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    • 3. 发明授权
    • Method for the controlled pre-rolling of thin slabs leaving a continuous
casting plant, and relative device
    • 薄板坯受控预轧方法,连续铸造厂和相关装置
    • US5488987A
    • 1996-02-06
    • US177765
    • 1994-01-04
    • Bruno Di GiustoFulvio FasanoWogler RuzzaMirco StriuliAlfredo LavazzaAndrea CarboniGiovanni Coassin
    • Bruno Di GiustoFulvio FasanoWogler RuzzaMirco StriuliAlfredo LavazzaAndrea CarboniGiovanni Coassin
    • B21B1/46B21B37/62B22D11/06B22D11/12B22D11/16B22D11/00B22D11/08B22D11/18
    • B22D11/0602B21B1/463B21B37/62B22D11/0622B22D11/1206B22D11/16B21B2201/14
    • Method for the controlled pre-rolling of thin slabs (20) leaving a continuous casting plant, whereby the pre-rolling is carried out with a plurality of pairs of rolls (14-16) grouped together in one or more pre-rolling assemblies (10), the first of the pre-rolling assemblies (10) being positioned immediately downstream of foot rolls (12) of a mold (11), at least one displaceable roll (16) being included in the pairs of rolls (14-16), the pairs of rolls (14-16) being associated with pressure transducer means (18) and hydraulic capsule means (17), position transducer means (24) being included. The pressure transducer means (18) and position transducer means (24) can be associated with a data processing unit (21), at least the first of the pairs of rolls (14-16) processing a slab (20) which has just emerged from the mold (11) with a thin solidified skin. The method achieves a pre-rolling with a reduction of the thickness of the slab (20) leaving the last pair of pre-rolling rolls (14-16) by at least 10% so as to eliminate the liquid core and to bring into contact the zones in a two-phase condition in order that the central solidification structure be refined and the central separation be minimized. Device suitable to carry out the controlled pre-rolling of thin slabs according to the above method, which comprises means (25a) to monitor the temperature of the liquid bath in a tundish, means (25b) to monitor the temperature of a slab (20), means (26) to monitor the speed of the slab (20) and means (28) to monitor the inclusion of a liquid cone.
    • 用于允许离开连续铸造设备的薄板坯(20)的受控预轧的方法,由此通过在一个或多个预轧组件中组合在一起的多对辊(14-16)进行预轧, 10),第一预轧组件(10)紧邻模具(11)的脚辊(12)的下游,至少一个位移辊(16)被包括在成对辊(14-16)中 ),包括与压力传感器装置(18)和液压胶囊装置(17)相关联的辊对(14-16),包括位置传感器装置(24)。 压力传感器装置(18)和位置传感器装置(24)可以与数据处理单元(21)相关联,至少第一对辊(14-16)处理刚刚出现的板坯(20) 从模具(11)与薄凝固的皮肤。 该方法通过将最后一对预轧辊(14-16)的板坯(20)的厚度减小至少10%来实现预轧,从而消除液芯并使其接触 这两个区域处于两相状态,以便中心凝固结构被精炼并使中心分离最小化。 适用于根据上述方法进行薄板受控预轧的装置,其包括用于监测中间包中的液槽温度的装置(25a),用于监测板坯(20)的温度的装置(25b) ),用于监测板坯(20)的速度的装置(26)和用于监测液体锥体的包含的装置(28)。
    • 5. 发明授权
    • Plant to convert a metallic charge into semifinished products, and
connected smelting and casting method
    • 将金属电荷转化为半成品,并连接冶炼和铸造方法
    • US4797154A
    • 1989-01-10
    • US100615
    • 1987-09-24
    • Giampietro BenedettiFulvio Fasano
    • Giampietro BenedettiFulvio Fasano
    • B22D11/10B22D11/14B22D33/00B22D41/13B22D47/00C21B3/00C21C5/52C22B4/00
    • B22D41/13C21C5/52C21C5/5294Y02P10/216Y10S266/901
    • Integrated plant (10) to convert a metallic charge continuously into semi-finished products such as billets, blooms, slabs, bars or ingots, which comprises in close cooperation a chamber (14) to pre-heat a controlled metallic charge, the chamber (14) including a burner (15) and a terminal feeder (16) feeding an electric furnace (17) with a controlled flow, and comprises also the electric furnace (17), a continuously functioning transformer (26), a multifunction manipulator (20) with two independent arms able to rotate circumferentially and to move vertically to handle two ladles (18) at one and the same time at least between a tapping station of the electric furnace (17) and a casting and tapping station (21), and at least one casting and tapping station (21) served by a tundish feeding liquid metal continuously, a station to refine the liquid metal in the ladle (18) being located between the tapping station of the furnace (17) and the tapping and casting station (21).Smelting method obtained with the plant (10) of the claims hereinbefore, which feeds molten metal continuously at least to one casting station (21) by means of two ladles (18) feeding a tundish alternately and starts with a pre-set and variable metallic charge, such metallic charge being fed continuously in the opposite direction to heating means in a pre-heating chamber (14), such charge feeding continuously with an adjustable flow an electric furnace (17) when liquid metal is tapped regularly and partially into ladles (18) able to move along a circumference, in which method the liquid metal is treated and refined in the ladle (18) before being delivered by one of the ladles (18) alternately into a tundish which transfers it continuously to the casting station (21) while the other ladle (18) is engaged in succession in operations of preparation, charging and refining, the cycle proceeding continuously without operating interference.
