会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 33. 发明申请
    • PRODUCTION OF HARDENED COAL AGGLOMERATES
    • 生产硬化煤焦油
    • WO1987006497A1
    • 1987-11-05
    • PCT/AU1987000111
    • 1987-04-23
    • THE BROKEN HILL PROPRIETARY COMPANY LIMITEDRIGBY, Geoffrey, Raymond
    • THE BROKEN HILL PROPRIETARY COMPANY LIMITED
    • B01J02/00
    • C10L5/06
    • A system for the production of hardened coal agglomerates comprising a first pump (P1) for pumping a coal-water slurry and a predetermined quantity of oil or other suitable hydrophobic liquid into an agitated mixing tank (1), a second pump (P2) for pumping the coal-water slurry and partially formed agglomerates from the first mixing tank (1) into a pipeline loop (L1) which returns the slurry/agglomerates to the tank (1), a third pump (P3) for removing slurry/agglomerates from the first mixing tank (1) and transporting it to a second mixing tank (2), means for introducing further fresh coal-water slurry into the inlet of the third pump (P3) and/or into the second mixing tank (2), a fourth pump (P4) for withdrawing the slurry/agglomerates from the second mixing tank (2) and transporting the mixture through a second pipeline loop (L2) which discharges back into the second mixing tank (2), and a fifth pump (P5) for withdrawing the slurry/agglomerates from the second mixing tank (2) for a recovery of the agglomerates by means of a screen or the like.
    • 一种用于生产硬化煤团块的系统,包括用于将煤水浆料和预定量的油或其它合适的疏水液体泵送到搅拌的混合罐(1)中的第一泵(P1),用于 将来自第一混合罐(1)的水煤浆和部分形成的附聚物泵送到将淤浆/附聚物返回到罐(1)的管道回路(L1)中,从而将淤浆/附聚物从 第一混合罐(1)并将其运送到第二混合罐(2),用于将更多新鲜的煤水浆料引入第三泵(P3)和/或第二混合罐(2)的入口的装置, 第四泵(P4),用于从第二混合罐(2)抽出浆料/附聚物,并将混合物输送通过排放回第二混合罐(2)的第二管线回路(L2),以及第五泵(P5 )用于从第二混合罐(2)中取出浆料/附聚物以用于ar 通过屏幕等的附聚物的生态化。
    • 34. 发明申请
    • METHOD FOR GRANULATING A CARBON-BASED SORBANT
    • 用于生成基于碳的SORBANT的方法
    • WO1998050140A1
    • 1998-11-12
    • PCT/RU1997000143
    • 1997-05-08
    • KOVALENKO, Boris MikhailovichKOZLOV, Sergei IvanovichUSOSHIN, Vladimir Apollonovich
    • B01J02/00
    • B01J20/20B01J20/30
    • The present invention pertains to the production of granulated sorbants and more precisely to the granulation of thermally fragmented graphite, of soot and of other carbon-based materials in the form of flakes. This invention relates to a method for granulating a carbon-based sorbant that comprises maintaining the sorbant in contact with melted paraffin until it is saturated therewith. The temperature is then lowered below the paraffin crystallisation point and the sorbant is mechanically mixed with a binder before forming the granules. The granules are previously heated at a temperature of between 200 and 300 DEG C, maintained at this temperature until the paraffin fully evaporates and further baked. The quantitative volumetric ratio between the thermally fragmented graphite and the paraffin varies from 1:0.5 to 1:0.2. The granules are previously heated in an inert gas atmosphere preferably consisting of nitrogen.
