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    • 32. 发明授权
    • Charcoal briquettes bound with an organic binder and a water-swellable
clay and method
    • 用有机粘合剂和水溶胀性粘土和方法结合的炭块
    • US5221290A
    • 1993-06-22
    • US650473
    • 1991-02-04
    • Donald J. Dell
    • Donald J. Dell
    • C10L5/10
    • C10L5/10
    • A combustible carbonaceous briquette and method of making the briquette wherein a finely divided carbonaceous material is formed into a desired briquette shape under high pressure whereby carbonaceous particles are bound together by a pre-cooked mixture of an organic binder and a water-swellable clay. The combustible carbonaceous material is present in the briquette composition in an amount of about 85% to about 96% by weight; the organic binder is present in an amount of about 2% to about 8% by weight; and the water-swellable clay is present in an amount of about 1% to about 5% by weight. The weight ratio of organic binder to water-swellable clay, dry weight basis, is in the range of from about 1.5 to about 3.0 to 1.
    • 一种可燃性碳质块状体及其制造方法,其中在高压下将细碎的碳质材料形成所需的团块状,其中碳质颗粒通过有机粘合剂和水溶胀性粘土的预先熟化的混合物结合在一起。 可燃碳质材料以约85%至约96%重量的量存在于团块组合物中; 有机粘合剂的存在量为约2%至约8%重量; 并且水溶胀性粘土以约1重量%至约5重量%的量存在。 有机粘合剂与基于干重的水溶胀性粘土的重量比在约1.5至约3.0至1的范围内。
    • 33. 发明授权
    • Non-porous carbon molding (foundry) sand and method of casting
    • 无孔碳成型(铸造)砂和铸造方法
    • US5215143A
    • 1993-06-01
    • US977282
    • 1992-11-16
    • Everett G. Gentry
    • Everett G. Gentry
    • B22C1/00
    • B22C1/00
    • A new and improved, non-porous carbon foundry sand and a method of treating a fluid coke, having a spherical or ovoid particle shape and a size suitable for a coating surface, or a core or mold surface in the foundry industry, wherein the carbon sand is processed by heating the carbon particles at a controlled rate to a temperature in the range of about 1900.degree. F. to about 2300.degree. F. during a period of time preferably of more than about 30 minutes, and preferably for a period of about 1 to 2 hours, particularly to about 2000.degree. F. to about 2200.degree. F., and a method of casting molten metal against the heat treated carbon particles wherein the non-porous carbon foundry sand is combined with a suitable binder with which mixture a mold is formed to cast metal parts. The non-porous carbon sand also is useful in forming molds, cores, shell molds and shell cores and otherwise in using the carbon sand to replace other molding an core-making sands used in the foundry industry.
    • 一种新的改进的无孔碳铸造砂和处理具有球形或卵形颗粒形状和适于涂层表面的尺寸或铸造工业中的芯或模具表面的流体焦炭的方法,其中碳 通过在约1900°F至约2300°F的温度范围内以受控的速率加热碳颗粒来处理砂,优选在大于约30分钟的时间内,优选约为约30分钟 1至2小时,特别是约2000°F至约2200°F,以及将热熔处理的碳颗粒浇注熔融金属的方法,其中将无孔碳砂铸造砂与合适的粘合剂组合, 模具形成铸造金属部件。 无孔碳砂也可用于成型模具,芯,壳模和壳芯,否则可用于使用碳砂替代铸造业中使用的制砂砂的其他成型。
    • 34. 发明授权
    • Article and method for sealing seams between water barrier articles
    • 防水挡板之间的接缝密封条和方法
    • US5173344A
    • 1992-12-22
    • US590961
    • 1990-10-01
    • John Hughes
    • John Hughes
    • C09K3/10E02B3/12E02D31/04
    • E02B3/122C09K3/10E02D31/04C09K2003/104C09K2200/0252C09K2200/0256C09K2200/0617C09K2200/062Y10T428/1362
    • An article of manufacture including an elongate confined mass of a water-swellable clay for sealing joints or seams between adjacent water-barrier materials or for plugging defects or other unsealed areas adjacent to a water-barrier layer. The elongate, confined mass of water-swellable clay is manufactured in any desired cross-sectional shape or configuration e.g. circular, eliptical, rectangular, square, and the like and can be manufactured in roll form for dispensing individual confined masses of water-swellable clay individually. The water-swellable clay is confined within a layer of material that permits the entrance of water to contact the water-swellable clay for hydration of the clay, such as by being water-porous or water-soluble and such that upon sufficient hydration of the confined mass of water-swellable clay, the confining layer will dissolve sufficiently, burst or tear to permit relatively free movement of the hydrating and expanding water-swellable clay.
