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    • 5. 发明授权
    • Casting roll
    • 铸辊
    • US08006742B2
    • 2011-08-30
    • US12527773
    • 2008-02-22
    • Katsumi NakayamaHiroyuki OtsukaHisahiko Fukase
    • Katsumi NakayamaHiroyuki OtsukaHisahiko Fukase
    • B22D11/12
    • B22D11/0651B22D11/0682
    • A casting roll having an outer periphery capable of being efficiently cooled is disclosed. The casting roll has a roll body on which side weirs abut, short tube-shaped supports each coaxially with and protruding from the roll body, a stub axle fitted into the support, a sleeve fitted over the support and a flange contiguous with the stub axle and abutting on the sleeve on a side away from the roll body. The roll body is formed with longitudinal cooling passages passing through the roll from one end to the other end of the roll as well as radial cooling passages each adjacent to a corresponding end of the roll and extending from an inner periphery of the roll to a corresponding longitudinal cooling passage. A plug is fitted into each end of the longitudinal cooling passages and abuts on the sleeve. With a distance between the longitudinal cooling passages and the outer periphery of the roll body being reduced as much as possible, cooling water is passed through a portion of the roll body.
    • 公开了具有能够有效冷却的外周的铸辊。 铸辊具有辊体,侧面堰邻接在其上,与管体同轴并且突出的短管状支撑件,装配到支撑件中的短轴,安装在支撑件上的套筒和与短轴连接的凸缘 并且在远离辊体的一侧抵接在套筒上。 辊体形成有纵向冷却通道,该纵向冷却通道从辊的一端到另一端穿过辊,以及径向冷却通道,每个冷却通道各自与辊的相应端部相邻并且从辊的内周延伸到相应的 纵向冷却通道。 在纵向冷却通道的每一端安装一个塞子并且紧靠在套筒上。 在纵向冷却通道和辊体的外周之间的距离尽可能地减小的同时,冷却水通过辊体的一部分。
    • 7. 发明申请
    • CASTING ROLL
    • 铸造辊
    • US20100108284A1
    • 2010-05-06
    • US12527773
    • 2008-02-22
    • Katsumi NakayamaHiroyuki OtsukaHisahiko Fukase
    • Katsumi NakayamaHiroyuki OtsukaHisahiko Fukase
    • B22D11/06B22D11/124
    • B22D11/0651B22D11/0682
    • Intended is to provide a casting roll having an outer periphery capable of being efficiently cooled.The casting roll has a roll body on which side weirs 11 abut, short tube-shaped supports 13 each coaxially with and protruding from the roll body 12, a stub axle 14 fitted into the support 13, a sleeve 15 fitted over the support 13 and a flange 16 contiguous with the stub axle 14 and abutting on the sleeve 15 on a side away from the roll body 12. The roll body 12 is formed with longitudinal cooling passages 17 passing through the roll from one end to the other end of the roll as well as radial cooling passages 18 each adjacent to a corresponding end of the roll and extending from an inner periphery of the roll to a corresponding longitudinal cooling passage 17. A plug 19 is fitted into each end of the longitudinal cooling passages 17 and abuts on the sleeve 15. With distance T3 between the longitudinal cooling passages 17 and the outer periphery of the roll body 12 being reduced as much as possible, cooling water W is passed through a surficial portion of the roll body 12.
    • 旨在提供具有能够被有效冷却的外周的铸辊。 铸轧辊具有侧面堰11邻接的辊体,与轧辊本体12同轴并且从辊体12突出的短管状支撑件13,装配到支撑件13中的短轴14,安装在支撑件13上的套筒15, 与短轴14邻接的凸缘16,并且在远离辊体12的一侧抵靠在套筒15上。辊主体12形成有纵向冷却通道17,其从辊的一端到另一端穿过辊 以及径向冷却通道18,其各自与辊的相应端部相邻并且从辊的内周延伸到相应的纵向冷却通道17.插塞19装配到纵向冷却通道17的每个端部中并邻接 纵向冷却通道17和辊体12的外周之间的距离T3尽可能地减小,冷却水W通过辊体12的表面部分。