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    • 1. 发明授权
    • Process for producing iron from fine-grained iron ores
    • 从细粒铁矿石生产铁的工艺
    • US4851040A
    • 1989-07-25
    • US89419
    • 1987-08-26
    • Irmgard HosterThomas HosterDieter NeuschutzDietrich Radke
    • Irmgard HosterThomas HosterDieter NeuschutzDietrich Radke
    • C21B13/00C21B13/14
    • C21B13/143Y02P10/122Y02P10/128Y02P10/136
    • A process of producing iron from fine-grained iron ore by direct reduction, which includes adding oxygen, sponge iron and at least one of coal fines and low-temperature carbonized coal to an iron bath in a melt gasifier to produce a reducing gas, regulating the temperature of the reducing gas by blowing coal fines into it to produce a cooled reducing gas and a low-temperature carbonized coal, separating the low-temperature carbonized coal from the cooled reducing gas in order to use the separated low-temperature carbonized coal in the melt gasifier, preheating a fine-grained iron ore with a used reducing gas containing carbon monoxide to a temperature from 450.degree. to 700.degree. C., and reducing the preheated fine-grained iron ore with the cooled reducing gas at a temperature from 700.degree. to 1100.degree. C. in at least one fluidized bed to produce sponge iron and used reducing gas containing carbon monoxide, wherein the step of preheating the fine-grained iron ore results in decomposition of at least part of the carbon monoxide contained in the used reducing gas, producing a carbon layer on the preheated fine-grained iron ore, and also producing an exhaust gas and additional heat.
    • 一种通过直接还原从细粒铁矿石生产铁的方法,包括将氧气,海绵铁和至少一种煤粉和低温碳化煤加入到熔融气化器中的铁浴中以产生还原气体,调节 通过将煤粉吹入其中以产生冷却的还原气体和低温碳化煤的还原气体的温度,将低温碳化煤与冷却的还原气体分离,以使用分离的低温碳化煤 熔融气化器,用含有一氧化碳的废还原气体在450-700℃预热细粒铁矿石,并在700℃的温度下用冷却的还原气体还原预热的细粒铁矿石 在至少一个流化床中在1100℃至1100℃,以产生海绵铁并使用含有一氧化碳的还原气体,其中预热细粒铁矿石的步骤导致 所使用的还原气体中所含的一氧化碳的至少一部分,在预热的细粒铁矿石上产生碳层,并且还产生废气和额外的热量。
    • 2. 发明授权
    • Method and apparatus for the continuous melting of scrap
    • 废料连续熔化的方法和装置
    • US4786321A
    • 1988-11-22
    • US28594
    • 1987-03-13
    • Thomas HosterDieter NeuschutzWolf-Dieter Ropke
    • Thomas HosterDieter NeuschutzWolf-Dieter Ropke
    • C04B35/622B29C65/00B29C65/14B29C65/20C21B13/14C21C5/56F27B1/02C21C1/00
    • F27B1/025C21C5/562Y02P10/216
    • A method and apparatus for the continuous melting of an iron-containing material in a melting device, the melting device being composed of a vertical shaft having a central axis, a melting furnace disposed below, and communicating with, the shaft, the melting furnace being asymmetrical to the central axis and being formed to have a region which is furthest removed from the central axis, at least one first nozzle opening into the furnace, located in the vicinity of the furnace bottom in the region furthest removed from the central axis, and at least two second nozzles opening into the furnace and located above the furnace bottom. Melting is effected by: introducing iron-containing material into the shaft for causing the material to descend through the shaft; supplying carbon carrier and oxygen to the nozzles for effecting partial combustion of the carbon carrier in the furnace to generate heat which is supplied to the material to form a bath of molten material in the furnace and to generate partially combusted exhaust gas; effecting a selected distribution of the carbon carrier and oxygen to the nozzles for causing the combustion arising from the first nozzle to supply superheating heat below the surface of the bath and the combustion arising from the second nozzles to supply heat for melting material located above the surface of the bath; and effecting post combustion of the partially combusted exhaust gas in the shaft for preheating material in the shaft.
