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    • 1. 发明授权
    • Process for treating coal using multiple dual zone steps
    • 使用多个双区域步骤处理煤的方法
    • US09074138B2
    • 2015-07-07
    • US13231149
    • 2011-09-13
    • Franklin G. Rinker
    • Franklin G. Rinker
    • C10B57/02C10B53/04C10B57/10C10B51/00C10B57/08C10L9/06C10G1/02F26B3/084C10B49/10
    • C10B53/04C10B49/10C10B51/00C10B57/02C10B57/08C10B57/10C10G1/02C10L9/06F26B3/084Y02P20/129
    • A process for treating agglomerating coal includes drying coal in a drying step, and treating the dried coal in an oxidizing step to form oxides sufficient to convert the coal into a substantially non-agglomerating coal. The oxidized coal is pyrolyzed in a pyrolysis step to form coal char, and the coal char is cooled. At least one of the drying, oxidizing, and pyrolyzing steps is a dual zone step, with the dual zone step having a first zone and a second zone, with the temperature of the second zone being higher than that of the first zone. The effluent from such a dual zone pyrolyzer are subjected to a condensation process to separate the effluents into liquids and on-gases, and the on-gases are combined with other available gases to achieve a composition of blended on-gases having a specific heat of at least about 0.50 Btu/lb-° F. (2.013 kJ/Kg ° C.) at 1200° F. (649° C.) and recirculated into the pyrolyzer.
    • 一种处理附聚煤的方法包括在干燥步骤中干燥煤,并在氧化步骤中处理干燥的煤以形成足以将煤转化为基本上非附聚煤的氧化物。 氧化煤在热解步骤中热解形成煤焦,煤焦被冷却。 干燥,氧化和热解步骤中的至少一个是双区域步骤,其中双区域步骤具有第一区域和第二区域,第二区域的温度高于第一区域的温度。 来自这种双重区域热解器的流出物经受缩合过程以将流出物分离成液体和气体,并将该气体与其它可用气体组合以获得具有比热的混合气体的组成 在1200°F(649℃)下至少约0.50Btu / lb-°F(2.013kJ / Kg℃)并再循环进入热解器。
    • 2. 发明授权
    • Process for treating coal by removing volatile components
    • 通过去除挥发性成分来处理煤的方法
    • US08470134B2
    • 2013-06-25
    • US12556935
    • 2009-09-10
    • Franklin G. Rinker
    • Franklin G. Rinker
    • C10B51/00C10B47/20
    • C10B51/00C10B53/04C10L9/08
    • A process for treating coal includes introducing coal into a chamber and passing an oxygen deficient sweep gas into contact with the coal, the sweep gas being at a higher temperature than the temperature of the coal so that heat is supplied to the coal. The process further includes providing additional heat to the coal indirectly by heating the chamber, wherein the heating of the coal by the sweep gas and by the indirect heating from the chamber causes condensable volatile components to be released into the sweep gas. The proportion of heat supplied to the coal by the sweep gas is less than 40% of the total heat supplied to the coal. The sweep gas is then removed from the chamber and treated to remove condensable components of the coal.
    • 一种处理煤的方法包括将煤引入室中并使缺氧吹扫气体与煤接触,吹扫气体处于比煤的温度更高的温度,以便向煤供应热量。 该方法还包括通过加热室来间接地向煤提供额外的热量,其中通过吹扫气体加热煤和通过来自室的间接加热使得可冷凝的挥发性组分被释放到吹扫气体中。 通过吹扫气供应给煤的热量的比例小于供应给煤的总热量的40%。 然后将吹扫气体从室中取出并处理以除去煤的可冷凝组分。
    • 3. 发明申请
    • PROCESS FOR TREATING COAL BY REMOVING VOLATILE COMPONENTS
    • 通过移除挥发性成分来处理煤的过程
    • US20110011722A1
    • 2011-01-20
    • US12556935
    • 2009-09-10
    • Franklin G. Rinker
    • Franklin G. Rinker
    • C10B57/12
    • C10B51/00C10B53/04C10L9/08
    • A process for treating coal includes introducing coal into a chamber and passing an oxygen deficient sweep gas into contact with the coal, the sweep gas being at a higher temperature than the temperature of the coal so that heat is supplied to the coal. The process further includes providing additional heat to the coal indirectly by heating the chamber, wherein the heating of the coal by the sweep gas and by the indirect heating from the chamber causes condensable volatile components to be released into the sweep gas. The proportion of heat supplied to the coal by the sweep gas is less than 40% of the total heat supplied to the coal. The sweep gas is then removed from the chamber and treated to remove condensable components of the coal.
