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
    • 12. 发明授权
    • Tapping method for electric arc furnaces, ladle furnaces or tundishes
and relative tapping device
    • 电弧炉,钢包炉或中间包及相关攻丝装置的攻丝方法
    • US5968447A
    • 1999-10-19
    • US955359
    • 1997-10-21
    • Milorad PavlicevicPeter TishchenkoAlfredo PoloniGianni Gensini
    • Milorad PavlicevicPeter TishchenkoAlfredo PoloniGianni Gensini
    • B22D41/14B22D41/60C21C5/46F27D3/15B22D41/08
    • C21C5/4653B22D41/14B22D41/60F27D3/1518
    • Tapping method for molten metal from containers (13) including at the lower part a tapping channel (14) associated at the end part with a discharge hole (15) substantially vertical or sub-vertical, the discharge hole (15) being associated at the lower part with a sliding interception device (19), wherein the tapping channel (14) comprises, associated with the walls, an electromagnetic device (17) with spirals (18) and a system for cooling the walls, wherein, during the end-of-tapping step of the liquid metal the sliding interception device (19) is activated by closing the discharge hole (15) and allowing the metal in the tapping channel (14) to solidify so as to form at least a layer which lines both the tapping channel (14) and the discharge hole (15) filling it completely, and that during the start-of-tapping step the sliding interception device (19) is activated by leaving the discharge hole (15) free and the metal which is blocking the discharge hole (15) is melted by means of the electromagnetic device (17) by varying the characteristics of the current flow.Tapping device which achieves the method as described above and comprising means (38) to feed the electromagnetic device (17) with electric current as a function of the steps of melting and tapping, the sliding interception device (19) comprising a first part (23a) with a high resistance to heat shock, corrosion and erosion and a second part (23b), positioned adjacent to the first part (23a), with high heat conductivity.
    • 从容器(13)的熔融金属的攻丝方法,包括在下部的与端部相关联的攻丝通道(14)具有基本垂直或垂直的排放孔(15),排放孔(15)在 下部具有滑动拦截装置(19),其中所述攻丝通道(14)包括与所述壁相关联的具有螺旋(18)的电磁装置(17)和用于冷却所述壁的系统,其中, 通过关闭排出孔(15)并使分接通道(14)中的金属固化,从而形成至少一层将液体金属的排出步骤 排放通道(14)和排出孔(15)完全填充,并且在开始开始步骤期间,滑动拦截装置(19)通过使排放孔(15)离开而被启动,并且阻塞的金属 排出孔15被熔化 电磁装置(17),通过改变电流的特性。 实现上述方法的攻丝装置包括作为熔化和攻丝步骤的函数将电磁装置(17)馈入电流的装置(38),所述滑动拦截装置(19)包括第一部分(23a) )具有高耐热冲击,腐蚀和侵蚀的能力,以及与第一部分(23a)相邻的第二部分(23b),具有高导热性。
    • 13. 发明授权
    • Fume intake and cooling device for electric arc furnaces
    • 用于电弧炉的烟气进入和冷却装置
    • US5896409A
    • 1999-04-20
    • US847510
    • 1997-04-24
    • Milorad PavlicevicPeter TishchenkoAlfredo PoloniAlessandro Martinis
    • Milorad PavlicevicPeter TishchenkoAlfredo PoloniAlessandro Martinis
    • F27D17/00
    • F27D17/003
    • Fume intake and cooling device for intake conduits (11,111,211) in electric arc furnaces (26a,26b), comprising a containing structure (28) associated at one end (12) with an aperture on the roof of the furnace and connected at the second end (13) with an intake and filter system (27), the containing structure (28) having, in cooperation with its inner sidewalls, cooling means, the cooling means comprising a pipe (14), which is spiral shaped and has turns (16) lying on a plane substantially at right angles to the longitudinal axis of the conduits (11,111,211), the turns (16) being distanced with respect to each other in such a way as to form interstices (20) between adjacent turns (16), the interstices (20) through which the fumes pass serving to anchor the slag.
