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    • 2. 发明申请
    • DEVICE FOR THE CONTINUOUS CASTING OF METALS, ESPECIALLY STEEL, FOR USE IN A SOLIDIFIED-BENDING METHOD
    • 用于连续铸造金属的装置,特别是用于凝固弯曲过程的钢
    • WO0228570A3
    • 2002-06-27
    • PCT/EP0110968
    • 2001-09-22
    • SMS DEMAG AGRITTNER KARLKNEPPE GUENTERMUELLER JUERGEN
    • RITTNER KARLKNEPPE GUENTERMUELLER JUERGEN
    • B22D11/12B22D11/128B22D11/14
    • B22D11/141B22D11/12B22D11/1282
    • The invention relates to a device for the continuous casting of metals, especially steel, for use in a solidified-bending method. Said device comprises, downstream of the continuous casting mold, a straight strand guide (1) and a bending device (3) that releases the cast strand path (2a) so that the cold strand (5) can be introduced. The aim of the invention is to utilize the height of the device that has so far not been used for supporting the strand or to reduce the height of the entire installation. To this end, the bending device (3) comprises a folding segment (9) that is pivoted on the fixed side (1a) and that is provided with a row of rollers (10) that limit the bending path (3c) in the operational position. The bending device further comprises on the loose side (1b) a loose element (11) that can be swiveled into the operational position (3b) or that can be swiveled out from this position. The bending rollers (3a) of said batch element form the counter-rollers (3d) to the row of rollers (10) in the operational position (3b).
    • 对金属的连续铸造特别是钢,一种装置,用于将固化的弯曲过程中有连续铸造模具的一个下游,直链引导件(1)和弯曲驱动(3)连接所述Giessstrangweg(2a)中的引锭杆的插入(5 )并且旨在使用之前丢失的高度也用于支撑钢绞线或者将整个系统构建得更低。 该目的(3c)中的辊子(10)的行和在另一方面实现,即,弯曲驱动器(3)由上所述,一方面可枢转地安装在固定侧(1a)的折叠(9)设置在所述段,其通过弯曲路径的装置限定在操作位置中,上 松侧(1b)的进入和离开的操作位置(3b)的可接合或枢转离开松散部分(11),在工作位置的弯曲辊(3a)的(3b)中分别形成相对辊(3D)为辊子排(10)。
    • 7. 发明专利
    • AT264150T
    • 2004-04-15
    • AT01986279
    • 2001-09-22
    • SMS DEMAG AG
    • RITTNER KARLKNEPPE GUENTERMUELLER JUERGEN
    • B22D11/12B22D11/128B22D11/14
    • The invention relates to a device for the continuous casting of metals, especially steel, for use in a solidified-bending method. Said device comprises, downstream of the continuous casting mold, a straight strand guide (1) and a bending device (3) that releases the cast strand path (2a) so that the cold strand (5) can be introduced. The object of the invention is to utilize the height of the device that has so far not been used for supporting the strand or to reduce the height of the entire installation. To this end, the bending device (3) comprises a folding segment (9) that is pivoted on the fixed side (1a) and that is provided with a row of rollers (10) that limit the bending path (3c) in the operational position. The bending device further comprises on the loose side (1b) a loose element (11) that can be swiveled into the operational position (3b) or that can be swiveled out from this position. The bending rollers (3a) of said loose element form the counter-rollers (3d) to the row of rollers (10) in the operational position (3b).
    • 9. 发明专利
    • DE10049445A1
    • 2002-04-18
    • DE10049445
    • 2000-10-06
    • SMS DEMAG AG
    • RITTNER KARLMUELLER JUERGENKNEPPE GUENTER
    • B22D11/12B22D11/128B22D11/14
    • The invention relates to a device for the continuous casting of metals, especially steel, for use in a solidified-bending method. Said device comprises, downstream of the continuous casting mold, a straight strand guide (1) and a bending device (3) that releases the cast strand path (2a) so that the cold strand (5) can be introduced. The aim of the invention is to utilize the height of the device that has so far not been used for supporting the strand or to reduce the height of the entire installation. To this end, the bending device (3) comprises a folding segment (9) that is pivoted on the fixed side (1a) and that is provided with a row of rollers (10) that limit the bending path (3c) in the operational position. The bending device further comprises on the loose side (1b) a loose element (11) that can be swiveled into the operational position (3b) or that can be swiveled out from this position. The bending rollers (3a) of said batch element form the counter-rollers (3d) to the row of rollers (10) in the operational position (3b).