application, through an inverse-compiling process, to data suitable for the theme form of a second application.
    • 一种用于改变应用程序的主题形式以将用户体验符合到便携式终端中的web应用或本机应用的装置和方法。 用于改变便携式终端中的应用主题的装置可以包括用于将应用主题改变为不同设备类型的应用主题的控制单元,用于输出应用主题的改变过程的显示单元和改变的应用主题的应用 主题应用,用于生成应用主题的改变请求的输入单元和用于将从应用的编译数据获得的主题数据通过逆向编译处理转换为主题形式的数据的主题应用管理单元 第二个应用程序。
    • 6. 发明授权
    • Trellis encoder and trellis encoding device having the same
    • 网格编码器和网格编码设备具有相同的效果
    • US08806311B2
    • 2014-08-12
    • US13181154
    • 2011-07-12
    • Eui-jun ParkJung-jin KimSeok-hyun YoonKyo-shin ChooKeon-yong Seok
    • Eui-jun ParkJung-jin KimSeok-hyun YoonKyo-shin ChooKeon-yong Seok
    • H03M13/03
    • H04L1/004H03M13/235H04N21/2383
    • A trellis encoding device includes a plurality of trellis encoders to perform trellis-encoding of a transport stream into which a supplementary reference signal (SRS) has been inserted, and performs a memory reset in a region that precedes an SRS; and a parity compensation unit to compensate for parities of the transport stream in accordance with values stored in memories included in the trellis encoders. The plurality of trellis encoders may be implemented in diverse types. The trellis encoding device can perform a memory reset selectively using the stored value of the memory and the inverted value thereof, or selectively using the stored value of the memory and a fixed value. By properly resetting the memory in processing the transport stream into which the SRS has been inserted, DC offset can be reduced.
    • 网格编码装置包括多个网格编码器,用于对已经插入补充参考信号(SRS)的传输流进行网格编码,并且在SRS之前的区域中执行存储器复位; 以及奇偶补偿单元,用于根据存储在包括在网格编码器中的存储器中的值来补偿传输流的奇偶校验。 多个网格编码器可以以不同类型实现。 网格编码装置可以使用存储器的存储值和其反相值有选择地执行存储器复位,或者选择性地使用存储器的存储值和固定值。 通过在处理已经插入SRS的传输流中适当地重置存储器,可以减小DC偏移。
    • 9. 发明授权
    • Carbon aerogels for supercapacitors and method of manufacturing the same
    • 超级电容器的碳气凝胶及其制造方法
    • US08480930B2
    • 2013-07-09
    • US12740606
    • 2008-10-09
    • Dong Jin SuhTae Jin ParkYoung-Woong SuhYoung Hyun YoonHyun-Joong Kim
    • Dong Jin SuhTae Jin ParkYoung-Woong SuhYoung Hyun YoonHyun-Joong Kim
    • H01B1/04
    • H01G11/32B01J13/0091C01B32/05C04B35/524C04B35/62655C04B38/00H01G11/34Y02E60/13Y02P20/124C04B35/52
    • A method for preparing carbon aerogels and carbon aerogels obtained therefrom are disclosed. The method for preparing carbon aerogels comprises: mixing organic starting materials including phloroglucinol and furfural with a solvent capable of dissolving the organic materials in a predetermined ratio to form a sol solution; adjusting pH of the sol solution adequately by using an acidic or basic catalyst, gelling the sol solution at room temperature under atmospheric pressure, and aging the resultant gels; substituting the solvent in thus obtained gels with liquid carbon dioxide, followed by drying in a supercritical state, to form organic aerogels; and pyrolyzing the organic aerogels in an electric furnace under inert atmosphere to obtain carbon aerogels. Particularly, the gels are formed at room temperature in a short period of time by adequately adjusting pH of the sol solution. Therefore, the method provides improved time efficiency and energy efficiency as compared to existing methods for preparing gels. Additionally, the method allows supercritical drying while avoiding a need for an additional solvent substitution, thereby simplifying the overall process. Further, the method enables preparation of carbon aerogels for supercapacitors having a high specific surface area and high capacitance even in the absence of additional activation step.
    • 公开了制备碳气凝胶和碳气凝胶的方法。 制备碳气凝胶的方法包括:将含有间苯三酚和糠醛的有机原料与能够以有规定比例溶解有机物质的溶剂混合形成溶胶溶液; 通过使用酸性或碱性催化剂充分调节溶胶溶液的pH,在室温下在大气压下胶凝溶胶溶液,并使所得凝胶老化; 用液态二氧化碳代替所得凝胶中的溶剂,然后以超临界状态干燥,形成有机气凝胶; 并在惰性气氛下在电炉中热解有机气凝胶,得到碳气凝胶。 特别地,通过充分调节溶胶溶液的pH,在室温下在短时间内形成凝胶。 因此,与用于制备凝胶的现有方法相比,该方法提供了改进的时间效率和能量效率。 此外,该方法允许超临界干燥,同时避免需要另外的溶剂置换,从而简化了整个过程。 此外,即使在没有额外的活化步骤的情况下,该方法也可以制备具有高比表面积和高电容的超级电容器的碳气凝胶。