    • 一种制品,其包括用于密封相邻防水材料之间的接缝或接缝的水溶胀性粘土的细长的密封块,或用于堵塞缺陷或与防水层相邻的其它未密封区域。 水膨胀粘土的细长的约束质量以任何所需的横截面形状或构造制造,例如, 圆形,椭圆形,矩形,正方形等,并且可以以卷形式制造,用于分别单独分配各个密封的水溶胀性粘土。 水溶胀性粘土被限制在允许水进入水溶胀粘土以使粘土水合的材料层内,例如通过水溶性或水溶性,并使得在足够水合的情况下, 密封的水溶胀粘土,限制层将充分溶解,爆裂或撕裂,以允许水合和膨胀的水溶胀性粘土相对自由移动。
    • 36. 发明授权
    • Anti-friction composition containing MgO and method
    • 含MgO的抗摩擦组合物及方法
    • US4990028A
    • 1991-02-05
    • US190368
    • 1988-05-05
    • William AlexanderMark Bertane
    • William AlexanderMark Bertane
    • C09K8/14C09K8/20E03F3/06E21B7/20F16L57/06
    • F16L57/06C09K8/145C09K8/206E21B7/20
    • Magnesium oxide is included in a bentonite clay anti-friction composition in an amount of 0.025-0.25% based on the dry weight of the clay to substantially improve the efficiency of underground cable or pipe installation. The anti-friction composition is applied between an outer surface of the cable or pipe and tunnel walls to substantially and unexpectedly reduce the amount of force, e.g., hydraulic pressure, necessary to push or pull the cable or pipe into its intended location within the tunnel. The composition includes a water-swellable colloidal smectite clay, such as bentonite, and magnesium oxide in an amount of 0.025-0.25% based on the dry weight of the clay. In another embodiment, the composition also includes a polymeric fluid loss reduction agent, such as carboxymethyl cellulose to decrease the amount of the clay composition absorbed into the tunnel walls. Soil is extracted underground to form a tunnel and the cable or pipe is forced by a hydaulic jack, into the tunnel. The tunnel walls surrounding the cable or pipe are contacted with the composition comprising a water-swellable colloidal smectite clay and magnesium oxide in an amount of 0.025-0.25% based on the dry weight of the clay, while forcing the cable or pipe into the tunnel.
    • 基于粘土的干重,氧化铝包含在膨润土粘土抗摩擦组合物中的量为0.025-0.25%,以显着提高地下电缆或管道安装的效率。 抗摩擦组合物被施加在电缆或管道的外表面和隧道壁之间,从而基本上意外地减少了将电缆或管道推入或拉入其在隧道内的预期位置所需的力的量(例如液压) 。 组合物包括基于粘土的干重为0.025-0.25%的水溶胀性胶体蒙皂石粘土,例如膨润土和氧化镁。 在另一个实施方案中,组合物还包括聚合物流体损失还原剂,例如羧甲基纤维素,以减少吸收到隧道壁中的粘土组合物的量。 土壤被提取在地下以形成隧道,电缆或管道由水压千斤顶压入隧道。 围绕电缆或管道的隧道壁与包含水溶胀性胶体蒙皂石粘土和氧化镁的组合物以0.025-0.25%的量相对于粘土的干重接触,同时迫使电缆或管道进入隧道 。
    • 38. 发明授权
    • Anti-friction composition containing MgO and method
    • 含MgO的抗摩擦组合物及方法
    • US4944634A
    • 1990-07-31
    • US784604
    • 1985-10-04
    • William AlexanderMark Bertane
    • William AlexanderMark Bertane
    • C09K8/14C09K8/20E21B7/20F16L57/06
    • F16L57/06C09K8/145C09K8/206E21B7/20
    • Magnesium oxide is included in a bentonite clay anti-friction composition in an amount of 0.025-0.5% based on the dry weight of the clay to substantially improve the efficiency of underground cable or pipe installation. The anti-friction composition is applied between an outer surface of the cable or pipe and tunnel walls to substantially and unexpectedly reduce the amount of force, e.g. hydraulic pressure, necessary to push or pull the cable or pipe into its intended location within the tunnel. The composition includes a water-swellable colloidal smectite clay, such as bentonite, and magnesium oxide in an amount of 0.025-0.5% based on the dry weight of the clay. In another embodiment, the composition also includes a polymeric fluid loss reduction agent, such as carboxymethyl cellulose to decrease the amount of the clay composition absorbed into the tunnel walls. Soil is extracted underground to form a tunnel and the cable or pipe is forced by a hydraulic jack, into the tunnel. The tunnel walls surrounding the cable or pipe are contacted with the composition comprising a water-swellable colloidal smectite clay and magnesium oxide in an amount of 0.025-0.5% based on the dry weight of the clay, while forcing the cable or pipe into the tunnel.
