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    • 61. 发明申请
    • Aquatic sink for carbon dioxide emissions with biomass fuel production
    • 用生物质燃料生产的二氧化碳排放的水槽
    • US20080250780A1
    • 2008-10-16
    • US11786932
    • 2007-04-13
    • Howard A. Fromson
    • Howard A. Fromson
    • F23J15/04C12P1/00
    • F23J15/006C12P5/023F23J2215/50Y02E50/343
    • Carbon dioxide emissions from a hydrocarbon combustor are discharged into a large aquatic body, which acts as a CO2 sink. The aquatic capture of the CO2 prevents that CO2 from entering the atmosphere. In addition, the captured CO2 participates in a photosynthesis process for growing a plant bloom which can be harvested, and converted into a fuel for reuse in the combustion unit. The combustion in fossil fueled power plants yields two products: the thermal energy for power, and waste CO2, which can be a raw material for growing an aquatic biomass. When the exhaust gases are discharged to the atmosphere, this raw material is lost, but by capturing this raw material in a highly efficient manner it can be converted to a usable form. An additional benefit of this efficient capture is that the adverse environmental effects of CO2 emissions into the atmosphere are avoided.
    • 来自碳氢化合物燃烧器的二氧化碳排放物排放到作为CO 2水槽的大型水体中。 CO 2水的捕获可防止CO 2进入大气。 此外,捕获的CO 2参与光合作用过程,用于生长可以收获的植物花期,并转化成燃料以在燃烧单元中重新使用。 化石燃料发电厂的燃烧产生了两种产品:电力热能和废物CO 2,这可以作为生长水生生物质的原料。 当废气排放到大气中时,该原料丢失,但是通过以高效的方式捕获该原料,可以将其转化成可用的形式。 这种有效捕获的另一个好处是避免了CO 2排放到大气中的不利环境影响。
    • 62. 发明授权
    • Imaging a lithographic printing plate
    • 成像平版印刷版
    • US06283030B1
    • 2001-09-04
    • US09484932
    • 2000-01-18
    • Howard A. FromsonRobert F. GraciaSteven A. Rubin
    • Howard A. FromsonRobert F. GraciaSteven A. Rubin
    • B41C110
    • B41C1/1066B41C1/1008B41C2210/04B41C2210/16B41M5/368G03F7/0752
    • A substrate is coated with a first material which is soluble in a first solvent, whereupon a second material which is strongly adherent to the first material and insoluble in the first solvent is selectively applied by an ink jet printer. The substrate is then developed in the first solvent to establish the image. In a preferred embodiment the substrate is hydrophilic, the first material is a negative working photosensitive material, and the second material is a transparent adhesive, which permits curing the first material by exposure to actinic light after the development step. The adhesive is then removed. In an embodiment directed to a waterless plate the substrate includes a surface coating of silicone, and the first material is a primer which promotes adhesion of a second material in the form of an oleophilic adhesive which is selectively applied. The primer is then developed to expose the silicone on the non-image areas. The ink carrying image areas are formed by the adhesive, which in this embodiment is not removed.
    • 基材涂覆有可溶于第一溶剂的第一材料,于是通过喷墨打印机选择性地施加与第一材料强烈粘附并且不溶于第一溶剂的第二材料。 然后将基底在第一溶剂中显影以建立图像。 在优选的实施方案中,基底是亲水的,第一种材料是负性感光材料,第二种材料是透明粘合剂,其允许在显影步骤后暴露于光化光下固化第一种材料。 然后去除粘合剂。 在针对无水板的实施例中,基底包括硅树脂的表面涂层,并且第一材料是促进被选择性施加的亲油性粘合剂形式的第二材料的粘附的底漆。 然后开发底漆以在非图像区域上暴露硅树脂。 载墨图像区域由粘合剂形成,该粘合剂在该实施例中不被去除。
    • 63. 发明授权
    • Method for selectively imaging a lithographic printing plate
    • 用于对平版印刷版进行选择性成像的方法
    • US5750314A
    • 1998-05-12
    • US567690
    • 1995-12-05
    • Howard A. FromsonRobert F. GraciaSteven A. Rubin
    • Howard A. FromsonRobert F. GraciaSteven A. Rubin
    • G03F7/11B05D5/04B41C1/10B41M5/36B41N1/14G03F1/00G03F1/68G03F7/00G03F7/075
    • B41C1/1066B41C1/1008B41C2210/04B41C2210/16B41M5/368G03F7/0752
    • A substrate is coated with a first material which is soluble in a first solvent, whereupon a second material which is strongly adherent to the first material and insoluble in the first solvent is selectively applied by an ink jet printer. The substrate is then developed in the first solvent to establish the image. In a preferred embodiment the substrate is hydrophilic, the first material is a negative working photosensitive material, and the second material is a transparent adhesive, which permits curing the first material by exposure to actinic light after the development step. The adhesive is then removed. In an embodiment directed to a waterless plate the substrate includes a surface coating of silicone, and the first material is a primer which promotes adhesion of a second material in the form of an oleophilic adhesive which is selectively applied. The primer is then developed to expose the silicone on the non-image areas. The ink carrying image areas are formed by the adhesive, which in this embodiment is not removed.
