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    • 4. 发明授权
    • Process for metal-bath refining
    • 金属浴精炼工艺
    • US4334922A
    • 1982-06-15
    • US222716
    • 1981-01-05
    • Paul MetzFrancois SchleimerLucien LorangFerdinand GoedertRomain HenrionFernand Thill
    • Paul MetzFrancois SchleimerLucien LorangFerdinand GoedertRomain HenrionFernand Thill
    • C21C5/32C21C5/30
    • C21C5/30
    • A process for refining a steel melt in a furnace in which a steel melt is formed with a slag layer thereon, the thickness of which can be controlled by passing a stream of inert gas upwardly through the melt, while directing a first stream of oxygen into the melt from a lance positioned above the melt for the top-blowing refining thereof to produce carbon monoxide above the melt and feeding a second stream of oxygen from the lance for the post-combustion of the released carbon monoxide, while monitoring continuously the thickness of the slag layer, the height of the melt, the carbon monoxide post-combustion factor (%CO.sub.2 /%CO+%CO.sub.2) and the speed of decarburization of the melt and controlling the height of the lance above the melt and the discharge rates of total blown oxygen, the second stream of oxygen and the inert gas stream at any given time in accordance with a particular relationship.
    • 一种在炉中精炼钢熔体的方法,其中钢熔体在其上形成有炉渣层,其厚度可以通过使惰性气体向上流过熔体而同时将第一氧气流引导到 来自位于熔体上方的喷枪的熔体用于顶吹精炼,以在熔体上方产生一氧化碳,并从喷枪中提供第二氧气流用于释放的一氧化碳的后燃烧,同时连续监测 炉渣层,熔体高度,一氧化碳后燃烧因子(%CO2 /%CO +%CO2)和熔体脱碳速度,并控制熔体上方的喷枪高度和总熔体排放速率 根据特定的关系在任何给定的时间吹入氧气,第二氧气流和惰性气体流。
    • 9. 发明授权
    • Method of desulfurizing a ferrous melt
    • 黑色金属熔体脱硫方法
    • US4415358A
    • 1983-11-15
    • US371439
    • 1982-04-23
    • Paul MetzFrancois SchleimerEdouard LegilleJean GoedertAntoine Weiner
    • Paul MetzFrancois SchleimerEdouard LegilleJean GoedertAntoine Weiner
    • C21C1/02B22D1/00C21C7/064C21C7/02
    • C21C7/064B22D1/005
    • A melt is contained in a vessel having below the level of the melt an at least gas-pervious wall portion. First the slag is removed, normally by pouring it off, from the melt. Then a finely divided treatment solids suspended in a gas is introduced through the wall portion into the melt. The melt reacts thoroughly with these solids. Immediately deslagging the melt substantially reduces its ability to pick up nitrogen or hydrogen. This can be enhanced by the further step, prior to introduction of the suspension, of adding pure lime to the melt to form a protective layer thereon. The vehicle gas for the powder of course is inert, normally argon. The vessel can also be sealed up with a tight cover after addition of pure lime to it and before introduction of the suspension. Otherwise in the subsequent desulfurizing nitrogen and hydrogen will enter into the metal matrix, especially if there is an appropriate slag present.
    • 熔体包含在具有低于熔体高度的至少一个气体可透过壁部分的容器中。 首先,通常将熔渣从熔体中倒出来。 然后将悬浮在气体中的细碎处理固体通过壁部分引入熔体中。 熔体与这些固体彻底反应。 立即脱气熔体显着降低其吸收氮气或氢气的能力。 这可以通过进一步的步骤,在引入悬浮液之前,将纯石灰添加到熔体中以在其上形成保护层来增强。 用于粉末的汽车气体当然是惰性的,通常是氩气。 在加入纯石灰并在引入悬浮液之前,也可以用紧密的盖子密封容器。 否则在随后的脱硫氮气中,氢气将进入金属基质,特别是如果存在适当的矿渣。
    • 10. 发明授权
    • Method of and apparatus for metallurgical treatment of a melt
    • 熔体冶金处理方法和设备
    • US4421555A
    • 1983-12-20
    • US360815
    • 1982-03-22
    • Paul MetzEdouard LegilleFrancois SchleimerAntoine Weiner
    • Paul MetzEdouard LegilleFrancois SchleimerAntoine Weiner
    • C21C7/072B22D1/00C21C5/28C21C5/48C22C33/08
    • B22D1/005C21C5/28C21C5/48
    • A system for treating, normally refining, a metallurgical melt has a melt-containing vessel having below the level of the melt an at least gas-pervious wall portion. A finely divided treatment solids is suspended in a treatment gas and this suspension is introduced through the pervious wall portion into the melt and reacting the melt with the gas and solids. The wall portion has openings oriented so that the gases and particles can pass into the vessel through them, but the molten metal therein cannot enter them. A plurality of such gas-and particle-pervious inserts are provided in the base of the crucible. They can be individually controlled relative to respective sensors provided above the melt. Thus exothermically reacting gases and/or particles are fed in under cold spots, or endothermically reacting gases and/or particles are fed in under hot spots.
    • 用于处理,通常精炼冶金熔体的系统具有在熔体水平面以下至少具有气体可透过壁部分的熔融容器。 将精细分散的处理固体悬浮在处理气体中,并将​​该悬浮液通过可渗透的壁部分引入熔体中并使熔体与气体和固体反应。 壁部具有取向的开口,使得气体和颗粒可以通过它们进入容器,但是其中的熔融金属不能进入它们。 多个这种气体和颗粒可渗透的插入件设置在坩埚的基部中。 它们可以相对于在熔体上方提供的各个传感器单独控制。 因此,放热反应气体和/或颗粒在冷点下进料,或者吸热反应气体和/或颗粒在热点下进料。