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
    • 2. 发明授权
    • Method for producing liquid pig iron or steel fabricated materials and installation for implementing said method
    • 生产液态生铁或钢材的方法及其制造方法
    • US06264725B1
    • 2001-07-24
    • US09284104
    • 1999-04-07
    • Josef StockingerMichael Nagl
    • Josef StockingerMichael Nagl
    • C21B1306
    • C21B13/002C21B13/0026C21B13/14C21B2100/44Y02P10/136Y02P10/216Y10S75/961
    • According to a process for producing pig iron (10) from fine-particulate iron oxide carriers and lumpy iron-containing material in a meltdown gasifying zone (9) of a melter gasifier (3), the iron-containing material is melted in a bed (13) formed of solid carbon carriers, under the supply of carbon-containing material and oxygen-containing gas while simultaneously forming a reducing gas. Fine-particulate iron-oxide carriers, such as iron-containing fine ore and ore dust and oxidic iron fine dust, are introduced into a reducing gas stream leaving the melter gasifier (3), and the reducing gas is separated from the fine-particulate material formed thereby. The separated fine-particulate material is introduced into the meltdown gasifying zone (9) via a dust recirculation line (26, 27, 28, 29) and through a dust burner (30), and the reducing gas is used for reducing iron-oxide-containing material. To be able to charge large amounts of fine ore or ore dust in this process, the separated fine-particulate material in the dust recirculation line (26 to 29) is conveyed via a fluidized bed sluice (25) formed by the separated fine-particulate material and by reducing gas to the dust burner (30) and reduced thereby (FIG. 1).
    • 根据在熔融气化炉(3)的熔化气化区(9)中由细颗粒氧化铁载体和块状含铁材料生产生铁(10)的方法,含铁材料在床中熔化 (13)由固体碳载体形成,在含碳材料和含氧气体的供给下同时形成还原气体。 将细粒状氧化铁载体(如含铁精细矿石和矿石粉尘和氧化铁细粉尘)引入离开熔融气化炉(3)的还原气流中,还原气体与细颗粒物 由此形成的材料。 分离的细颗粒材料通过灰尘再循环管线(26,27,28,29)和通过灰尘燃烧器(30)引入熔化气化区(9)中,还原气体用于还原氧化铁 含材料。 为了能够在该过程中充入大量的细矿石或矿石粉尘,灰尘再循环管线(26至29)中的分离的细颗粒材料经由由分离的细颗粒形成的流化床闸(25)输送 材料,并且通过将灰尘燃烧器(30)还原并减少(图1)。
    • 4. 发明授权
    • Apparatus for cooling a hot product gas
    • 用于冷却热产品气体的装置
    • US4874037A
    • 1989-10-17
    • US756294
    • 1985-07-18
    • Gero PapstMichael Nagl
    • Gero PapstMichael Nagl
    • F27D17/00C10J3/82C10J3/84F28C3/02F28F19/00
    • F28C3/02C10J3/84C10K1/04F28F19/00F28F2265/00Y10S48/02
    • An apparatus for cooling a hot product gas, the latter is passed through a tubular zone. The product gas contains particles which, on entering the tubular zone, are tacky, but lose their tackiness through cooling in said zone. Within said zone a cooling gas flow forms a gas wall, which prevents contact between the product gas or the tacky particles contained therein, and one of the fixed walls in the tubular zone. Thus within an outlet connection (2) forming the tubular zone is provided an anular insert (3), which forms a gap (4) with the outlet connection. A cooling gas is blown into this gap counter to the flow direction of the product gas. At the end of the insert, this cooling gas is deflected by the product gas and flows within the insert in the same direction as the product gas and protects the inner wall of the insert from the latter. This product gas is cooled to such an extent by the action of the cooling gas that the particles in the product gas have lost their tackiness at the outlet-side end of the insert.
    • 用于冷却热产物气体的装置,其通过管状区域。 产物气体包含在进入管状区域时发粘的颗粒,但是通过在所述区域中的冷却而失去其粘性。 在所述区域内,冷却气体流形成气体壁,其防止产物气体或其中所含的粘性颗粒与管状区域中的一个固定壁之间的接触。 因此,在形成管状区域的出口连接件(2)内设置有与出口连接件形成间隙(4)的孔口插入件(3)。 冷却气体与产品气体的流动方向相反地吹入该间隙。 在插入件的末端,该冷却气体被产品气体偏转,并沿与产品气体相同的方向在插入件内流动,并保护插入件的内壁免于产生气体。 该产品气体通过冷却气体的作用被冷却到产品气体中的颗粒在插入件的出口侧端部失去粘性。
    • 7. 发明授权
    • Method of producing molten metal
    • 生产熔融金属的方法
    • US06488738B2
    • 2002-12-03
    • US09966078
    • 2001-10-01
    • Michael Nagl
    • Michael Nagl
    • C21B1314
    • C21B13/002Y02P10/136
    • A combustion chamber in a melter gasifier extends into a fluidized bed to isolate fine particulate ore introduced into the chamber from the remaining internal portion of the melter gasifier. The fine particulate ore is melted in the chamber and falls on the bed to be reduced as it trickles down to the molten metal in the melter gasifler bottom. Reducing gases withdrawn from the melter gasifier are filtered through the bed, thereby preventing the fine particulate ore from being withdrawn with the gases. The chamber can be liquid cooled and use a burner to provide combustion temperatures.
    • 熔化器气化器中的燃烧室延伸到流化床中以将引入室中的细颗粒矿石与熔化器气化器的剩余内部部分分离。 细颗粒矿石在室内熔化并落在床上,以便在熔化器气化器底部中滴落到熔融金属时减少。 从熔化炉气化器排出的还原气体通过床过滤,从而防止细颗粒矿石与气体一起排出。 该室可以是液体冷却的并且使用燃烧器来提供燃烧温度。
    • 10. 发明授权
    • Process for conveying fine-grained solid
    • 用于输送细粒固体的方法
    • US06220790B1
    • 2001-04-24
    • US09051698
    • 1998-04-17
    • Johannes SchenkMichael NaglWalter-Rainer Kastner
    • Johannes SchenkMichael NaglWalter-Rainer Kastner
    • B65G5140
    • B65G53/528B65G53/56C21B5/003
    • A process for continuous conveying of a fine-grained and/or pulverized solid to two or more target points by a conveying medium, e.g. gas. The solid is charged into a distribution vessel and from there to several target points by respective supply lines each at a desired target flow rate intended for target point. The target flow rate for each target point is divided into at least two partial target flow rates from the distribution vessel via separate partial supply lines. The partial target flow rates are reunited at the respective target points at the latest. To adjust the target flow rate at a target point at a specific level, individual partial supply lines leading to this target point are alternatively kept shut-off or open.
    • 将细粒和/或粉碎的固体连续输送到两个或更多个目标点的方法,其通过输送介质,例如, 加油站。 将固体装入分配容器中并从那里通过各自的供应管线以达到目标点的期望目标流量的几个目标点。 每个目标点的目标流量通过分开的部分供应管线从分配容器分成至少两个部分目标流速。 部分目标流速最终在各个目标点重新统一。 为了将目标点的目标流量调整到特定的水平,通向该目标点的各个部分供应线被交替地保持关闭或打开。