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    • 112. 发明授权
    • Method of producing hot briquettes
    • 生产热压块的方法
    • US4289500A
    • 1981-09-15
    • US142150
    • 1980-04-21
    • Heinrich WeberHorst DungsKarl-Heinz WollenhauptYves BrasseurHenri BirscheidtFranz Beckmann
    • Heinrich WeberHorst DungsKarl-Heinz WollenhauptYves BrasseurHenri BirscheidtFranz Beckmann
    • C10B53/08C10L5/04C10L5/06C10L5/16C10L5/02
    • C10L5/04
    • A method of producing hot briquettes in a plurality of stages comprises heating inert components which do not soften by direct heat exchange with hot carrier gases which are generated in a combustor to a temperature of about from 550.degree. to 700.degree. C. Thereafter the heated inert components and the gases are directed to a first separator to separate the carrier gases from the heated inert components. A caking bituminous binder coal component is then preheated and dried to temperatures of either 60.degree. over or under 300.degree. C. with the separated carrier gas. The binder coal and the separated carrier gas is then directed to a second separator to provide a second separated carrier gas and the heated binder coal. The second heated carrier gas is directed into a third separator in direct heat exchange with a second inert component which is then heated by this to a temperature of from 350.degree. to 600.degree. C. The second inert component is then separated from the second separator carrier gas and directed back for heat exchange with the hot carrier gases in the first separator, both the inert components which are separated and the binder coal are then directed into a mixer for premixing and then subsequently into a roll press for forming them into briquettes.
    • 在多个阶段中生产热压块的方法包括通过与在燃烧器中产生的热载气直接热交换至约550℃至700℃的温度而不使软化的惰性组分加热。然后加热的惰性 组分和气体被引导到第一分离器以将载气与加热的惰性组分分离。 然后将结块的沥青粘合剂煤组分预热,并用分离的载气将其干燥至60℃以上或在300℃以下的温度。 然后将粘合剂煤和分离的载气引导到第二分离器以提供第二分离的载气和加热的粘合剂煤。 第二加热的载气被引导到与第二惰性组分直接热交换的第三分离器中,然后将第二惰性组分加热至350℃至600℃的温度。然后将第二惰性组分与第二分离器载体 气体并引导回与第一分离器中的热载气进行热交换,然后将分离的惰性组分和粘结剂煤导入到用于预混合的混合器中,然后进入辊压机中以将它们形成为团块。
    • 114. 发明授权
    • Method of drying brown coal
    • 褐煤干燥方法
    • US4254560A
    • 1981-03-10
    • US034057
    • 1979-04-27
    • Minoru TanakaRyoji Harihara
    • Minoru TanakaRyoji Harihara
    • C10L5/00A62C3/04C10F5/00C10L5/02C10L5/12C10L9/00C10L9/02F26B7/00
    • C10L5/02C10F5/00
    • A method of drying brown coal in which the brown coal is pelletized before the drying into pellets of 2 to 5 mm dia. by a wet pelletizing process making use of the water contained by the coal itself as the binder. The brown coal in the form of dried pellets has a larger bulk density than the brown coal in the form of fine powders which are obtained when the brown coal after the exploitation is directly dried, and, therefore, contributes to the reduction of the transportation cost. In addition, the dried brown coal in the form of pellets can be handled and transported in quite an easy manner, as compared with the case of powdered brown coal. Further, thanks to the improved ventilation afforded by the gaps between the pellets, the possibility or chance of undesirable spontaneous combustion is greatly reduced.
    • 一种干燥褐煤的方法,其中褐煤在干燥之前被造粒成2至5mm直径的颗粒。 通过使用煤本身所含的水作为粘合剂的湿法造粒方法。 干燥颗粒形式的棕色煤炭的堆积密度比褐煤形式的细粉末的形式更为密集,当开采后的棕色煤直接干燥时,这样得到的褐煤就有效地降低了运输成本 。 此外,与粉煤灰的情况相比,可以以相当容易的方式处理和运输颗粒形式的干褐煤。 此外,由于由颗粒之间的间隙提供的改善的通风,大大降低了不期望的自燃的可能性或机会。
    • 115. 发明授权
    • Synthetic log production
    • 合成日志生产
    • US4179269A
    • 1979-12-18
    • US896023
    • 1978-04-12
    • Willard L. YatesFloyd W. Lee
    • Willard L. YatesFloyd W. Lee
    • C10L5/02C10L5/40C10L5/00
    • C10L5/02C10L5/40Y02E50/30
    • A method of making synthetic fireplace logs or the like, and the logs so produced. Approximately 55-80% by weight of ground coal is mixed with approximately 0-10% by weight of wood fiber material at room temperature, and approximately 20-35% of melted slack wax is added to the coal-wood mixture so that a putty-like, extrudable, mixture is formed. The mixture is fed into an extruder, the mixture being at substantially 80-95.degree. F., when fed to the extruder, and the mixture is extruded to produce cylindrical logs or the like. The extrusion is cut into lengths, and the logs are rolled in a flame coloring agent, wrapped, and are ready for shipping.
