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    • 21. 发明授权
    • Production of propylene from steam cracking of hydrocarbons, particularly ethane
    • 从烃类特别是乙烷的蒸汽裂解生产丙烯
    • US07525007B2
    • 2009-04-28
    • US11703498
    • 2007-02-07
    • Charles Sumner
    • Charles Sumner
    • C07C6/02
    • C10G9/06C07C6/04C07C11/06Y02P30/44
    • An ethane or other hydrocarbon feedstock is steam cracked to produce an ethylene stream which is processed in an ethylene plant recovery section to separate an ethane recycle and a polymer grade or chemical grade ethylene product stream. A portion of the ethylene product stream may then be reacted by dimerization to produce a butene stream. These formed butenes and/or butenes recovered from other sources and another portion of the ethylene product stream are reacted by metathesis to produce a propylene stream which is deethanized and separated from heavier hydrocarbons to produce the propylene product. The butene product stream may also be deethanized and is separated from heavier hydrocarbons. The overhead from the metathesis section deethanizer may be recycled to the ethylene plant recovery section. The reflux for the metathesis section deethanizer may be generated from the overhead or may be a portion of the ethylene product stream.
    • 乙烷或其他烃原料蒸汽裂化以产生乙烯料流,其在乙烯装置回收段中加工以分离乙烷再循环和聚合物级或化学级乙烯产物流。 然后可以通过二聚反应将一部分乙烯产物流反应以产生丁烯流。 从其他来源回收的这些形成的丁烯和/或丁烯和乙烯产物流的另一部分通过复分解反应以产生丙烯料流,该丙烯料流与较重的烃脱乙基化并分离以产生丙烯产物。 丁烯产物流也可以脱乙烷并与较重的烃分离。 来自复分解段脱乙烷器的塔顶馏出物可以再循环到乙烯装置回收部分。 复分解段脱乙烷器的回流可以从塔顶产生,也可以是乙烯产物流的一部分。
    • 24. 发明授权
    • Method for incorporating multiple cursors in a speech recognition system
    • 在语音识别系统中并入多个光标的方法
    • US06963840B2
    • 2005-11-08
    • US09760279
    • 2001-01-12
    • Charles Sumner
    • Charles Sumner
    • G10L15/22G10L21/00
    • G10L15/22
    • In a speech recognition system, a method for using multiple cursors for dictation and correction of text can include a series of steps. The steps can include detecting whether a correction marker has been included within a body of text and searching for a user specified portion of text to be corrected within the body of text. The method further can include selecting the user specified portion of text and substituting an alternate user specified portion of text for the user specified portion of text within the body of text. The step of locating the correction marker within the body of text at a location defined by the alternate user specified portion of text further can be included. Additionally, the method can include the step of relocating an insertion cursor to the end of the body of text.
    • 在语音识别系统中,用于使用多个光标来进行语音和校正的方法可以包括一系列步骤。 这些步骤可以包括检测校正标记是否已被包括在文本主体内并且在文本正文内搜索用户指定的待校正文本的部分。 该方法还可以包括选择用户指定的部分文本,并将文本的替代用户指定的部分替换为文本正文内的用户指定部分的文本。 可以包括将校正标记物定位在文本本体内的步骤,该校正标记在由替代用户指定的文本部分定义的位置进一步定位。 此外,该方法可以包括将插入光标重定位到文本正文的末尾的步骤。
    • 25. 发明申请
    • Production of propylene from steam cracking of hydrocarbons, particularly ethane
    • 从烃类特别是乙烷的蒸汽裂解生产丙烯
    • US20050107650A1
    • 2005-05-19
    • US10716232
    • 2003-11-18
    • Charles Sumner
    • Charles Sumner
    • C07C2/06C07C6/04C07C11/04C07C11/06C10G9/06C07C2/00
    • C10G9/06C07C6/04C07C11/06Y02P30/44
    • An ethane or other hydrocarbon feedstock is steam cracked to produce an ethylene stream which is processed in an ethylene plant recovery section to separate an ethane recycle and a polymer grade or chemical grade ethylene product stream. A portion of the ethylene product stream may then be reacted by dimerization to produce a butene stream. These formed butenes and/or butenes recovered from other sources and another portion of the ethylene product stream are reacted by metathesis to produce a propylene stream which is deethanized and separated from heavier hydrocarbons to produce the propylene product. The butene product stream may also be deethanized and is separated from heavier hydrocarbons. The overhead from the metathesis section deethanizer may be recycled to the ethylene plant recovery section. The reflux for the metathesis section deethanizer may be generated from the overhead or may be a portion of the ethylene product stream.
