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    • 4. 发明申请
    • Method and apparatus for treating particulate-shaped material, in particular for mixing, drying, graduating, pelletizing and/or coating the material
    • 用于处理颗粒状材料的方法和设备,特别是用于混合,干燥,分级,造粒和/或涂覆材料
    • US20050145728A1
    • 2005-07-07
    • US10816642
    • 2004-04-02
    • Herbert Huttlin
    • Herbert Huttlin
    • B01F3/12B01F13/02B01J2/16B01J8/30B01J8/38B01J8/44F26B3/092B02C19/06
    • B01J8/386B01F13/0233B01F2003/1264B01J2/16B01J8/30B01J8/44B01J2219/1942F26B3/0926
    • An apparatus for treating a particulate material, in particular for mixing, drying, granulating, pelletizing and/or coating the material, has a container which has a process chamber arranged around a longitudinal mid-axis of the container and formed as an annular chamber, and also a container central duct, separated from the process chamber, as a flow duct for process air, which duct opens into the lower region of the process chamber, an upper region of the process chamber being open. In at least one first operating state, the upper open region of the process chamber communicates with the container central duct so as to conduct process air, by the container central duct widening circumferentially towards the upper region of the process chamber and opening towards the process chamber. In a method for treating particulate material, the material is put into the container, and process air is introduced from the container central duct into the lower region of the process chamber and flows upwards in the process chamber in order to move the material in the process chamber. The process air emerges from the process chamber again from the upper region of the latter, the process air, at least in a first treatment phase, after emerging from the upper region of the process chamber, being led at least partly into the container central duct in a continued circulation-type flow and there being led downwards again, where it is introduced into the process chamber once more.
    • 用于处理颗粒材料的装置,特别是用于混合,干燥,造粒,造粒和/或涂覆材料的装置具有容器,该容器具有围绕容器的纵向中轴线布置并形成为环形室的处理室, 以及与处理室分离的作为处理空气的流动管道的容器中心管道,该管道通向处理室的下部区域,处理室的上部区域是打开的。 在至少一个第一操作状态中,处理室的上开口区域与容器中心管道连通,以便通过容器中心管道沿着周向朝向处理室的上部区域加宽并且朝向处理室 。 在处理颗粒材料的方法中,将材料放入容器中,并且将处理空气从容器中心管道引入处理室的下部区域,并在处理室中向上流动,以便在该过程中移动材料 房间。 处理空气再次从处理室从后部的上部区域出来,至少在第一处理阶段中从处理室的上部区域出来的处理空气至少部分地被引导到容器中心管道 在持续的循环型流动中,并且再次向下引导,其再次被引入处理室。
    • 5. 发明授权
    • Reactor configuration for a liquid gasification process
    • 液化气化过程的反应器配置
    • US6113865A
    • 2000-09-05
    • US244602
    • 1999-02-04
    • Wilbur A. DammannW. David Wallman
    • Wilbur A. DammannW. David Wallman
    • B01J19/08B01J19/12C01B3/34
    • C01B3/342B01J19/088B01J19/123B01J19/127B01J2219/0839B01J2219/0884B01J2219/1942C01B2203/0861
    • The reactor configuration for a liquid gasification process includes an apparatus for liquid gasification such as that described in U.S. Pat. No. 5,159,900. Included in the apparatus for liquid gasification are a reaction chamber at least partially filled with liquid, a pair of electrodes, and means for creating an electrical arc between the electrodes. When the electrical arc is struck, carbon in the reaction chamber is ionized and vaporized while energy is dissipated in the form of high intensity light radiation. Electrons pass though the vaporized carbon, causing the carbon vapor to oxidize or burn releasing COH.sub.2 gas. The displacement of oxygen in the liquid by forced rapid oxidation is an endothermic reaction. The electrodes are spaced-apart so that the arc is located generally in the center of the reaction chamber. The interior of the reaction chamber is generally spherical in shape and is light reflective, so as to prevent dissipation of light energy. Optionally, the reaction chamber is pressurized to further enhance the efficiency of the reaction.
