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    • 1. 发明授权
    • Corrugated filter arrangement with support layer and flow channels
    • 波纹过滤器布置,支撑层和流道
    • US5084178A
    • 1992-01-28
    • US323217
    • 1989-03-15
    • John D. MillerJoseph R. Swiezbin
    • John D. MillerJoseph R. Swiezbin
    • B01D29/01B01D39/18B01D39/20B01D46/52
    • B01D46/521B01D29/012B01D39/18B01D39/2024B01D46/10B01D2201/0407B01D2265/06B01D2275/10
    • The disclosure describes an arrangement which comprises a porous filter layer and a porous support layer. The porous support layer has first and second surfaces and the porous filter layer is positioned near the first surface of the porous support layer. The filter arrangement further comprises several polymeric beads disposed in parallel strips on the second surface of the porous support layer. The filter arrangement is corrugated to form pleats which extend generally perpendicular to the polymeric beads. Each pleat includes an open end, a bight end, and first and second opposing sides which extend between the open end and the bight end and include a portion within each pleat in which the opposing sides are in essentially parallel relationship. Each bead extends from the open end of the pleat along the first side to the bight end and from the bight end of the pleat along the second side to the open end. The portions of each bead which extend along the parallel portions of the opposing sides of the pleat are joined to one another.
    • 本公开描述了一种包括多孔过滤层和多孔支撑层的布置。 多孔支撑层具有第一表面和第二表面,并且多孔过滤层位于多孔支撑层的第一表面附近。 过滤器装置还包括在多孔支撑层的第二表面上平行设置的几个聚合物珠粒。 过滤器布置是波纹状的,以形成大致垂直于聚合物珠粒延伸的褶皱。 每个褶包括开口端,弯曲端以及在开口端和弯曲端之间延伸的第一和第二相对侧,并且包括在每个褶皱内的部分,其中相对侧基本上是平行的关系。 每个胎圈从皱褶的开口端沿着第一侧延伸到弯曲端,并且从皱褶的弯曲端沿着第二侧延伸到开口端。 沿着褶皱的相对侧的平行部分延伸的每个胎圈的部分彼此连接。
    • 6. 发明授权
    • Particulate removal from point of use exhaust scrubbers
    • 从使用点排气净化器去除颗粒物
    • US6099808A
    • 2000-08-08
    • US131643
    • 1993-10-05
    • John D. MillerW. Leon CooleyTim HermanRobert R. Moore
    • John D. MillerW. Leon CooleyTim HermanRobert R. Moore
    • B01D47/06B01D50/00B01D53/58B01D53/68F23J15/02B03C3/01B03C3/16
    • B01D47/06B01D50/006B01D53/58B01D53/68F23J15/025F23G2204/20F23G2209/142F23J2217/102F23J2217/103
    • A submicron filter assembly (24) is added to an exhaust gas controlled destruction and oxidation unit (10). Controlled destruction and oxidation unit (10) treats exhaust gas from at least one semiconductor wafer fabricating reactor. The submicron filter (24) filters submicron particles out of the treated exhaust gas to prevent visible plumes from forming in wafer fab exhaust systems (stacks). The controlled destruction and oxidation unit (10) and submicron filter assembly (24) are ideally suited for use at the point of generation of the exhaust gases. In one embodiment of the invention, the submicron filter assembly comprises an electrostatic filter (26). The electrostatic filter (26) includes a positively charged first grid (28) and a grounded second grid (30). The second grid may include a mist screen for removing particulate build-up. In another embodiment of the invention, the submicron filter assembly (36) comprises a mist eliminator (38) and a HEPA filter (40).
    • 将亚微米过滤器组件(24)添加到排气控制的破坏和氧化单元(10)中。 受控破坏和氧化单元(10)处理来自至少一个半导体晶片制造反应器的废气。 亚微米过滤器(24)将亚微米颗粒从经处理的废气中过滤,以防止在晶圆制造废气系统(堆叠)中形成可见的羽流。 受控的破坏和氧化单元(10)和亚微米过滤器组件(24)非常适用于在废气产生时使用。 在本发明的一个实施例中,亚微米过滤器组件包括静电过滤器(26)。 静电过滤器(26)包括带正电的第一栅极(28)和接地的第二栅极(30)。 第二格栅可以包括用于去除颗粒物积聚的雾屏。 在本发明的另一个实施例中,亚微米过滤器组件(36)包括除雾器(38)和HEPA过滤器(40)。
    • 10. 发明授权
    • Liquefaction process wherein solvents derived from the material
liquefied and containing increased concentrations of donor species are
employed
    • 液化方法,其中使用来自物质的溶剂液化并含有增加浓度的供体物质
    • US4311578A
    • 1982-01-19
    • US105798
    • 1979-12-20
    • B. T. FantJohn D. MillerD. F. Ryan
    • B. T. FantJohn D. MillerD. F. Ryan
    • C10G1/04C10G67/04C10G1/00
    • C10G1/042C10G67/0436
    • An improved process for the liquefaction of solid carbonaceous materials wherein a solvent or diluent derived from the solid carbonaceous material being liquefied is used to form a slurry of the solid carbonaceous material and wherein the solvent or diluent comprises from about 65 to about 85 wt. % hydroaromatic components. The solvent is prepared by first separating a solvent or diluent distillate fraction from the liquefaction product, subjecting this distillate fraction to hydrogenation and then extracting the naphthenic components from the hydrogenated product. The extracted naphthenic components are then dehydrogenated and hydrotreated to produce additional hydroaromatic components. These components are combined with the solvent or diluent distillate fraction. The solvent may also contain hydroaromatic constituents prepared by extracting naphthenic components from a heavy naphtha, dehydrogenating the same and then hydrotreating the dehydrogenated product. When the amount of solvent produced in this manner exceeds that required for steady state operation of the liquefaction process a portion of the solvent or diluent distillated fraction will be withdrawn as product.
    • 用于液化固体碳质材料的改进方法,其中来自固体碳质材料的溶剂或稀释剂被液化,用于形成固体碳质材料的浆料,其中溶剂或稀释剂包含约65-约85wt。 %水分子成分。 通过首先从液化产物中分离溶剂或稀释剂馏出物部分,使该馏出物馏分进行氢化,然后从氢化产物中萃取出环烷烃组分来制备溶剂。 然后将所提取的环烷组分脱氢并加氢处理以产生额外的水性芳族组分。 这些组分与溶剂或稀释剂馏出物馏分组合。 溶剂还可以含有通过从重石脑油提取环烷烃组分,使其脱氢,然后加氢处理脱氢产物而制备的油墨成分。 当以这种方式产生的溶剂的量超过液化过程的稳态操作所需的溶剂量时,溶剂或稀释剂馏出馏分的一部分将作为产物取出。