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    • 1. 发明申请
    • METALLURGICAL IMPACT PAD
    • 冶金冲击垫
    • WO2009048810A1
    • 2009-04-16
    • PCT/US2008/078748
    • 2008-10-03
    • VESUVIUS CRUCIBLE COMPANYZACHARIAS, DonaldMORRIS, JohnNITZL, Gerald
    • ZACHARIAS, DonaldMORRIS, JohnNITZL, Gerald
    • C21B3/00
    • B22D41/003
    • An impact pad (20), formed from a refractory material capable of withstanding contact with molten metal, comprises a base (12) serving in use as an impact surface for molten metal, and a sidewall (14) extending generally upwardly therefrom. The sidewall (14) terminates at an upper surface (16) which is above the base (12) in use such that the base (12) and sidewall (14) define a receptacle for receiving molten metal. The sidewall (14) contains therein at least one channel (22), the at least one channel (22) having first and second ends (24, 26); the first end (24) being relatively closer to the base (12) at its intersection with the sidewall (14) than the second end (26). The at least one channel (22) being open ended at the second end (26) or tapering such that the at least one channel (22) has zero depth at its second end (26). The invention also relates to a tundish including an (15) impact pad (20) as described above.
    • 由能够耐受熔融金属接触的耐火材料形成的冲击垫(20)包括用作熔融金属的冲击表面的基部(12)和从其大致向上延伸的侧壁(14)。 侧壁(14)终止于在使用中在基部(12)上方的上表面(16),使得基部(12)和侧壁(14)限定用于接收熔融金属的容器。 所述侧壁(14)中包含至少一个通道(22),所述至少一个通道(22)具有第一和第二端部(24,26); 第一端(24)在与第二端(26)的与侧壁(14)的交叉处相对更靠近基部(12)。 所述至少一个通道(22)在所述第二端(26)处是敞开的,或者使所述至少一个通道(22)在其第二端(26)处具有零深度。 本发明还涉及包括如上所述的(15)冲击垫(20)的中间包。
    • 2. 发明申请
    • MIXING CHAMBER
    • 混合室
    • WO2008093042A1
    • 2008-08-07
    • PCT/GB2008/000162
    • 2008-01-17
    • FOSECO INTERNATIONAL LIMITEDNITZL, GeraldMORRIS, John, A.ZACHARIAS, Donald, R.
    • NITZL, GeraldMORRIS, John, A.ZACHARIAS, Donald, R.
    • B22D11/11B22D11/108B22D11/103B22D41/00F27D3/14F27B3/04B22D11/118
    • B22D11/11B22D11/103B22D11/108B22D11/118B22D41/003F27B3/04F27D3/145
    • The invention relates to a mixing chamber (10) for use in a metal transfer vessel (for example, a tundish used in steel manufacture or a holding furnace used in aluminium manufacture). The mixing chamber comprises a base with a first series of wall components (14,16,18,20) defining a first mixing zone (22) and a second series of wall components (28, 30). A second mixing zone (56,58) is defined between at least one of the second series of wall components (28,30) and at least one of the first series of wall components (14,16,18,20). A continuous flow path is provided from the exterior of the mixing chamber to the first mixing zone, from the first mixing zone to the second mixing zone, and from the second mixing zone to the exterior of the mixing chamber. The region of the flow path between the first mixing zone and the second mixing zone being defined by a first cut-out (42) in at least one of the first wall components (28,30) and the region of the flow path between the second mixing zone (56,58) and the exterior of the mixing chamber being defined by a second cut-out (64,66) in at least one of the second wall components. The first cut-out (42) is spaced from the base and the first and second cut-outs are mutually spaced along the flow path within the second mixing zone such that in use the general directions of flow within the second mixing zone and between the first and second mixing zones are different.
    • 本发明涉及用于金属转移容器(例如钢制造中使用的中间包或铝制造中使用的保持炉)中的混合室(10)。 混合室包括具有限定第一混合区(22)和第二系列壁组件(28,30)的第一系列壁组件(14,16,18,20)的底座。 第二混合区(56,58)限定在第二系列壁组件(28,30)中的至少一个与第一系列壁组件(14,16,18,20)中的至少一个之间。 从混合室的外部到第一混合区,从第一混合区到第二混合区以及从第二混合区到混合室的外部提供连续流动路径。 在第一混合区和第二混合区之间的流动路径的区域由第一切口(42)限定在第一壁组件(28,30)中的至少一个和第二混合区之间的流动路径的区域 第二混合区(56,58)和混合室的外部由第二切口(64,66)限定在至少一个第二壁部件中。 第一切口(42)与基部间隔开,并且第一和第二切口沿着第二混合区域内的流动路径相互间隔开,使得在使用中第二混合区域内的流体的一般方向 第一和第二混合区是不同的。
    • 10. 发明申请
    • STOPPER ROD
    • WO2006129091A2
    • 2006-12-07
    • PCT/GB2006/001991
    • 2006-06-01
    • FOSECO INTERNATIONAL LIMITEDPAYNE, MarkNITZL, GeraldSCHLOTTBOHM, WernerHENRICH, Horst-Günther
    • PAYNE, MarkNITZL, GeraldSCHLOTTBOHM, WernerHENRICH, Horst-Günther
    • B22D41/18
    • B22D41/186
    • A stopper rod for controlling the flow of molten steel from a tundish has a metal carrier element (15a; 15b; 15c) partly received in an internal passageway (12b; 12c) of the stopper rod, the carrier element compressing sealing means (19a; 19b; 19c) between a frustoconical undersurface of a laterally enlarged portion thereof and a complementary seating surface of the stopper rod passageway, there being an insert (20; 24; 27c) threadedly engaged with one of the carrier element and stopper rod body at a position above a laterally enlarged portion of the carrier element, with further sealing means (21; 25; 25a, 25b) disposed between said insert and the carrier element. Preferably the insert is a nut (27c) screwed down onto a washer (26c) which compresses the further sealing means (25a, 25b).
    • 用于控制来自中间包的钢水流动的塞杆具有部分地容纳在塞杆的内部通路(12b; 12c)中的金属载体元件(15a; 15b; 15c),载体元件压缩密封装置(19a; 19b; 19c)在其横向扩大部分的截头圆锥形下表面和塞杆通道的互补的就座表面之间,其中有一个插入件(20; 24; 27c)与一个承载元件和止动杆主体螺纹接合在一个 位于载体元件的横向放大部分上方,并且设置在所述插入件和载体元件之间的另外的密封装置(21; 25; 25a,25b)。 优选地,插入件是拧紧到垫圈(26c)上的螺母(27c),该垫圈压缩另外的密封装置(25a,25b)。