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    • 1. 发明申请
    • TWIN-ROLL CONTINUOUS CASTER
    • 双辊连续铸件
    • US20100175848A1
    • 2010-07-15
    • US12632386
    • 2009-12-07
    • Kiyoshi KAGEHIRATatsunori SUGIMOTO
    • Kiyoshi KAGEHIRATatsunori SUGIMOTO
    • B22D11/06B22D11/124
    • B22D11/0622B22D11/068B22D11/124
    • In a twin-roll continuous caster configured to cast molten steel supplied to a molten metal pool between cooling rolls into a cast piece by, for example, cooling and solidifying the molten steel on the surfaces of the cooling rolls, the pair of cooling rolls each have ridges on the surface thereof, and cast-piece edges and a cast-piece central portion are generated. Specifically, the cast-piece edges are generated by pressing and bonding lateral edges of one of solidified shells to lateral edges of the other solidified shells, the lateral edges of the solidified shells being produced by cooling and solidifying the molten metal on surfaces of collars provided at lateral end portions of the cooling rolls. The cast-piece central portion contains the unsolidified molten steel between the solidified shells and is generated by cooling and solidifying the molten steel on the surfaces of the laterally central portions of the cooling rolls.
    • 在双辊连续铸造机中,通过例如将冷却辊的表面上的钢水进行冷却和凝固,将供给到冷却辊之间的熔融金属池的钢水铸造成铸件,该对冷却辊 在其表面上具有脊,并且产生铸件边缘和铸件中心部分。 具体地说,铸件边缘是通过将其中一个固化壳的侧边缘按压和粘合到另一个凝固壳的侧边缘而产生的,凝固壳的侧边缘是通过在所提供的套环的表面上冷却和固化熔融金属而产生的 在冷却辊的横向端部。 铸件中心部分在凝固壳体之间包含未固化的钢水,并且通过在冷却辊的横向中心部分的表面上冷却和固化钢水而​​产生。
    • 2. 发明授权
    • Twin-roll continuous casting machine and rolling equipment
    • 双辊连铸机和轧制设备
    • US08136575B2
    • 2012-03-20
    • US12603923
    • 2009-10-22
    • Kiyoshi KagehiraTatsunori Sugimoto
    • Kiyoshi KagehiraTatsunori Sugimoto
    • B22D11/06B22D11/12B22D11/128
    • B22D11/0622
    • A twin-roll continuous casting machine includes: a moving mechanism for moving, relative to one roll, another roll; a plurality of upper side support rolls for supporting the one-roll side of a cast slab separated from the one roll and withdrawn; and a plurality of lower side support rolls for supporting the other-roll side of the cast slab pulled out from the clearance between both rolls. The upper side support rolls are rotatably supported by first bearers, while the lower side support rolls are rotatably supported by second bearers having a force for urging the lower side support rolls toward the cast slab. The cast slab is transported, with an upper surface portion of the cast slab pulled out from the clearance between both rolls serving as a reference surface.
    • 双辊连续铸造机包括:相对于一个辊移动另一个辊的移动机构; 多个上侧支撑辊,用于支撑与一个辊分离的铸坯的单辊侧并取出; 以及多个下侧支撑辊,用于支撑从两个辊之间的间隙拉出的铸坯的另一侧。 上侧支撑辊由第一承载体可旋转地支撑,而下侧支撑辊由具有用于将下侧支撑辊推向铸造板的力的第二承载件可旋转地支撑。 铸造板坯被输送,铸造板的上表面部分从作为参考表面的两个辊之间的间隙中拉出。
    • 3. 发明申请
    • TWIN-ROLL CONTINUOUS CASTING MACHINE AND ROLLING EQUIPMENT
    • 双辊连续铸造机和轧制设备
    • US20100101751A1
    • 2010-04-29
    • US12603923
    • 2009-10-22
    • Kiyoshi KAGEHIRATatsunori Sugimoto
    • Kiyoshi KAGEHIRATatsunori Sugimoto
    • B22D11/06
    • B22D11/0622
    • A twin-roll continuous casting machine comprises: a moving mechanism for moving, relative to one roll, another roll; a plurality of upper side support rolls for supporting the one-roll side of a cast slab separated from the one roll and withdrawn; and a plurality of lower side support rolls for supporting the other-roll side of the cast slab pulled out from the clearance between both rolls. The upper side support rolls are rotatably supported by first bearers, while the lower side support rolls are rotatably supported by second bearers having a force for urging the lower side support rolls toward the cast slab. The cast slab is transported, with an upper surface portion of the cast slab pulled out from the clearance between both rolls serving as a reference surface.