    • 乙烷或其他烃原料蒸汽裂化以产生乙烯料流,其在乙烯装置回收段中加工以分离乙烷再循环和聚合物级或化学级乙烯产物流。 然后可以通过二聚反应将一部分乙烯产物流反应以产生丁烯流。 从其他来源回收的这些形成的丁烯和/或丁烯和乙烯产物流的另一部分通过复分解反应以产生丙烯料流,该丙烯料流与较重的烃脱甲基并分离以产生丙烯产物。 丁烯产物流也可以脱乙烷并与较重的烃分离。 来自复分解段脱乙烷器的塔顶馏出物可以再循环到乙烯装置回收部分。 复分解段脱乙烷器的回流可以从塔顶产生,也可以是乙烯产物流的一部分。
    • 29. 发明授权
    • Production of propylene from steam cracking of hydrocarbons, particularly ethane
    • 从烃类特别是乙烷的蒸汽裂解生产丙烯
    • US07223895B2
    • 2007-05-29
    • US10716232
    • 2003-11-18
    • Charles Sumner
    • Charles Sumner
    • C07C6/02
    • C10G9/06C07C6/04C07C11/06Y02P30/44
    • An ethane or other hydrocarbon feedstock is steam cracked to produce an ethylene stream which is processed in an ethylene plant recovery section to separate an ethane recycle and a polymer grade or chemical grade ethylene product stream. A portion of the ethylene product stream may then be reacted by dimerization to produce a butene stream. These formed butenes and/or butenes recovered from other sources and another portion of the ethylene product stream are reacted by metathesis to produce a propylene stream which is deethanized and separated from heavier hydrocarbons to produce the propylene product. The butene product stream may also be deethanized and is separated from heavier hydrocarbons. The overhead from the metathesis section deethanizer may be recycled to the ethylene plant recovery section. The reflux for the metathesis section deethanizer may be generated from the overhead or may be a portion of the ethylene product stream.
    • 乙烷或其他烃原料蒸汽裂化以产生乙烯料流,其在乙烯装置回收段中加工以分离乙烷再循环和聚合物级或化学级乙烯产物流。 然后可以通过二聚反应将一部分乙烯产物流反应以产生丁烯流。 从其他来源回收的这些形成的丁烯和/或丁烯和乙烯产物流的另一部分通过复分解反应以产生丙烯料流,该丙烯料流与较重的烃脱乙基化并分离以产生丙烯产物。 丁烯产物流也可以脱乙烷并与较重的烃分离。 来自复分解段脱乙烷器的塔顶馏出物可以再循环到乙烯装置回收部分。 复分解段脱乙烷器的回流可以从塔顶产生,也可以是乙烯产物流的一部分。
    • 30. 发明申请
    • Method and system for automatic generation and testing of voice applications
    • 自动生成和测试语音应用的方法和系统
    • US20070003037A1
    • 2007-01-04
    • US11170120
    • 2005-06-29
    • Ciprian AgapiMichael MirtCharles Sumner
    • Ciprian AgapiMichael MirtCharles Sumner
    • H04M1/56
    • H04M3/323H04M3/493H04Q1/45
    • A method (100) and system (30) to enable automatic generation and testing of voice applications includes generating (102) a test driver application (TDA) (32) and generating (104) a modified original voice application (34) to be tested by the TDA within a call flow builder (10). The modified application can include or generate (106) “test hooks” or more particularly DTMF tones and DTMF grammars that can be used to synchronize the modified original voice application with the TDA. The TDA can test (110) all possible paths of the modified original voice application. Note the TDA and the modified original voice application can be generated and/or tested (112) in a test environment within the call flow builder or a telephony environment. The TDA can be automatically generated (108) to exercise all possible flows where the DTMF tones define the current state and location of the modified application.
    • 实现语音应用的自动生成和测试的方法(100)和系统(30)包括生成(102)测试驱动器应用(TDA)(32)并生成(104)待测试的修改的原始语音应用(34) 由TDA在呼叫流程构建器(10)内。 经修改的应用程序可以包括或生成(106)“测试挂钩”,或更具体地可以用于将修改的原始语音应用与TDA同步的DTMF音和DTMF语法。 TDA可以测试(110)修改的原始语音应用程序的所有可能路径。 请注意,TDA和修改的原始语音应用程序可以在呼叫流程构建器或电话环境中的测试环境中生成和/或测试(112)。 TDA可以被自动生成(108)来运行所有可能的流,其中DTMF音定义了修改后的应用的当前状态和位置。