    • 用于电弧炉(26a,26b)中的进气管道(11,111,211)的烟气进入和冷却装置,包括在一端(12)处相关联的容纳结构(28),炉顶上具有孔,并在第二端连接 (13),其具有进气和过滤系统(27),所述容纳结构(28)与其内侧壁协同地具有冷却装置,所述冷却装置包括螺旋形并且具有匝(16 )位于基本上与导管(11,111,211)的纵向轴线成直角的平面上,匝(16)相对于彼此间隔开,以便在相邻的匝(16)之间形成间隙(20), 烟气通过的间隙(20)用于锚定炉渣。
    • 15. 发明授权
    • Method to control the deformations of the sidewalls of a crystalliser
and continuous-casting crystalliser
    • 控制结晶器和连续铸造结晶器侧壁变形的方法
    • US5762127A
    • 1998-06-09
    • US470453
    • 1995-06-06
    • Giampietro BenedettiMilorad PavlicevicGianni GensiniAlfredo Poloni
    • Giampietro BenedettiMilorad PavlicevicGianni GensiniAlfredo Poloni
    • B22D11/055B22D11/22B22D11/04
    • B22D11/055B22D11/22
    • Crystalliser and method to control the deformations of the sidewalls of a crystalliser (11) for the continuous casting of billets/blooms/slabs (24), which is associated with a mould (10) and cooperates externally with a box-shaped structure (13) creating a cooling chamber (14), in which a cooling fluid circulates, and cooperates internally with the skin of the billets/blooms/slabs (24) being formed, the cooling chamber (14) containing an intermediate wall (20) creating a circulation channel (21) in cooperation with the outer surface of the sidewall (12) of the crystalliser (11), at least one upper zone (37) being included in cooperation at least with the vicinity of the meniscus and with the portion below the meniscus (27) of liquid metal, a lower zone (38) being also included and beginning in the vicinity of the zone of separation of the forming skin from the inner surface of the sidewall (12) of the crystalliser (11) and extending towards the outlet of the crystalliser (11), the pressure of the cooling fluid in the lower zone (38) of the crystalliser (11) being a function of the desired value (g1) of an air interspace (36) between the sidewall (12) of the crystalliser (11) and the skin of the forming billet/bloom/slab (24), this desired value of air interspace (36) tending towards a zero value.
    • 结晶器和控制结晶器(11)的侧壁的变形的方法,用于连续铸造与模具(10)相连的坯料/坯料(24),并且与外壳与箱形结构(13)配合 (14),其中冷却流体循环并与所形成的坯料/坯料/板坯(24)的表皮内部配合,所述冷却室包含中间壁(20),所述中间壁(20)形成 循环通道(21)与结晶器(11)的侧壁(12)的外表面协作,至少一个上部区域(37)至少与弯月面附近配合并且与下部的部分 液体金属的弯月面(27),还包括下部区域(38),并且从成形皮肤与分离器(11)的侧壁(12)的内表面分开的区域附近开始并向着 结晶器(11)的出口, 确定结晶器(11)的下部区域(38)中的冷却流体是结晶器(11)的侧壁(12)和皮肤(11)之间的空气间隙(36)的期望值(g1)的函数 形成坯料/坯料/板坯(24)时,空气间隙(36)的期望值倾向于零值。
    • 16. 发明授权
    • Continuous-casting crystalliser with increased heat exchange and method
to increase the heat exchange in a continuous-casting crystalliser
    • 具有增加的热交换的连续铸造结晶器和用于增加连续铸造结晶器中的热交换的方法
    • US5611390A
    • 1997-03-18
    • US470454
    • 1995-06-06
    • Giampietro BenedettiMilorad PavlicevicGianni GensiniAlfredo Poloni
    • Giampietro BenedettiMilorad PavlicevicGianni GensiniAlfredo Poloni
    • B22D11/055B22D11/22B22D11/04
    • B22D11/22B22D11/055
    • The crystalliser (11) cooperates externally with a box-shaped structure (13) creating cooling chambers (14), in which a cooling fluid circulates, and cooperates internally with the skin of the billets, blooms or slabs (24) being formed. The cooling chambers (14) containing intermediate walls (20) create circulation channels (21) in cooperation with the outer surfaces (12) of the sidewalls of the crystalliser (11), at least one upper zone (34) being included in cooperation at least with the vicinity of the meniscus and with the portion below the meniscus (33) of liquid metal, a lower zone (26) being also included and beginning in the vicinity of the zone of separation of the forming skin from the inner surfaces (12) of the crystalliser (11) and extending towards the outlet of the crystalliser (11). By acting on the cross-section and/or conformation of at least one longitudinal portion of at least one side of the cross-section of the circulation channels (21), e.g., by providing elements to disturb the flow of cooling fluid in the circulation channels (21), and by acting on the different pressures of the cooling fluid present between the inlet and outlet of that longitudinal portion of the circulation channels (21) a desired turbulence of the cooling fluid is created which is such as to increase the coefficient of heat exchange to a value greater than 40,000 W/m.sup.2 K. The side walls of the crystallizer preferably have a thickness between 4 and 15 mm.