    • 本发明涉及粒状吸附剂的生产,更准确地说是制备热碎片状石墨,烟灰和其他以片状形式的碳基材料的造粒。 本发明涉及一种用于造粒碳基吸附剂的方法,该方法包括保持吸附剂与熔融石蜡接触直至其饱和。 然后将温度降低到石蜡结晶点以下,并且在形成颗粒之前将吸附剂与粘合剂机械混合。 颗粒预先在200-300℃的温度下加热,保持在该温度,直到石蜡完全蒸发并进一步烘烤。 热碎片石墨和石蜡之间的定量体积比为1:0.5至1:0.2。 颗粒预先在优选由氮组成的惰性气体气氛中加热。
    • 35. 发明申请
    • METHOD FOR PRODUCING GRANULATED MATERIAL
    • 生产颗粒材料的方法
    • WO1997030782A1
    • 1997-08-28
    • PCT/JP1997000429
    • 1997-02-18
    • MIKUNI CORPORATIONMATSUSHITA, MitsuhiroINAMURA, Shinpei
    • MIKUNI CORPORATION
    • B01J02/00
    • C04B38/009B01J2/006B28B1/004B28B1/30B28B7/342C04B35/00C04B38/067C04B38/06
    • A method for producing a novel granulated material having a spherical space in a spherical solid shell that is useful as medicinal products, fertilizer products, food products, feeding stuff products, agricultural products, catalytic products, ceramic product, powder metallurgic product, detergent product, plastic product and bio-industrial products such as catalysts, light material, sound insulating material, micro-capsules and light aggregates, comprising the steps of bringing spherical grains of a polymer having high water absorption properties that are swollen after absorbing water into contact with power so as to form a powder layer on the whole surface of the grains of a polymer having high water absorption properties that are swollen after absorbing water, drying the grains, and sintering them as required.
    • 一种球形固体壳中具有球形空间的新型粒状材料的制造方法,可用作药物,肥料,食品,饲料产品,农产品,催化产品,陶瓷制品,粉末冶金产品,洗涤剂产品, 塑料制品和生物工业产品如催化剂,轻质材料,隔音材料,微胶囊和轻聚集体,包括以下步骤:使吸水性高的吸收性聚合物的球形颗粒在吸收水后与溶液接触而膨胀 从而在吸水性高的吸水性聚合物的整个表面的整个表面上形成粉末层,干燥晶粒并根据需要进行烧结。
    • 36. 发明申请
    • APPARATUS AND PROCESS FOR COATING A SOLID PARTICLE
    • 用于涂覆固体颗粒的装置和方法
    • WO1997007879A1
    • 1997-03-06
    • PCT/US1996013582
    • 1996-08-21
    • E.I. DU PONT DE NEMOURS AND COMPANYSCHURR, George, Alan
    • E.I. DU PONT DE NEMOURS AND COMPANY
    • B01J02/00
    • B01J2/006
    • The process and apparatus of the present invention coat a solid particle by metering a liquid composition comprising a coating material, where the liquid composition is either a solution, a slurry or a melt, into a flow restrictor and injecting a gas stream through the flow restrictor concurrently with the metering of the liquid composition to create a zone of turbulence at the outlet of the flow restrictor, thereby atomizing the liquid composition. The gas stream is heated prior to injecting it through the flow restrictor. A solid particle is added to the zone of turbulence concurrently with the metering of the liquid composition and the injection of the heated gas to mix the solid particle with the atomized liquid composition. The mixing at the zone of turbulence coats the solid particle with the coating material. If the liquid composition is a melt, then the solid particle is coated with the melt. If the liquid composition is either a solution or a slurry, the solid particle is coated with either the dissolved or the undissolved solid of the liquid composition. This apparatus and process provide a short residence time, i.e., less than 250 milli-seconds, in the zone of turbulence, which reduces the time and thus the cost of coating particles. In addition, this process and apparatus provide a mechanism for coating very small or powdery or granular particles which results in a high yield of entirely coated, non-agglomerated particles.