    • 6. 发明授权
    • Device for regulating a tundish stopper
    • 用于调节中间包塞子的装置
    • US4410112A
    • 1983-10-18
    • US267058
    • 1981-05-26
    • Fulvio FasanoGiorgio Turco
    • Fulvio FasanoGiorgio Turco
    • B22D41/20B22D41/08
    • B22D41/20
    • This invention concerns a device for regulating a tundish stopper, whereby the stopper (I2) submerged in the tundish (I0) is connected rigidly (I3) to a substantially parallel shaft (I5) moving parallel to said stopper (I2), and whereby the substantially parallel shaft (I5) has a tract with a rack (I8) cooperating with a toothed sector (I9) having a lever (20), and whereby a reaction slide block (25) cooperates in a coordinated manner with the toothed rack tract (I8), and whereby there is present an axially movable sleeve (27) which can be clamped (33) to said shaft (I5) and which cooperates with a threaded ring nut (34) performing axial adjustment, and whereby it is possible to mechanise either the toothed sector (I9) or the movable sleeve (27) or both of them (I9-27).
    • 本发明涉及一种用于调节中间包止动器的装置,其中淹没在中间包(I0)中的止动器(I2)刚性地连接到平行于所述止动件(I2)移动的大致平行的轴(I5)上, 基本上平行的轴(I5)具有带齿条(I8)的管道,齿条(I8)与具有杠杆(20)的齿形区段(I9)协作,并且由此反作用滑块(25)以协调的方式与齿条通道 I8),并且由此存在可轴向移动的套筒(27),其可以被夹紧(33)到所述轴(I5)并且与执行轴向调节的螺纹环形螺母(34)配合,并且由此可以机械化 有齿扇区(I9)或可动套筒(27)或它们两者(I9-27)。
    • 7. 发明授权
    • Multipurpose mold
    • 多功能模具
    • US5332024A
    • 1994-07-26
    • US845657
    • 1992-03-04
    • Fulvio Fasano
    • Fulvio Fasano
    • B22D20060101B22D11/04B22D11/115B22D11/20B22D11/16
    • B22D11/206B22D11/04B22D11/115
    • Multipurpose mould (10) which cooperates with a discharge roller conveyor (13) having a first removable segment (14) and which can cooperate with an electromagnetic stirrer (21) and also can form part of a plurality of casting lines. The mould (10) includes one or more level control systems (24-25) to control the level of liquid metal, a crystallizer (16) , a jacket (18) defining an interspace (50) for the accelerated flow of a cooling fluid, an outer sidewall (19) to form at least one chamber (17) and a closure bottom (22). The outer sidewall (19) has at least in its second lower part a substantially circular enclosure (20) for the external lodgement of the electromagnetic stirrer (21) supported and positioned on the closure bottom (22). The closure bottom (22) has at its lower end positioner (34) mating with positioning guide-block supports (36) included substantially above the first removable segment (14). The closure bottom (22) includes in its lower portion an attachment (41) cooperating with connection means (55) provided substantially above the first removable segment (14).
