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    • 3. 发明授权
    • Apparatus for metal production by electrolysis of a molten electrolyte
    • 用于通过电解电解液进行金属生产的装置
    • US4518475A
    • 1985-05-21
    • US498848
    • 1983-05-27
    • Olivo G. Sivilotti
    • Olivo G. Sivilotti
    • C25C3/04C25C7/00C25C3/00
    • C25C3/04C25C7/005
    • Electrolytic cells for production of Mg or other metal lighter than the molten electrolyte comprise electrode assemblies of anode 28, cathode 26 and intermediate bipolar electrodes 30 with substantially vertical regions 39 between them. The intermediate bipolar electrodes have open-top channels 50 along their top edges. An electrolyte/metal mixture rising from the interelectrode regions by gas lift is transported along these channels, substantially undisturbed by rising gas, to a weir 20 and then to a metal collection chamber 18. The electrolyte surface is kept at a constant level, preferably by means of a vessel 22 submerged in electrolyte in the metal collection chamber, to or from which molten electrolyte can be transferred to alter the surface level.
    • 用于生产比熔融电解质轻的Mg或其它金属的电解池包括阳极28,阴极26和中间双极电极30的电极组件,它们之间具有基本垂直的区域39。 中间双极电极沿其顶部边缘具有开放顶部通道50。 通过气举从电极间区域上升的电解质/金属混合物沿着这些通道传播,基本上不受气体上升的干扰,到达堰20,然后到达金属收集室18.电解质表面保持在恒定水平,优选地通过 在金属收集室中浸没在电解质中的容器22的装置,可以转移熔融电解质以改变表面水平。
    • 4. 发明授权
    • Metal production by electrolysis of a molten electrolyte
    • 通过电解熔融电解液进行金属生产
    • US4514269A
    • 1985-04-30
    • US513234
    • 1983-07-13
    • Olivo G. Sivilotti
    • Olivo G. Sivilotti
    • C25C3/00C25C3/04C25C7/00C25C3/02
    • C25C3/04C25C7/005
    • A cell for producing magnesium or other metal by electrolysis of molten chloride or other electrolyte comprises at least one electrode assembly of an anode 24, at least one intermediate bipolar electrode 28, 30, 32, 34 and a cathode 26 defining generally vertical interelectrode spaces between them. To minimize current leakage, the intermediate bipolar electrodes preferably almost completely surround the anode including the edges and the bottom.In operation, a metal/electrolyte mixture is swept up the interelectrode spaces by generated chlorine gas and spills out over the cathode into a duct 20 behind the cathode, the duct including a restricted passage 58 for degassing and an inverted channel 62 to collect product metal and convey it to a metal collection chamber 18.The electrolyte surface is preferably maintained to about the level of the top edges of the intermediate bipolar electrodes by means of a level control device 22 submerged in electrolyte in the metal collection chamber.
    • 用于通过电解氯化氯或其它电解质来生产镁或其它金属的电池包括至少一个阳极24的电极组件,至少一个中间双极电极28,30,32,34和阴极26,阴极26限定在 他们。 为了最小化电流泄漏,中间双极电极优​​选几乎完全包围包括边缘和底部的阳极。 在操作中,金属/电解质混合物通过产生的氯气扫过电极间空间,并从阴极溢出到阴极后面的管道20中,管道包括用于脱气的限制通道58和用于收集产品金属的反向通道62 并将其传送到金属收集室18.电解质表面优选通过浸没在金属收集室中的电解质中的液位控制装置22保持在中间双极电极的顶部边缘的高度。
    • 6. 发明授权
    • Belt-cooling and guiding means for continuous belt casting of metal strip
    • 用于金属带连续带铸造的带式冷却和导向装置
    • US06755236B1
    • 2004-06-29
    • US09633584
    • 2000-08-07
    • Olivo G. SivilottiJames Gordon SutherlandHerbert James Thorburn
    • Olivo G. SivilottiJames Gordon SutherlandHerbert James Thorburn
    • B22D1106
    • B22D11/0685
    • A belt cooling and guiding apparatus for a casting belt of a twin belt caster. The cooling and guiding apparatus comprises at least one nozzle having a support surface facing a reverse surface of the casting belt (a surface opposite to a casting surface in the casting mold), provided with a continuous slot in the support surface arranged transversely substantially completely across the casting belt. The slot allows for delivery of cooling liquid to the reverse surface of the belt in the form of a continuous film having uniform thickness and velocity of flow when considered in the transverse direction of the belt. This allows for even cooling transversely of the belt. The nozzle arrangement is also provided with a drainage opening for removal of cooling liquid downstream from the continuous slot, and a vacuum system associated with the drainage opening for applying suction to the drainage opening. One or more such cooling nozzles is provided at the entrance of the casting mold where uniform cooling is critical to the characteristics of the cast strip article.