    • 本发明的方法和装置通过将液体组合物(其中液体组合物为溶液,浆料或熔体)计量到包含流动限制器的液体组合物中,并将气体流通过限流器 与液体组合物的计量同时在限流器的出口处产生湍流区,从而使液体组合物雾化。 气流在通过限流器注入之前被加热。 将固体颗粒与液体组合物的计量同时加入湍流区域,并注入加热的气体以将固体颗粒与雾化液体组合物混合。 在湍流区域的混合涂覆固体颗粒与涂层材料。 如果液体组合物是熔体,则固体颗粒被熔体涂覆。 如果液体组合物是溶液或浆液,则固体颗粒用液体组合物的溶解或未溶解的固体涂覆。 该装置和方法在湍流区域中提供短的停留时间,即小于250毫秒,这减少了涂覆颗粒的时间并因此减少了成本。 此外,该方法和设备提供了一种用于涂覆非常小或粉末状或粒状颗粒的机理,其导致完全涂覆的非团聚颗粒的高产率。
    • 37. 发明申请
    • METHOD AND APPARATUS FOR COATING PARTICLES
    • 涂料颗粒的方法和装置
    • WO1996014927A1
    • 1996-05-23
    • PCT/IT1995000176
    • 1995-11-06
    • G.S. S.R.L. COATING SYSTEMRODRIGUEZ, LorenzoCINI, Maurizio
    • G.S. S.R.L. COATING SYSTEM
    • B01J02/00
    • B01J2/006B01J2/16
    • A method for coating particles (2) includes transporting them, suspended in a fluid carrier formed by an air flow along with a coating forming solution. An apparatus that carries out this method includes a pan (1) aimed at receiving a mass of particles (2) to be coated. A recirculation conduit (5) extends axially from the pan (1) and leads to the opposite side thereof. A pipe (6), aimed at introducing an air flow forming the fluid carrier for conveying the particles (2) along the conduit (5), is situated inside the pan (1), in coaxial relation therewith, and opens in a narrowed part (4) thereof. A tube (7), delivering the coating forming solution, is situated inside the said pipe (6), in coaxial relation therewith.
    • 涂布颗粒(2)的方法包括将其悬浮在悬浮在由涂层形成溶液中的空气流形成的流体载体中。 执行该方法的装置包括用于接收待涂覆的颗粒(2)的质量的锅(1)。 再循环管道(5)从盘(1)轴向延伸并通向其相对侧。 用于引入形成用于沿着导管(5)输送颗粒(2)的流体载体的空气流的管(6)位于盘(1)内与其同轴的位置,并且在狭窄部分中打开 (4)。 输送涂层形成溶液的管(7)位于所述管(6)的内部,与其同轴。
    • 39. 发明申请
    • AN AGGLOMERATION CHAMBER
    • 聚集室
    • WO1994000229A1
    • 1994-01-06
    • PCT/DK1993000210
    • 1993-06-25
    • APV ANHYDRO ASGETLER, Jens
    • APV ANHYDRO AS
    • B01J02/00
    • B01F15/00837B01J2/006B01J2/16
    • An agglomeration chamber (18) is equipped with an inlet (5, 6, 7) for admitting powdered particles into the chamber. It further includes an inlet (12) for a gas and an inlet (8) for a liquid which is added to an atomizer (9) for atomizing the liquid to fine drops. The chamber moreover has a combined gas and product discharge (17). The agglomeration chamber accommodates a vertically positioned rotor (19) having a rotor shaft (20) which mounts a plurality of blades (21) arranged setwise. Interiorly the chamber is coated with a flexible wall (11) to which a regularly wavy movement with either standing or travelling waves is imparted in operation. The powdered particles are wetted by the fine liquid drops and are thrown against the flexible wall (11) i.a. because of the function of the rotor (20), the now sticky particles settling on said wall as a coating. The particles of the coating are pressed together in the troughs and form agglomerates, and when the troughs subsequently rise into a crest, these agglomerates are repelled. The agglomeration chamber has a very great capacity and a compact structure.
    • 附聚室(18)装有入口(5,6,7),用于将粉末颗粒引入室中。 它还包括用于气体的入口(12)和用于液体的入口(8),其被添加到用于将液体雾化成细滴的雾化器(9)。 该室还具有组合的气体和产物排放物(17)。 聚集室容纳垂直定位的转子(19),该转子具有安装了布置成多个叶片(21)的转子轴(20)。 在室内部涂有柔性壁(11),在其中施加具有立起或行波的规则波浪运动。 粉末颗粒被细液滴润湿,并被甩在柔性壁(11)上。 由于转子(20)的功能,现在的粘性颗粒作为涂层沉积在所述壁上。 涂层的颗粒在槽中压在一起并形成附聚物,并且当槽随后升入顶部时,这些附聚物被排斥。 凝聚室具有非常大的容量和紧凑的结构。