    • 一种用于在熔化装置中连续熔化含铁材料的方法和装置,所述熔化装置由具有中心轴的竖直轴,设置在下方并与所述轴连通的熔化炉构成,所述熔化炉为 与中心轴不对称并且形成为具有从中心轴线最远去除的区域,至少一个第一喷嘴,其通向炉中,位于最远离中心轴线的区域内的炉底附近,以及 至少两个第二喷嘴,其通向炉内并位于炉底上方。 熔化是通过:将含铁材料引入轴中以使材料通过轴下降; 向所述喷嘴供应碳载体和氧气,以使所述碳载体在所述炉中部分燃烧以产生供应到所述材料的热量,以在所述炉中形成熔融材料浴并产生部分燃烧的废气; 对喷嘴进行选择的碳载体和氧气的分配,以引起来自第一喷嘴的燃烧,从而在熔池的表面下方提供过热,并且从第二喷嘴产生的燃烧产生用于熔化位于表面上方的材料的热量 的浴缸 并对轴内的部分燃烧废气进行后燃烧,以预热轴中的材料。
    • 6. 发明授权
    • Apparatus for casting steel in a continuous casting mold equipped with
comoving mold walls
    • 用于在连铸模具中铸造钢的装置,其中装有模具壁
    • US4553582A
    • 1985-11-19
    • US661251
    • 1984-10-15
    • Gerd ArtzDieter FiggeThomas HosterJurgen Potschke
    • Gerd ArtzDieter FiggeThomas HosterJurgen Potschke
    • B22D11/06
    • B22D11/0645
    • To produce steel sheet cross sections, particularly those having a small thickness down to a lower limit of about 30 mm and a width of about 500 to 1500 mm, with high surface quality and at a high casting rate (about 10 m/min) at relatively low expense in continuous casting molds equipped with comoving mold walls defining a casting cross section or cavity, a tubular casting nozzle having a mouthpiece whose width at its exit cross section is less than 50% of the width of the casting cavity is utilized, and the space between the sidewalls of the mouthpiece and the adjacent lateral dams or sidewalls of the casting cavity is bridged by means of two symmetrically oriented rotating wheels provided with ceramic rims. The wheels are of a size such that they simultaneously form a seal together with the mouthpiece and the respective, oppositely disposed lateral dams and casting belts defining the casting cavity.
    • 为了生产钢板横截面,特别是具有低至约30mm的较低厚度和约500至1500mm的宽度的钢板截面,具有高表面质量和高铸造速率(约10m / min) 使用配备有限定铸造截面或空腔的旋转模具壁的连续铸造模具中的相对低的成本,具有其出口横截面的宽度小于铸造腔的宽度的50%的口部的管状铸造喷嘴, 通过设置有陶瓷轮辋的两个对称取向的旋转轮将接口管的侧壁和铸造腔的相邻侧向坝或侧壁之间的空间桥接。 轮子的尺寸使得它们同时与接口管和相应的相对设置的侧壁和限定铸造腔的铸造带形成密封。
    • 8. 发明授权
    • Seal for a continuous steel caster
    • 连续钢铸造机的密封
    • US4502526A
    • 1985-03-05
    • US515639
    • 1983-07-20
    • Gerd ArtzDieter FiggeThomas HosterClemens Philipp
    • Gerd ArtzDieter FiggeThomas HosterClemens Philipp
    • B22D11/06B22D11/10
    • B22D11/0645
    • A continuous steel casting apparatus includes a casting nozzle, a mold surrounding the casting nozzle and having moving mold walls together defining a rectangular casting cross section and being formed of oppositely located, parallel-extending endless casting belts and oppositely located, parallel-extending endless lateral dams. A sealing assembly provides a seal between the casting nozzle and the mold walls. The sealing assembly includes sealing levers situated between the casting nozzle and the casting belts. The sealing levers are movably mounted on the casting nozzle. Each sealing lever has a sealing face oriented towards a respective casting belt and extending parallel to the width thereof. Further, each sealing lever is resiliently urged into a sealing engagement with the casting belts. Side surfaces of the sealing levers sealingly engage the dams.
    • 连铸钢铸造装置包括铸造喷嘴,围绕铸造喷嘴的模具,并且具有一起限定矩形铸造横截面的移动模具壁,并且由相对定位的平行延伸的环形铸造带形成并且相对定位的平行延伸的环形横向 水坝 密封组件在铸造喷嘴和模具壁之间提供密封。 密封组件包括位于铸造喷嘴和铸造带之间的密封杆。 密封杆可移动地安装在铸造喷嘴上。 每个密封杆具有朝向相应的铸造带定向并且平行于其宽度延伸的密封面。 此外,每个密封杆弹性地推动成与铸造带的密封接合。 密封杆的侧表面密封地接合坝。