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    • 46. 发明授权
    • Method, system, and graphical user interface for dynamically updating transmission characteristics in a web mail reply
    • 用于在网络邮件回复中动态更新传输特性的方法,系统和图形用户界面
    • US07315880B2
    • 2008-01-01
    • US11522549
    • 2006-09-13
    • Bay-Wei ChangJing Yee LimSanjeev Singh
    • Bay-Wei ChangJing Yee LimSanjeev Singh
    • G06F15/16
    • G06F3/048G06Q10/10G06Q10/107H04L51/00
    • In one embodiment, a graphical user interface includes a web mail reply form with one or more address fields; an input area for inputting a reply message; and a plurality of response options selectable by a user. In response to selection of a reply response option by the user, one or more of the address fields in the reply form are changed while maintaining the reply message in the input area. In response to selection of a reply-to-all response option by the user, one or more of the address fields in the reply form are changed while maintaining the reply message in the input area. In response to selection of a forward response option by the user, one or more of the address fields in the reply form are changed while maintaining the reply message in the input area.
    • 在一个实施例中,图形用户界面包括具有一个或多个地址字段的网络邮件回复表单; 用于输入回复消息的输入区域; 以及由用户选择的多个响应选项。 响应于用户对答复响应选项的选择,响应形式中的一个或多个地址字段被改变,同时在输入区域中保持回复消息。 响应于用户选择了一个应答全部响应选项,响应表单中的一个或多个地址字段被改变,同时在输入区域中保持回复消息。 响应于用户选择转发响应选项,响应形式中的一个或多个地址字段被改变,同时在输入区域中保持回复消息。
    • 49. 发明申请
    • Persistent user interface for providing navigational functionality
    • 用于提供导航功能的持久用户界面
    • US20050097089A1
    • 2005-05-05
    • US10702120
    • 2003-11-05
    • Tom NielsenSanjeev SinghJoe Sriver
    • Tom NielsenSanjeev SinghJoe Sriver
    • G06F20060101G06F17/30
    • G06F16/9032
    • A method and apparatus, including a graphical user interface, for allowing quick processing of queries, including display of results, without requiring opening of a traditional browser program application window. Queries may be input and processed directly from a persistent or otherwise on-demand query input area, without the need to open a browser or other program separately for entering/processing a query, navigating to a search engine or particular document, etc. A number of query types may be supported by the user interface of the present invention, such that depending on a particular query type selected for/indicated by a query, a particular information retrieval mechanism processes the query to obtain one or more results. A on-demand result window is generated in response to a query request to output one or more results obtained in response to a given query, and optionally is hidden when a user accesses other windows, functionality, etc.—i.e., when the result window loses focus.
    • 一种包括图形用户界面的方法和装置,用于允许快速处理查询,包括显示结果,而不需要打开传统的浏览器程序应用程序窗口。 查询可以直接从持久性或其他按需查询输入区输入和处理,而不需要单独打开浏览器或其他程序来输入/处理查询,导航到搜索引擎或特定文档等。数字 的查询类型可以由本发明的用户界面支持,使得根据由查询选择/指定的特定查询类型,特定信息检索机制处理查询以获得一个或多个结果。 响应于查询请求生成响应于给定查询而获得的一个或多个结果的按需结果窗口,并且当用户访问其他窗口,功能等时,可选地隐藏按需结果窗口,即,当结果窗口 失去焦点
    • 50. 发明授权
    • Fluidized catalytic cracking process
    • 流化催化裂化工艺
    • US06656344B1
    • 2003-12-02
    • US09657813
    • 2000-09-08
    • Marri Rama RaoVutukuru Lakshmi Narasimha MurthySanjeev SinghAsit Kumar DasSobhan GhechDebasis BhattacharyyaSansh MakhijaSukumar Mandal
    • Marri Rama RaoVutukuru Lakshmi Narasimha MurthySanjeev SinghAsit Kumar DasSobhan GhechDebasis BhattacharyyaSansh MakhijaSukumar Mandal
    • C10G1100
    • C10G55/06C10G11/05C10G11/18
    • A sequential processing for heavy petroleum residues is disclosed which uses a separate mixture of catalyst and adsorbent. The solid adsorbent and FCC (fluids catalytic cracking) catalyst particles differ significant at least on particle size or density or both. The adsorbent preferably consist of calcined coke or metal oxides of Al, Si, or Mg having enhanced ability of selectively capture different impurities of the residual oil. The adsorbent particles first treat the residual hydrocarbons in the riser bottom end subsequently the actual catalyst tales care of catalytic cracking in the upper section of the riser. The spent solid mixture is fed to the catalyst separator which uses steam at sufficiently high velocity but at lower temperature to lift the catalyst particles out of the separator. Such a novel low temperature faster separation minimizes Vanadium mobility and deactivation of the catalyst. A net coke stream is withdrawn from the separator/burner especially while processing residues above 5 wt % CCR. This allows successful processing of even very heavy residues with CCR of 20 wt % and metals (vanadium & nickel) or 300 ppm, without requiring higher catalyst make up or catalyst and edsorbent cooling.
    • 公开了重质石油残渣的连续处理,其使用催化剂和吸附剂的单独混合物。 固体吸附剂和FCC(流体催化裂化)催化剂颗粒至少在颗粒尺寸或密度上均有显着差异,或两者均不同。 吸附剂优选由具有增强的选择性捕获残余油杂质的能力的Al,Si或Mg的煅烧焦炭或金属氧化物组成。 吸附剂颗粒首先处理提升管底端中的残余烃,随后实际的催化剂在提升管的上部处理催化裂化。 将废弃的固体混合物加入催化剂分离器中,催化剂分离器以足够高的速度使用蒸汽,但是在较低的温度下将催化剂颗粒提升出分离器。 这种新颖的低温更快的分离使钒的迁移率和催化剂的失活最小化。 特别是在处理高于5wt%CCR的残留物时,将净焦炭流从分离器/燃烧器中排出。 这样可以成功地处理甚至非常重的残留物,CCR为20wt%,金属(钒和镍)或300ppm,而不需要较高的催化剂组成或催化剂和吸附剂冷却。