    • 双辊连续铸造机包括:相对于一个辊移动另一个辊的移动机构; 多个上侧支撑辊,用于支撑与一个辊分离的铸坯的单辊侧并取出; 以及多个下侧支撑辊,用于支撑从两个辊之间的间隙拉出的铸坯的另一侧。 上侧支撑辊由第一承载体可旋转地支撑,而下侧支撑辊由具有用于将下侧支撑辊推向铸造板的力的第二承载件可旋转地支撑。 铸造板坯被输送,铸造板的上表面部分从作为参考表面的两个辊之间的间隙中拉出。
    • 5. 发明申请
    • Twin-Roll Continuous Casting Machine And Twin-Roll Continuous Casting Method
    • 双辊连续铸造机和双辊连续铸造法
    • US20080169082A1
    • 2008-07-17
    • US11665121
    • 2005-11-15
    • Kanji HayasiKiyoshi KagehiraHideaki TakataniTatsunori SugimotoShigeki Sueda
    • Kanji HayasiKiyoshi KagehiraHideaki TakataniTatsunori SugimotoShigeki Sueda
    • B22D11/06
    • B22D11/0651B22D11/0622
    • When a molten steel (106) is supplied into a moving mold defined by concave rolls (101, 102) and side checks (103, 104), the molten steel (106) is cooled by the surfaces of the rolls (surfaces except steps) to form solidified shells (111, 112). Both solidified shells (111, 112) are pressure bonded, and pulled out as a cast piece (113). A heat insulator (ceramic coating) has been applied to the circumferential surfaces of steps (101a, 101b, 102a, 102b) which are opposite end portions of the rolls. Thus, at these portions, heat dissipation does not proceed, and no solidified shells are formed. Hence, clearances are formed between the opposite ends of the solidified shells (111, 112) and the side checks (103, 104), and the solidified shells (111, 112) do not contact the side checks (103, 104), with the result that the wear of the side checks (103, 104) is prevented.
    • 当钢水(106)被供给到由凹辊(101,102)和侧面检查(103,104)限定的移动模具中时,钢水(106)被辊的表面(除了台阶之外的表面)冷却, 以形成凝固的壳(111,112)。 两个凝固的壳体(111,112)被压接,并作为铸件(113)拉出。 已经将隔热层(陶瓷涂层)施加到与辊的相对端部的台阶(101a,101b,102a,102b)的周向表面上。 因此,在这些部分,散热不会进行,并且不形成凝固的壳。 因此,在凝固的壳体(111,112)的相对端和侧面检查(103,104)之间形成间隙,并且凝固的壳体(111,112)不接触侧面检查(103,104),与 结果是防止侧面检查(103,104)的磨损。
    • 6. 发明授权
    • Twin-roll continuous caster
    • 双辊连铸机
    • US08267152B2
    • 2012-09-18
    • US12632386
    • 2009-12-07
    • Kiyoshi KagehiraTatsunori Sugimoto
    • Kiyoshi KagehiraTatsunori Sugimoto
    • B22D11/06
    • B22D11/0622B22D11/068B22D11/124
    • In a twin-roll continuous caster configured to cast molten steel supplied to a molten metal pool between cooling rolls into a cast piece by, for example, cooling and solidifying the molten steel on the surfaces of the cooling rolls, the pair of cooling rolls each have ridges on the surface thereof, and cast-piece edges and a cast-piece central portion are generated. Specifically, the cast-piece edges are generated by pressing and bonding lateral edges of one of solidified shells to lateral edges of the other solidified shells, the lateral edges of the solidified shells being produced by cooling and solidifying the molten metal on surfaces of collars provided at lateral end portions of the cooling rolls. The cast-piece central portion contains the unsolidified molten steel between the solidified shells and is generated by cooling and solidifying the molten steel on the surfaces of the laterally central portions of the cooling rolls.
    • 在双辊连续铸造机中,通过例如将冷却辊的表面上的钢水进行冷却和固化,将供给到冷却辊之间的熔融金属池的钢水铸造成铸件,该对冷却辊 在其表面上具有脊,并且产生铸件边缘和铸件中心部分。 具体地说,铸件边缘是通过将其中一个固化壳的侧边缘按压和粘合到另一个凝固壳的侧边缘而产生的,凝固壳的侧边缘是通过在所提供的套环的表面上冷却和固化熔融金属而产生的 在冷却辊的横向端部。 铸件中心部分在凝固壳体之间包含未固化的钢水,并且通过在冷却辊的横向中心部分的表面上冷却和固化钢水而​​产生。