    • 一种处理煤的方法包括将煤引入室中并使缺氧吹扫气体与煤接触,吹扫气体处于比煤的温度更高的温度,以便向煤供应热量。 该方法还包括通过加热室来间接地向煤提供额外的热量,其中通过吹扫气体加热煤和通过来自室的间接加热使得可冷凝的挥发性组分被释放到吹扫气体中。 通过吹扫气供应给煤的热量的比例小于供应给煤的总热量的40%。 然后将吹扫气体从室中取出并处理以除去煤的可冷凝组分。
    • 5. 发明授权
    • Process and apparatus for igniting a burner in an inert atmosphere
    • 用于在惰性气氛中点燃燃烧器的方法和装置
    • US5372497A
    • 1994-12-13
    • US066345
    • 1993-05-24
    • Dennis W. CoolidgeFranklin G. Rinker
    • Dennis W. CoolidgeFranklin G. Rinker
    • F23C99/00F23D23/00F23K5/00F23N5/00F23N5/20F23Q9/00F23Q9/02
    • F23K5/002F23D23/00F23N5/203F23N2027/02F23N2027/22
    • According to this invention there is provided a process and apparatus for the ignition of a pilot burner in an inert atmosphere without substantially contaminating the inert atmosphere. The process includes the steps of providing a controlled amount of combustion air for a predetermined interval of time to the combustor then substantially simultaneously providing a controlled mixture of fuel and air to the pilot burner and to a flame generator. The controlled mixture of fuel and air to the flame generator is then periodically energized to produce a secondary flame. With the secondary flame the controlled mixture of fuel and air to the pilot burner and the combustion air is ignited to produce a pilot burner flame. The pilot burner flame is then used to ignited a mixture of main fuel and combustion air to produce a main burner flame. The main burner flame then is used to ignite a mixture of process derived fuel and combustion air to produce products of combustion for use as an inert gas in a heat treatment process.
    • 根据本发明,提供了一种用于在惰性气氛中点燃引燃燃烧器而基本上不污染惰性气体的方法和装置。 该方法包括以下步骤:向燃烧器提供预定时间间隔的受控量的燃烧空气,然后基本上同时向燃烧器和火焰发生器提供燃料和空气的受控混合物。 燃料和空气到火焰发生器的受控混合物然后被周期性地通电以产生二次火焰。 通过二次火焰,燃料和空气的控制混合物到引燃燃烧器和燃烧空气被点燃以产生引燃燃烧器火焰。 然后使用引燃燃烧器火焰点燃主燃料和燃烧空气的混合物以产生主燃烧器火焰。 然后,主燃烧器火焰用于点燃工艺衍生的燃料和燃烧空气的混合物,以在热处理过程中产生用作惰性气体的燃烧产物。
    • 7. 发明授权
    • Furnace flue dust processing method
    • 炉烟道除尘处理方法
    • US06395060B1
    • 2002-05-28
    • US09597923
    • 2000-06-19
    • Deane A. HorneFranklin G. Rinker
    • Deane A. HorneFranklin G. Rinker
    • C22B702
    • C22B5/10C22B7/02C22B19/28Y02P10/212Y10S75/961
    • A method of processing flue dust, where the flue dust contains one or more compounds from a first group of zinc, lead and cadmium compounds, and contains one or more compounds from a second group of iron, silicon, calcium, magnesium and aluminum compounds, includes mixing the flue dust with a carbonaceous material, heating the flue dust/carbonaceous material mixture under non-turbulent conditions to cause a substantial portion of the compounds from the first group to become gas-borne while retaining a substantial portion of the compounds of the second group in a non-gas-borne condition, and separating the gas-borne compounds from the non-gas-borne compounds.