    • 结晶器(11)在外部与一个形成冷却室(14)的箱形结构(13)配合,其中冷却流体循环,并与内部形成的坯料,花纹或板坯(24)的内部配合。 包含中间壁(20)的冷却室(14)与结晶器(11)的侧壁的外表面(12)配合产生循环通道(21),至少一个上部区域(34)在 至少与弯月面附近并且与液态金属的弯液面(33)下方的部分一起,还包括下部区域(26),并且从成形皮肤与内表面(12)的分离区域附近开始 )和结晶器(11)的出口延伸。 通过作用于循环通道(21)的横截面的至少一侧的至少一个纵向部分的横截面和/或构造,例如通过提供元件来扰乱循环中的冷却流体的流动 通道(21),并且通过作用于存在于循环通道(21)的该纵向部分的入口和出口之间的冷却流体的不同压力,产生了所需的冷却流体的湍流,这样使得系数 的热交换值大于40,000 W / m2K。 结晶器的侧壁优选地具有4至15mm的厚度。
    • 20. 发明授权
    • Continuous casting method with rollers and relative device
    • 连续铸造方法用辊子和相关装置
    • US06382303B1
    • 2002-05-07
    • US09651335
    • 2000-08-31
    • Milorad PavlicevicAnatoly KolesnichenkoAlfredo PoloniAndrea Codutti
    • Milorad PavlicevicAnatoly KolesnichenkoAlfredo PoloniAndrea Codutti
    • B22D2702
    • B22D11/0662B22D11/0625
    • Continuous casting device and method with rollers for plane products such as strip (13) or sheet, comprising counter-rotating rollers (11) immersed in a receptacle (14) containing molten metal (15), said receptacle (14) including a bottom (114) and side walls (214), said rollers (11) being arranged parallel and adjacent to define a transit gap (12) through which the strip (13) to be produced is extracted, the device comprising holding elements (19) of the electromagnetic type arranged in cooperation with each of the ends of said rollers (11), said holding elements (19) having an inner edge, an outer edge and a curved shape suitable to surround, without contact, at least partly the surface of said rollers (11) immersed in said molten metal (15), said holding elements (19) comprising at least a coil (29) suitable to be passed through by an alternating current to generate a magnetic field in said molten metal (15) and generating currents induced therein in order to obtain the lateral confinement of said molten metal (15) in the space (“1”) between the relative facing inner edges of said holding elements (19).
    • 连续铸造装置和方法,其具有用于诸如条带(13)或片材的平面产品的辊,包括浸没在包含熔融金属(15)的容器(14)中的反向旋转辊(11),所述容器(14)包括底部 114)和侧壁(214),所述辊(11)平行并相邻地设置以限定运送间隙(12),待生产的条带(13)通过该间隙被抽出,该装置包括: 所述保持元件(19)具有内边缘,外边缘和弯曲形状,所述外缘和外边缘和弯曲形状至少部分地围绕所述滚子(11)的端部与所述滚子 (11)浸入所述熔融金属(15)中,所述保持元件(19)包括至少一个线圈(29),该线圈适于通过交流电流通过,以在所述熔融金属(15)中产生磁场并产生电流 在其中诱导以获得侧向配合 所述熔融金属(15)在所述保持元件(19)的相对的内边缘之间的空间(“1”)中。