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    • 1. 发明授权
    • Apparatus for roll-changing
    • 换辊装置
    • US4771626A
    • 1988-09-20
    • US25806
    • 1987-03-13
    • Kozaburo IchidaSusumu YamaguchiBunichiro ChikazawaHironobu HayashiTeruo MatsushitaAkinobu YoshiuraShinobu Sanematsu
    • Kozaburo IchidaSusumu YamaguchiBunichiro ChikazawaHironobu HayashiTeruo MatsushitaAkinobu YoshiuraShinobu Sanematsu
    • B21B31/08B21B31/10
    • B21B31/103
    • A roll-changing apparatus for use with a rolling machine including a roll-changing truck, a roll-exchanging truck, a roll-setting truck and a roll rack facility which are used to transport sets of rolls in conjunction with one or more racks having vertically spaced-apart sets of rails for supporting and transferring the rolls. The rolls can be transferred by sliding them between individual racks mounted on each of the roll-changing truck, the roll-exchanging truck and the roll rack facility or a single rack can be rolled from the roll rack facility to the roll-exchanging truck and then to the roll-changing truck for transferring the rolls to and from the rolling machine. The roll-setting truck includes a set of vertically movable rails for aligning with a respective set of rails of a rack mounted on the roll rack facility. The roll rack facility includes a plurality of racks, each of which holds a set of used or reconditioned rolls.
    • 一种用于滚动机的滚动变换装置,该滚动机包括一个用于与具有一个或多个机架的一组或多个机架一起运送滚筒的一个滚动换卷车,一个卷轴转换卡车,一个滚装机和一个卷架设备, 用于支撑和转移辊子的垂直间隔开的导轨组。 可以通过将滚子滑动到安装在每个换卷车,滚动交换卡车和滚动架设备上的各个机架之间,或者单个机架可以从卷架设备滚动到滚动交换卡车, 然后到滚动转换卡车,以将滚筒传送到滚动机器和从滚动机器传送滚筒。 卷筒车包括一组可垂直移动的导轨,用于与安装在卷架设施上的机架的相应组的导轨对准。 卷架设施包括多个机架,每个机架保持一组使用或翻新的辊。
    • 4. 发明授权
    • Method and apparatus for continuously annealing steel sheet
    • 钢板连续退火的方法和装置
    • US4497674A
    • 1985-02-05
    • US615528
    • 1984-05-31
    • Hiroshi IkegamiKozaburo IchidaKatsuyoshi Kobayashi
    • Hiroshi IkegamiKozaburo IchidaKatsuyoshi Kobayashi
    • C21D9/56
    • C21D9/56
    • Steel strip is continuously annealed while successively travelling through a heating, soaking, primary cooling, overaging and secondary cooling zone in an annealing furnace. In the overaging zone, an endless steel strip is allowed to run through a passageway that extends spirally from the entry end of the overaging zone to the point where overaging is completed, at a given distance in the direction of radius. The guide strip travels at the same speed as the steel strip being processed that is delivered from the primary cooling zone. On the entry side of the overaging zone, the strip being processed is laid over the guide strip so that the two strips spirally travel through the overaging zone side by side. The processed and guide strips running together are shifted out of the spiral passageway at the point where overaging is completed. Then, the processed strip is separated from the guide strip by shifting at least one of the two strips. While the separated processed strip is delivered to the subsequent secondary cooling zone, the guide strip is returned to the entry end of the overaging zone for the next trip through the spiral passageway. Helical devices are used for changing the position and running direction of the strip being processed and the guide strip. The overaging furnace is annular in shape, provided with a number of radially disposed guide rolls on the inside. Each guide roll has a plurality of guide grooves in which both edges of the guide strip are fitted.
    • 钢带连续退火,同时在退火炉中依次穿过加热,浸泡,一次冷却,过热和二次冷却区。 在过时效应区域中,允许环形钢带穿过从过时区域的进入端螺旋地延伸到完成过度化的点的通道,沿着半径方向以给定的距离。 引导条以与从主冷却区输送的被处理钢带相同的速度行进。 在过滤区域的入口侧,将被处理的带材放置在导带上,使得两个带材螺旋地并行地穿过过滤区域。 运行在一起的经处理和引导条在完成过度加工的点处从螺旋通道移出。 然后,通过移动两个条带中的至少一个将经处理的条带与引导条分离。 当分离的经处理的带材被输送到随后的二次冷却区域时,引导条带返回到过时间段的入口端,用于通过螺旋通道的下一次行程。 螺旋装置用于改变正在加工的带材和导向条的位置和运行方向。 过时效应炉的形状为环形,在内侧设置有多个径向设置的导向辊。 每个导向辊具有多个导向槽,其中导向条的两个边缘都嵌合在其中。
    • 5. 发明授权
    • Method and apparatus for cooling steel strip
    • 冷却钢带的方法和装置
    • US4704167A
    • 1987-11-03
    • US831433
    • 1986-02-20
    • Kozaburo IchidaNorichika NagiraMineo MurataTadashige Namba
    • Kozaburo IchidaNorichika NagiraMineo MurataTadashige Namba
    • C21D1/667C21D9/573C21D9/52
    • C21D1/667C21D9/573
    • In a cooling zone of a continuous annealing line engineered to continuously process longitudinally travelling steel strip, the strip is first slowly cooled to a desired temperature at a rate of not higher than 20.degree. C./sec. by means of a jet stream of cooling gas ejected against the surface of the strip and subsequently quenched to a desired temperature at a rate of not lower than 70.degree. C./sec. Thinner strip is quenched by high-speed gas-jet cooling that is effected by ejecting a jet stream of cooling gas against its surface, while heavier strip is quenched by bringing it into contact with the perimeter of cooling rolls cooled by a coolant. Namely, quenching is achieved either by high-speed gas-jet cooling or roll cooling depending on the thickness of the strip being processed. A cooling apparatus for implementing the cooling method described above comprises a high-speed gas-jet cooling zone where the strip is cooled by means of a jet stream of cooling gas ejected against its surface and a roll cooling zone following the high-speed gas-jet cooling zone where the strip is brought into direct contact with a plurality of cooling rolls. Means to exert longitudinal tension on the strip travelling through the roll cooling zone are provided at the entry and exit ends thereof.
    • 在连续退火线的冷却区中,连续处理纵向运行的钢带,首先将钢带以不高于20℃/秒的速率缓慢冷却至所需温度。 通过喷射到钢带表面上的冷却气体喷射流,随后以不低于70℃/秒的速率淬火至所需温度。 通过将冷却气体喷射流喷射到其表面上而实现的高速气体喷射冷却来淬火较薄的条带,同时通过使较重的条带与冷却剂冷却的冷却辊的周边接触而将较重的条状物淬火。 也就是说,通过高速气体喷射冷却或辊冷却来实现淬火,这取决于被加工的条带的厚度。 用于实现上述冷却方法的冷却装置包括高速气体喷射冷却区,其中通过喷射在其表面上的冷却气体的喷射流冷却条带,以及在高速气体冷却区之后的辊冷却区域, 喷射冷却区,其中带与多个冷却辊直接接触。 在通过辊冷却区行进的带上施加纵向张力的装置设置在其入口和出口端。