    • 一种处理烟道灰尘的方法,其中烟道灰含有来自第一组锌,铅和镉化合物的一种或多种化合物,并且含有来自第二组铁,硅,钙,镁和铝化合物的一种或多种化合物, 包括将烟道粉尘与碳质材料混合,在非湍流条件下加热烟道尘埃/碳质材料混合物,使大部分化合物从第一组变成气相,同时保留大部分化合物的 在非气体条件下的第二组,并且将气相化合物与非气体传递的化合物分离。
    • 8. 发明授权
    • Field replaceable helical flight
    • 现场可更换螺旋飞行
    • US06182817B2
    • 2001-02-06
    • US09201693
    • 1998-11-30
    • Franklin G. RinkerJames L. HoweDaniel A. Molnar
    • Franklin G. RinkerJames L. HoweDaniel A. Molnar
    • B65G3326
    • B21C37/26B65G33/265
    • A screw having a field replaceable flight. The screw includes a barrel and a helical flighting that is removably attached to the barrel by a plurality of brackets. The helical flighting includes a plurality of segments, each segment includes first and second opposing faces having an opening extending there though and side edges. The segments are positioned side by side to generally cooperatively form the flighting of the screw. At least one face of each segment includes raised bosses. The raised bosses project perpendicularly outwardly from the face of the segment to form a pocket within which the bracket is received. The segments are removably attached to the barrel by inserting a segment forming part of the flighting within the pocket and then removably fastening the segment within the pocket.
    • 具有现场可更换飞行的螺钉。 螺杆包括一个桶和一个螺旋排出物,它通过多个支架可移除地连接在桶上。 螺旋形飞行包括多个段,每个段包括第一和第二相对面,其具有在其周围延伸的开口和侧边缘。 这些片段并排定位,以一般地协同地形成螺丝的排出。 每个段的至少一个面包括凸起的凸起。 凸起的凸起从该区段的表面垂直地向外突出,以形成一个口袋,托架被容纳在该口袋内。 通过将形成所述排出物的一部分的片段插入所述袋中并且然后将所述片段可拆卸地紧固在所述袋中,所述片段可移除地附接到所述镜筒。
    • 10. 发明授权
    • Process for treating iron bearing material
    • 铁轴承材料处理方法
    • US5873925A
    • 1999-02-23
    • US797117
    • 1997-02-10
    • Franklin G. RinkerDeane A. HorneJames Alan Thornton
    • Franklin G. RinkerDeane A. HorneJames Alan Thornton
    • C21B13/00C21B13/08C21B13/10C22B1/24C22B1/245
    • C22B1/245C21B13/0046C21B13/08C21B13/105C22B1/24Y02P10/136
    • A process for treating iron-bearing material with a carbonaceous material to form a mixture, wherein the amount of carbonaceous material added exceeds the stoichiometric amount required to reduce the metal oxide to elemental metal. In one embodiment, the process also includes blending an organic binder with the mixture. The mixture is agglomerated using compaction to bond the mixture and form green compacts. The green compacts are loaded into a heated furnace and heated for about 5-12 minutes at a temperature of between about 2100.degree.-2500.degree. F. and at a CO/CO.sub.2 ratio of about 1.5-2.5 proximate the discharge area to reduce the iron oxide containing compacts to compacts containing elemental iron and an excess amount of carbonaceous material wherein the excess amount of carbonaceous material counteracts re-oxidation of the elemental iron. The reduced compacts are then discharged from the furnace. The furnace includes counterflow and co-flow exhaust to maintain the charge area and the discharge area of the furnace at a pressure about equal to atmospheric pressure.
    • 用含碳材料处理含铁材料以形成混合物的方法,其中添加的碳质材料的量超过将金属氧化物还原成元素金属所需的化学计量量。 在一个实施方案中,该方法还包括将有机粘合剂与该混合物混合。 使用压实将混合物凝聚以粘合混合物并形成生坯。 将生坯装入加热炉中,在约2100°-2500°F的温度下加热约5-12分钟,在排放区附近以约1.5-2.5的CO / CO 2比加热约5-12分钟,以减少铁 含氧化物的成形体成型为含有元素铁和过量的含碳材料,其中过量的碳质材料抵消元素铁的再氧化。 然后将还原的压块从炉中排出。 该炉包括逆流和共流排气,以将炉的计量区域和排放面积维持在等于大气压的压力。