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    • 4. 发明申请
    • MONOMER RECOVERY BY RETURNING COLUMN OVERHEAD LIQUID TO THE REACTOR
    • 通过将柱顶液返回到反应器来进行单体回收
    • WO2007075615A2
    • 2007-07-05
    • PCT/US2006048323
    • 2006-12-19
    • CHEVRON PHILLIPS CHEMICAL COTAIT JOHN HMURPHY ROBERT SWATTS MICHAEL AGUPTA ANURAG
    • TAIT JOHN HMURPHY ROBERT SWATTS MICHAEL AGUPTA ANURAG
    • C08F6/00C08F10/00
    • C08F6/003B01J19/1837B01J2208/00274B01J2208/00761B01J2219/00006Y10S526/92C08L23/00
    • A polyolefin production system, comprising a polymerization reactor (such as a polyethylene loop slurry reactor) and a fractionation system that receives reactor effluent processed in a diluent/monomer recovery system for recycle to the reactor and to suppliers. A conduit diverts a portion of a reflux flow comprising monomer, such as ethylene, from within the fractionation system to the polymerization reactor, providing for less venting of monomer, such as ethylene, to the supplier. Accordingly, monomer yield is advantageously increased, as the monomer returned to the reactor displaces monomer feedstock to the reactor. The reflux flow may originate from a condensed overhead lights from a diluent recycle column disposed in the fractionation subsystem. The diluent recycle column may receive a stream comprising diluent and monomer as feed from the diluent/monomer recovery subsystem, and may receive the non-diverted portion of the reflux flow as reflux.
    • 一种聚烯烃生产系统,其包括聚合反应器(例如聚乙烯回路淤浆反应器)和分馏系统,其接收在稀释剂/单体回收系统中处理的反应器流出物,用于再循环至反应器和供应商。 导管将包含单体例如乙烯的回流的一部分从分馏系统内转移至聚合反应器,从而向供应商提供较少的单体例如乙烯的排放。 因此,单体产率有利地增加,因为返回反应器的单体将单体原料置换到反应器中。 回流可以源自设置在分馏子系统中的来自稀释剂再循环塔的冷凝顶灯。 稀释剂再循环塔可以接收包含稀释剂和单体的物流作为来自稀释剂/单体回收子系统的进料,并且可以接收回流的非转向部分作为回流。
    • 8. 发明申请
    • METHOD AND SYSTEM FOR RESOLVING CROSS-MODAL REFERENCES IN USER INPUTS
    • 用于在用户输入中解决跨模式参考的方法和系统
    • WO2006071357A2
    • 2006-07-06
    • PCT/US2005/040025
    • 2005-11-04
    • MOTOROLA, INC.GUPTA, Anurag K.ANASTOSAKOS, Tasos
    • GUPTA, Anurag K.ANASTOSAKOS, Tasos
    • G10L15/04
    • G06K9/6293G10L15/24G10L15/32
    • A method and a system for resolving cross-modal references in user inputs to a data processing system (100) are provided. The method includes generating (502) a set of multimodal interpretations (MMIs), based on the user inputs collected during a turn. The set of MMIs includes at least one reference, and each reference includes at least one reference variable. The method further includes generating (504) one or more sets of joint MMIs. Each set of joint MMIs includes MMIs of semantically compatible types. The method further includes generating (506) one or more sets of reference-resolved MMIs, by resolving the reference variables of the references contained in the sets of joint MMIs. The method further includes generating (508) an integrated MMI for each set of reference resolved MMIs. The generation of an integrated MMI is carried out by unifying the MMIs in a set of reference resolved MMIs.
    • 提供了一种用于将数据处理系统(100)的用户输入中的跨模式参考解析的方法和系统。 该方法包括基于在转弯期间收集的用户输入来生成(502)一组多模式解释(MMI)。 该组MMI包括至少一个参考,并且每个参考包括至少一个参考变量。 该方法还包括生成(504)一组或多组关节MMI。 每组联合MMI包括语义兼容类型的MMI。 该方法还包括通过解析包含在联合MMI集合中的引用的参考变量来生成(506)一组或多组参考分辨的MMI。 该方法还包括为每组参考解析的MMI生成(508)集成MMI。 通过在一组参考解析的MMI中统一MMI来实现集成MMI的生成。
    • 9. 发明申请
    • EXTERNAL APERTURING FOR DIGITAL MICROMIRROR DEVICES
    • 用于数字微型设备的外部防护
    • WO2006020445A1
    • 2006-02-23
    • PCT/US2005/027214
    • 2005-07-29
    • HEWLETT-PACKARD DEVELOPMENT COMPANY, L.P.GUPTA, AnuragHOWARD, P. Guy
    • GUPTA, AnuragHOWARD, P. Guy
    • G02B26/08
    • G02B26/0833G02B5/005
    • A digital micromirror device arrangement (200) and devices using the arrangement are disclosed. The arrangement includes a digital micromirror device (DMD) (210) having an active area (212), a cover plate (220) disposed substantially adjacent to the DMD (210) and having a thickness and a light blocking area (240) having an aperture (242) formed therein. The active area (212) is adapted to receive incoming light (260) and to reflect the incoming light (260) as outgoing light (270). The light-blocking layer (240) is offset from a plane of the active area (212) by at least the thickness of the cover plate (220) and is adapted to block light from passing therethrough. The aperture (242) is dimensioned to produce a beam of outgoing light (270) having desired dimensions.
    • 公开了一种数字微镜器件装置(200)和使用该装置的装置。 该装置包括具有有源区域(212)的数字微镜器件(DMD)(210),与DMD(210)基本相邻设置并且具有厚度和遮光区域(240)的盖板(220) 孔242形成。 有源区(212)适于接收入射光(260)并将入射光(260)反射为输出光(270)。 遮光层(240)从有效区域(212)的平面偏移至少厚度的盖板(220),并且适于阻挡光线通过。 孔(242)的尺寸设计成产生具有所需尺寸的出射光束(270)。