    • 基材涂覆有可溶于第一溶剂的第一材料,于是通过喷墨打印机选择性地施加与第一材料强烈粘附并且不溶于第一溶剂的第二材料。 然后将基底在第一溶剂中显影以建立图像。 在优选的实施方案中,基底是亲水的,第一种材料是负性感光材料,第二种材料是透明粘合剂,其允许在显影步骤后暴露于光化光下固化第一种材料。 然后去除粘合剂。 在针对无水板的实施例中,基底包括硅树脂的表面涂层,并且第一材料是促进被选择性施加的亲油性粘合剂形式的第二材料的粘附的底漆。 然后开发底漆以在非图像区域上暴露硅树脂。 载墨图像区域由粘合剂形成,该粘合剂在该实施例中不被去除。
    • 67. 发明授权
    • Process for making lithographic printing plate
    • 平版印刷版制作工艺
    • US4414315A
    • 1983-11-08
    • US274342
    • 1981-06-17
    • Robert F. GraciaHoward A. Fromson
    • Robert F. GraciaHoward A. Fromson
    • G03F7/016G03F7/38G03F7/20G03F7/08
    • G03F7/38G03F7/016
    • Process for making a lithographic printing plate having an oleophilic amplified image prepared by(a) providing a silicated aluminum substrate with a hydrophilic, anionic, negatively charged surface and a layer on said surface of a light sensitive, cationic, positively charged, water soluble diazonium material having at least two reactive sites per molecule, each reactive site being capable of being chemically altered by actinic light or chemically reacted with an anionic material;(b) selectively and incompletely exposing the diazo layer to actinic light to alter only a portion of the reactive sites thereby adhering the diazo material to the substrate in the exposed areas;(c) coupling the diazo layer with an anionic material to reinforce diazo in the exposed areas in situ and remove diazo from the unexposed areas by contacting the substrate after exposure with an anionic material in water in a quantity and for a time sufficient to couple the anionic material with the diazo and dissolve the coupled product from the unexposed areas; and(d) rinsing with water to provide a printing plate having a reinforced, oleophilic image and a clean, hydrophilic background.
    • 制备具有亲油放大图像的平版印刷版的方法,该平版印刷版通过以下步骤制备:(a)提供具有亲水,阴离子,带负电荷的表面的硅酸铝基材和在所述表面上的光敏阳离子,带正电荷的水溶性重氮 每个分子具有至少两个反应性位点的物质,每个反应性位点能够通过光化学化学改变或与阴离子材料发生化学反应; (b)选择性地和不完全地将重氮层暴露于光化光以改变仅一部分反应性位点,从而将重氮材料粘附到暴露区域中的基底上; (c)将重氮层与阴离子材料耦合,以便在现场暴露的区域中加强重氮,并通过在暴露于水中的阴离子材料之后将基底与未暴露的区域接触,并将足够的时间 阴离子材料与重氮并且从未曝光的区域溶解偶联产物; 和(d)用水冲洗以提供具有增强的亲油图像和清洁的亲水背景的印版。
    • 69. 发明申请
    • Immersion Casting
    • 浸铸
    • US20150158083A1
    • 2015-06-11
    • US14099243
    • 2013-12-06
    • Howard A. Fromson
    • Howard A. Fromson
    • B22D23/04B22D25/02B22D21/00B22D29/00
    • B22D23/04B22D21/007B22D25/02B22D29/00
    • A method of immersion casting objects from molten metal, by crystallizing the metal outwardly from a heat-absorbing forming element such that upon removal from the molten metal bath, the solidified object has an internal surface defined by the shape of the forming element, and an outer surface that features random crystallization and a high degree of texture. The method can be facilitated by the interaction of the forming element and molten metal with molten salt provided as a layer on the molten metal. When the object is cast from a high purity metal such as aluminum or copper, the exposed crystal structure is especially random and highly reflective and can be enhanced by electro-chemical brightening.
    • 一种从熔融金属浸渍铸造物体的方法,通过从吸热成形元件向外结晶金属,使得在从熔融金属浴槽移除时,固化物体具有由形成元件的形状限定的内表面, 外表面具有随机结晶和高度的质感。 该方法可以通过成形元件和熔融金属与在熔融金属上作为层提供的熔融盐的相互作用来促进。 当物体由诸如铝或铜的高纯度金属铸造时,暴露的晶体结构特别是随机和高反射性,并且可以通过电化学增亮来增强。