    • 一种用于双皮带轮的铸造带的带冷却和引导装置。 冷却和引导装置包括至少一个喷嘴,其具有面向铸造带(与铸模中的铸造表面相对的表面)的支撑表面的支撑表面,在支撑表面中设置有横向基本上完全跨过的连续槽 铸造带。 当考虑到带的横向方向时,狭槽允许以具有均匀厚度和流速的连续膜的形式将冷却液输送到带的相反表面。 这允许横向于带的均匀冷却。 喷嘴装置还设置有用于从连续槽下游去除冷却液的排水口,以及与排水口相关联的真空系统,用于向排水口施加吸力。 一个或多个这样的冷却喷嘴设置在铸模的入口处,其中均匀冷却对铸造带材的特性是关键的。
    • 7. 发明授权
    • Process and apparatus for casting metal strip
    • 铸造金属带的工艺和设备
    • US5636681A
    • 1997-06-10
    • US278849
    • 1994-07-22
    • John SulzerOlivo G. SivilottiRonald R. Desrosiers
    • John SulzerOlivo G. SivilottiRonald R. Desrosiers
    • B22D11/06B22D11/07B22D11/10
    • B22D11/0642B22D11/0668
    • A layer of liquid parting agent, and any solid detritus contained therein, is completely removed from a casting surface of a rotating belt after contact with molten metal. A new layer of liquid parting agent is applied to the casting surface thereafter and prior to renewed contact with the molten metal. The removal of used parting agent and the application of fresh helps to prevent the formation of surface blemishes and defects on the cast metal strip product. Such blemishes and defects can also be minimized by using an injector having a flexible tip used to inject the molten metal onto the casting surface and preferably one or more spacers to create a gap between the tip and the casting surface itself. The spacer is preferably a screen of wire strands orientated to minimize disruption of the new layer of liquid parting agent applied to the casting surface. By avoiding disruption of the new layer of liquid parting agent, surface blemishes on the cast product are minimized.
    • 一层液体分离剂及其中所含的任何固体碎屑在与熔融金属接触后从旋转带的铸造表面完全除去。 此后,在与熔融金属更新接触之前,将新的液体分离剂层施加到铸造表面。 去除使用的分离剂和新鲜的应用有助于防止铸造金属带产品上的表面瑕疵和缺陷的形成。 通过使用具有用于将熔融金属注射到铸造表面上的柔性末端的喷射器以及优选地一个或多个间隔件以在尖端和铸造表面本身之间形成间隙,也可以使这种瑕疵和缺陷最小化。 间隔物优选是线束的筛网,其被定向成使施加到铸造表面的新的液体分离剂层的破裂最小化。 通过避免破坏新的液体分离剂层,铸造产品上的表面瑕疵最小化。
    • 10. 发明授权
    • Means and method for containing flowing or standing molten metal
    • 含有流动或站立的熔融金属的方法和方法
    • US4345743A
    • 1982-08-24
    • US196100
    • 1980-10-10
    • Olivo G. SivilottiJohn SulzerAlan F. Treganza
    • Olivo G. SivilottiJohn SulzerAlan F. Treganza
    • B22D35/00B22D35/06C21C5/46C22B9/00
    • B22D35/06
    • Molten metal, such as aluminum, is held within rigid refractory lining means beneath, above and alongside the metal while heaters keep the outside of the lining means at a predetermined temperature desired for the metal, the heaters being surrounded by thermal insulation and the whole being surrounded by a fluid-cooled support. An unusually effective embodiment is pipe, with a tubular refractory liner to carry flowing metal, surrounded by sheathed heating elements controlled to keep the exterior of the tube at least at about the predetermined temperature, with the thermal insulation wrapped around the heaters and the enclosing support being a water-jacketed steel pipe. The operation is essentially adiabatic with respect to the refractory liner, delivering the molten metal essentially at its original temperature, with unusual saving of heat energy. When the heated pipeline has been drained, only easily removed, paper-thin skulls of solid metal remain.
    • 诸如铝的熔融金属被保持在金属的下方,上方和旁边的刚性耐火衬里装置内,而加热器将衬垫装置的外部保持在金属所需的预定温度下,加热器被隔热层包围,整体为 被流体冷却的支架包围。 一个非常有效的实施例是管道,其具有管状耐火衬里以承载流动的金属,被包覆的加热元件围绕,被控制以将管的外部保持在至少约预定温度,隔热层缠绕在加热器和封闭支撑件 作为水套钢管。 相对于耐火材料衬里,该操作基本上是绝热的,将熔融金属基本上处于其原始温度,并且具有不寻常的热能储存。 当加热的管道已经排干时,只能轻易取出,仍然存在薄薄的固体金属头骨。