    • 用于液化气化过程的反应器构造包括用于液化气化的装置,例如美国专利No. 5,159,900。 用于液化气化的装置包括至少部分填充有液体的反应室,一对电极和用于在电极之间产生电弧的装置。 当电弧被撞击时,反应室中的碳被电离并蒸发,同时能量以高强度光辐射的形式消散。 电子通过蒸发的碳,导致碳蒸气氧化或燃烧释放COH2气体。 通过强制快速氧化在液体中排出的氧是吸热反应。 电极间隔开,使得电弧通常位于反应室的中心。 反应室的内部通常是球形的并且是光反射的,以便防止光能的消散。 任选地,反应室被加压以进一步提高反应的效率。
    • 8. 发明授权
    • Process for the production of ethylene and mixture containing ethylene
    • 用于生产乙烯和含乙烯混合物的方法
    • US5705728A
    • 1998-01-06
    • US388175
    • 1995-02-10
    • Krishnan ViswanathanHang-Chang Bobby ChenSidney W. Benson
    • Krishnan ViswanathanHang-Chang Bobby ChenSidney W. Benson
    • C07B35/04C07B39/00C07C1/30C07C5/327C07C5/44C07C11/04C07C17/06C07C17/10C07C17/156C07C17/25C07C21/06C07C5/00C07C17/00
    • C07C5/44C07C17/10B01J2219/1942
    • The present invention provides an efficient process for the production of ethylene or a mixture of ethylene and vinyl chloride, in which some 1,2-dichloroethane (EDC) may also be produced, by reacting chlorine with ethane. The process is characterized by a conversion of ethane per pass through the reactor of at least about 50%, and a combined molar yield of ethylene and vinyl chloride of at least about 80% based on the ethane consumed. In accordance with this invention, there is provided a process for preparing ethylene or a mixture of ethylene and vinyl chloride by the reaction of ethane and chlorine which comprises: (a) providing a stream of ethane feed gas and a stream of chlorine feed gas; (b) preheating either said ethane stream only or both said ethane and chlorine streams; (c) thoroughly mixing said ethane and chlorine feed gases within about one second and at a molar ratio of ethane to chlorine of at least about 0.9:1.0; (d) said preheating being sufficient to enable the resultant mixture to have a temperature above the free radical formation temperature for chlorine; and (e) permitting said ethane and chlorine in said mixture to react so that the reacted mixture has a temperature between about 600.degree. C. and 800.degree. C.; whereby the combined molar yield of ethylene and vinyl chloride is at least about 80 percent of the ethane reacted.
    • 本发明提供了生产乙烯或乙烯和氯乙烯的混合物的有效方法,其中也可以通过使氯与乙烷反应来制备一些1,2-二氯乙烷(EDC)。 该方法的特征在于每次穿过反应器的乙烷转化率为至少约50%,并且基于消耗的乙烷,乙烯和氯乙烯的组合摩尔产率为至少约80%。 根据本发明,提供了通过乙烷和氯的反应制备乙烯或乙烯和氯乙烯的混合物的方法,其包括:(a)提供乙烷进料气体流和氯气进料气流; (b)仅将所述乙烷流或所述乙烷和氯气流预热; (c)将所述乙烷和氯气进料气体在约1秒钟内以至少约0.9:1.0的乙烷与氯气的摩尔比充分混合; (d)所述预热足以使得到的混合物具有高于氯的自由基形成温度的温度; 和(e)允许所述混合物中的所述乙烷和氯反应,使得反应的混合物的温度在约600℃至800℃之间; 由此乙烯和氯乙烯的组合摩尔产率是反应的乙烷的至少约80%。
    • 9. 发明授权
    • Method and laser system for the thermal analysis of a substance
    • 用于物质热分析的方法和激光系统
    • US5558790A
    • 1996-09-24
    • US196491
    • 1994-02-15
    • Ashot Nazarian
    • Ashot Nazarian
    • G01N25/48B23K26/00G01N25/18G01N25/20
    • G01N25/4826B01J2219/1942
    • Provided is a method and apparatus for the thermal analysis of a substance. The method comprises suspending a substance sample on a substrate in a reactor using a temperature sensor positioned at the center of the reactor. The reactor is then heated by two laser beams focused on the reactor. The resulting temperature dependence of the sample/substance during heating is measured. Additionally, the sample/substrate is heated to a temperature above the reactor temperature with a third laser beam. The rate at which the sample/substance temperature relaxes to the temperature of the reactor is measured. This additional heating of the sample/substance is preferably achieved by a laser focused on the sample/substance itself. All of the measured information can then be fed into a computer through an electronic interface to provide data on the particular substance undergoing thermal analysis. The method and the system used to effect the practice of the method can be used to study samples of various substances to aid in the design and process control of manufacturing processes through integration with a neural network. The method has also been demonstrated to provide data necessary to optimize the burning of high sulfur fuel oils. The present invention is particularly applicable to aiding in the analysis and design of thermal processes used to destroy hazardous chemicals in waste materials.
    • 本发明提供一种物质的热分析方法和装置。 该方法包括使用位于反应器中心的温度传感器将物质样品悬浮在反应器中的基底上。 然后通过聚焦在反应器上的两个激光束将反应器加热。 测量加热过程中样品/物质的温度依赖性。 另外,用第三激光束将样品/衬底加热到​​高于反应器温度的温度。 测量样品/物质温度放松到反应器温度的速率。 样品/物质的附加加热优选通过聚焦在样品/物质本身上的激光来实现。 然后,所有测量的信息可以通过电子接口输入到计算机中,以提供经历热分析的特定物质的数据。 用于实施该方法的方法和系统可用于研究各种物质的样品,以通过与神经网络集成来帮助制造过程的设计和过程控制。 该方法也已被证明提供了优化高硫燃料油燃烧所需的数据。 本发明特别适用于有助于分析和设计用于破坏废料中危险化学物质的热处理。