    • 基于粘土的干重,氧化铝包含在膨润土粘土抗摩擦组合物中的含量为0.025-0.5%,以显着提高地下电缆或管道安装的效率。 抗摩擦组合物施加在电缆或管道的外表面和隧道壁之间,以基本上且意外地减少力的量,例如, 液压压力,是将电缆或管道推入或拉入其隧道内预期位置所必需的。 组合物包括基于粘土的干重为0.025-0.5%的水溶胀性胶体蒙皂石粘土,例如膨润土和氧化镁。 在另一个实施方案中,组合物还包括聚合物流体损失还原剂,例如羧甲基纤维素,以减少吸收到隧道壁中的粘土组合物的量。 土壤被提取在地下以形成隧道,电缆或管道被液压千斤顶压入隧道。 围绕电缆或管道的隧道壁与包含水溶胀性胶体蒙皂石粘土和氧化镁的组合物以0.025-0.5%的量相对于粘土的干重接触,同时迫使电缆或管道进入隧道 。
    • 39. 发明授权
    • Method for manufacturing discrete pellets of asphaltic material
    • 沥青材料离散颗粒的制造方法
    • US4931231A
    • 1990-06-05
    • US725927
    • 1985-04-22
    • Maynard Teppo
    • Maynard Teppo
    • B01J2/06C10C3/16
    • C10C3/16B01J2/06
    • A method and apparatus for manufacturing discrete solid particles of hydrocarbonaceous material, such as asphaltenes, in relatively dustless form includes heating the hydrocarbonaceous material, solid at standard conditions of temperature and pressure, to maintain the hydrocarbonaceous material in liquid form, and flowing the liquid hydrocarbonaceous material by gravity as an elongated annular stream into a reservoir of cooling liquid, such as cooling water, to solidify and shatter the annular stream into discrete solid particles in relatively dustless form. The apparatus includes a hopper for collecting a mass of heated liquid hydrocarbonaceous material; a heating source for heating the hydrocarbonaceous material to maintain it in liquid form; and flow channels operatively connected to the hopper at an upper level of the liquid hydrocarbonaceous material for flowing the liquid hydrocarbonaceous material in an elongated annular stream through the flow channel and into the reservoir of cooling water. Discrete solid particles are collected from the cooling water and conveyed to a drying and cooling zone and can be packaged in discrete particles of relatively uniform size in dustless form for transporting for reliquification and use on site in any industry where hydrocarbonaceous heavy materials, such as asphalt, are used.
    • 用于制造相对无尘形式的含烃材料(例如沥青质)的离散固体颗粒的方法和装置包括在标准温度和压力条件下加热含烃材料,固体,以保持含烃材料为液体形式,并使液体烃类 材料通过重力作为细长的环形流进入诸如冷却水的冷却液体的储存器中,以将环形流固化并粉碎成相对无尘形式的离散固体颗粒。 该装置包括用于收集大量加热的液体含烃材料的料斗; 用于加热含烃材料以将其保持为液体形式的加热源; 以及在液体含烃材料的上部操作地连接到料斗的流动通道,用于使细长的环状流中的液体含烃材料流过流动通道并进入冷却水的储存器。 离散固体颗粒从冷却水中收集并输送到干燥和冷却区域,并且可以以无尘形式的相对均匀尺寸的离散颗粒包装,用于在任何工业中现场进行修复和使用,其中烃类重质材料如沥青 ,被使用。
    • 40. 发明授权
    • Process for extruding and treating clay for improved filtration
    • 挤出和处理粘土以改进过滤的方法
    • US4919818A
    • 1990-04-24
    • US319119
    • 1989-03-06
    • William Alexander
    • William Alexander
    • B01J20/12
    • B01J20/12Y10S210/917
    • A method of extruding clay and then treating the clay with acid to beneficiate the clay for increased capacity of filtration of oil-soluble colorant compounds from oil. The clay is first extruded through one or more die openings to align some of the clay platelets and to form the clay into cylindrical pellets. The extruded clay pellets then are acid treated, either before or after grinding, in an aqueous acid solution to form an acid slurry of the clay. The acid slurry of the clay is agitated for a time sufficient and at a temperature sufficient so that the acid reacts with a portion of the clay and, thereafter, the acid treated clay is separated from the acid solution; the clay then is washed to remove most of the acid solution from the clay; filtered and thereafter dried.
    • 一种挤出粘土然后用酸处理粘土以选择粘土以提高从油中过滤油溶性着色剂化合物的能力的方法。 首先通过一个或多个模具开口挤出粘土以使一些粘土片晶化并将粘土形成为圆柱形颗粒。 然后将挤出的粘土颗粒在研磨之前或之后在酸性水溶液中进行酸处理,以形成粘土的酸性浆料。 将粘土的酸浆料搅拌足够的时间并在足够的温度下使酸与一部分粘土反应,然后将酸处理的粘土与酸溶液分离; 然后洗涤粘土以从粘土中除去大部分酸溶液; 过滤并干燥。