    • 多用途模具(10)与具有第一可拆卸段(14)的排放辊式输送机(13)配合,并且可与电磁搅拌器(21)配合,并且还可以形成多个铸造线的一部分。 模具(10)包括一个或多个液位控制系统(24-25),用于控制液态金属的液位,结晶器(16),限定空间(50)的夹套(18),用于加速冷却流体流 ,形成至少一个室(17)和封闭底部(22)的外侧壁(19)。 外侧壁(19)至少在其第二下部具有基本上圆形的外壳(20),用于支撑并定位在封闭件底部(22)上的电磁搅拌器(21)的外部托盘。 封闭底部(22)在其下端定位器(34)处与基本上包括在第一可拆卸段(14)上方的定位导向块支撑件(36)配合。 封闭底部(22)在其下部包括与基本上设置在第一可移除段(14)上方的连接装置(55)配合的连接件(41)。
    • 8. 发明授权
    • Plant to convert a metallic charge into semifinished products
    • 将金属电荷转化成半成品的工厂
    • US4898227A
    • 1990-02-06
    • US261390
    • 1988-10-24
    • Giampietro BenedettiFulvio Fasano
    • Giampietro BenedettiFulvio Fasano
    • B22D11/10B22D11/14B22D33/00B22D41/13B22D47/00C21B3/00C21C5/52
    • B22D41/13C21C5/52C21C5/5294Y02P10/216Y10S266/901
    • Integrated plant (10) to convert a metallic charge continuously into semi-finished products such as billets, blooms, slabs, bars or ingots, which comprises in close cooperation a chamber (14) to pre-heat a controlled metallic charge, the chamber (14) including a burner (15) and a terminal feeder (16) feeding an electric furnace (17) with a controlled flow, and comprises also the electric furnace (17), a continuously functioning transformer (26), a multifunction manipulator (20) with two independent arms able to rotate circumferentially and to move vertically to handle two ladles (18) at one and the same time at least between a tapping station of the electric furnace (17) and a casting and tapping station (21), and at least one casting and tapping station (21) served by a tundish feeding liquid metal continuously, a station to refine the liquid metal in the ladle (18) being located between the tapping station of the furnace (17) and the tapping and casting station (21).Smelting method obtained with the plant (10) of the claims hereinbefore, which feeds molten metal continuously at least to one casting statio (21) by means of two ladles (18) feeding a tundish alternately and starts with a pre-set and variable metallic charge, such metallic charge being fed continuously in the opposite direction to heating means in a pre-heating chamber (14), such charge feeding continuously with an adjustable flow an electric furnace (17) when liquid metal is tapped regularly and partially into ladles (18) able to move along a circumference, in which method the liquid metal is treated and refined in the ladle (18) before being delivered by one of the ladles (18) alternately into a tundish which transfers it continuously to the casting station (21) while the other ladle (18) is engaged in succession in operations of preparation, charging and refining, the cycle proceeding continuously without operating interference.
    • 9. 发明授权
    • Method for the controlled pre-rolling of thin slabs leaving a continuous
casting plant, and relative device
    • 薄板坯受控预轧方法,连续铸造厂和相关装置
    • US5601138A
    • 1997-02-11
    • US553015
    • 1995-11-03
    • Bruno Di GiustoFulvio FasanoWogler RuzzaMirco StriuliAlfredo LavazzaAndrea CarboniGiovanni Coassin
    • Bruno Di GiustoFulvio FasanoWogler RuzzaMirco StriuliAlfredo LavazzaAndrea CarboniGiovanni Coassin
    • B21B1/46B21B37/62B22D11/06B22D11/12B22D11/16
    • B22D11/0602B21B1/463B21B37/62B22D11/0622B22D11/1206B22D11/16B21B2201/14
    • Method for the controlled pre-rolling of thin slabs (20) leaving a continuous casting plant, whereby the pre-rolling is carried out with a plurality of pairs of rolls (14-16), a first pre-rolling assembly (10) being positioned immediately downstream of foot rolls (12) of a mold (11), at least one displaceable roll (16) being included in the pairs of rolls (14-16), the pairs of rolls (14-16) being associated with pressure transducer (18) and hydraulic capsule (17), position transducer (24) being included. The pressure transducer (18) and position transducer (24) can be associated with a data processing unit (21), at least the first of the pairs of rolls (14-16) processing a slab (20) which has just emerged from the mold (11) with a thin solidified skin. The method achieves a pre-rolling with a reduction of the thickness of the slab (20) leaving the last pair of pre-rolling rolls (14-16) by at least 10% so as to eliminate the liquid core and to bring into contact the zones in a two-phase condition in order that the central solidification structure be refined and the central separation be minimized. Device suitable to carry out the controlled pre-rolling of thin slabs according to the above method, which comprises an element (25a) to monitor the temperature of the liquid bath in a tundish, an element (25b) to monitor the temperature of a slab (20), an element (26) to monitor the speed of the slab (20) and an element (28) to monitor the inclusion of a liquid cone.
    • 用于允许离开连续铸造设备的薄板坯(20)的受控预轧的方法,由此通过多对轧辊(14-16)进行预轧,第一预轧组件(10) 定位在模具(11)的脚卷(12)的紧挨下游的位置,至少一个位移辊(16)包括在成对辊(14-16)中,成对的辊(14-16)与压力 传感器(18)和液压胶囊(17),位置传感器(24)。 压力传感器(18)和位置传感器(24)可以与数据处理单元(21)相关联,至少第一对辊(14-16)处理刚刚从 模具(11)具有薄的固化皮肤。 该方法通过将最后一对预轧辊(14-16)的板坯(20)的厚度减小至少10%来实现预轧,从而消除液芯并使其接触 这两个区域处于两相状态,以便中心凝固结构被精炼并使中心分离最小化。 适用于根据上述方法进行薄板受控预轧的装置,其包括用于监测中间包中的液槽的温度的元件(25a),用于监测板坯温度的元件(25b) (20),用于监测板坯(20)的速度的元件(26)和用于监视液体锥体的包含的元件(28)。