    • 制作合成壁炉原木等的方法,以及如此制作的原木。 约55-80%重量的地煤在室温下与大约0-10%重量的木纤维材料混合,并将大约20-35%的熔融松散蜡加入到煤 - 木混合物中,使得油灰 形成可挤出的混合物。 将混合物进料到挤出机中,当进料到挤出机中时,混合物基本上为80-95°F,并将混合物挤出以产生圆柱形原木等。 将挤出物切割成长度,并将原木卷绕在火焰着色剂中,包裹,并准备运输。
    • 117. 发明授权
    • Apparatus for producing blast furnace coal
    • 高炉煤生产设备
    • US4158550A
    • 1979-06-19
    • US883512
    • 1978-03-06
    • Heinrich WeberHorst DungsKlaus UrbyeFranz BeckmannHugo SchmauchKarl H. Flasche
    • Heinrich WeberHorst DungsKlaus UrbyeFranz BeckmannHugo SchmauchKarl H. Flasche
    • C10L5/04B30B11/00C10L5/02
    • C10L5/04
    • A method of producing blast furnace coke from bituminous coals, particularly coals having poor coking capacities in which the coal to be carbonized is ground, predried or preheated, mixed with binders, compressed or formed into briquets having small mechanical resistances and charged into oven chambers, is characterized by fine coals or fine coal mixtures having a swelling index in mixture according to DIN 51741, smaller than 7, and preferably, below 6, and comprising more than 50% of poorly or non-baking coal having a content of volatile matter in excess of 30% or less than 20% which coals or coal mixtures are ground up to attain a surface per unit mass, according to DIN 66145, of from 400 cm.sup.2 to 1200 cm.sup.2 per gram, with from 3% to 8% by weight of organic binders, compressing the mixture to form it into a briquet at a temperature range of from 70.degree. C. to 300.degree. C. and charging the compressed briquet into the oven chambers without substantial intermediate cooling in order to carbonize it.
    • 一种从烟煤,特别是具有不良焦化能力的煤生产高炉焦炭的方法,其中将要被碳化的煤被研磨,预干燥或预热,与粘合剂混合,压制或形成具有小机械阻力的砖并装入烘箱中, 其特征在于具有根据DIN 51741的混合物的溶胀指数小于7,优选低于6的细煤或细煤混合物,并且包含超过50%的具有挥发性物质含量的不良或非烘焙煤 超过30%或小于20%,这种煤或煤混合物被研磨以达到根据DIN 66145的每单位质量的表面积为400cm 2至1200cm 2 / g,其中3%至8%重量的 有机粘合剂,压缩混合物以在70℃至300℃的温度范围内将其形成成团块,并将压缩的坯料装入烘箱中,而不需要大量的中间冷却,以将碳酸盐 是吧
    • 118. 发明授权
    • Oxygen gas generator and method of manufacturing the gas generator
    • 氧气发生器及其制造方法
    • US4101291A
    • 1978-07-18
    • US712280
    • 1976-08-06
    • Frank A. Marion
    • Frank A. Marion
    • B01J7/00C01B13/02C01B32/40C01B32/50C10L5/02C10L5/00
    • C01B13/0218B01J7/00C01B13/0296C01B31/18C01B31/20
    • A gas generator is capable of being stored in a stable form for long periods of time without deteriorating in quality. The gas generator provides a substantial amount of gases, and particularly oxygen, carbon monoxide or carbon dioxide without producing any harmful or hazardous chemicals. The gas generator includes in some embodiments a minimum of fuel so that a maximum amount of oxygen in the generator is capable of being liberated. The oxygen is liberated by the combustion of a fuel at localized positions in a refractory binder, which has the property of preventing the salt residue from becoming molten and the oxidizer from flowing and thereby preventing the combustion from becoming extinguished.The gas generator includes a suitable clay as a binder, coke as the fuel and a chlorate such as sodium chlorate or potassium chlorate as the oxidizer. The binder is included in the generator in the range of approximately 7% to 15% by weight; the fuel is included in the generator to an amount of approximately 25% by weight, depending upon the use to be made of the generator; and the remainder constitutes the oxidizer.
    • 气体发生器能够以稳定的形式长时间储存​​,而不会降低质量。 气体发生器提供大量的气体,特别是氧气,一氧化碳或二氧化碳,而不会产生任何有害或危险的化学物质。 气体发生器在一些实施例中包括最小的燃料,使得能够释放发电机中的最大量的氧气。 通过在耐火粘合剂中的局部位置处的燃料的燃烧来释放氧气,其具有防止盐残留物熔化并且氧化剂流动的特性,从而防止燃烧消失。