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    • 1. 发明授权
    • Continuous annealing process for strip coils
    • 带状线圈的连续退火工艺
    • US4183773A
    • 1980-01-15
    • US911692
    • 1978-06-01
    • Yoshiaki KawasokoIwane ChibaNoboru YamazakiToshimi ChiyonobuMasao Shikuma
    • Yoshiaki KawasokoIwane ChibaNoboru YamazakiToshimi ChiyonobuMasao Shikuma
    • C21D1/74C21D9/54
    • C21D1/74C21D9/54
    • In a continuous annealing process, the annealing furnace is comprised of two adjacent chambers, one for heating and the other for cooling with a door therebetween. The strip coil to be annealed is brought into the heating chamber, such as by a vehicle on a rail, the heating chamber closed, and the coil heated. After heating, the interconnecting door is opened and the heat coil is moved into the cooling chamber by the vehicle, the cooling chamber is closed and the coil is cooled. Concurrently, the next charge of coil is moved into the heating chamber and heated. Since heat from the previous cycle is still in the heating chamber, the amount of heat required for the next cycle is less and heating efficiency is substantially increased. Also, no movement of other equipment is necessary since only a horizontally movable vehicle is necessary to move the coil from one chamber to the next.
    • 在连续退火过程中,退火炉由两个相邻的室组成,一个用于加热,另一个用于与其间的门冷却。 待退火的带状线圈例如通过轨道上的车辆进入加热室,加热室关闭,并且线圈被加热。 加热后,互连门打开,热线圈通过车辆移动到冷却室中,冷却室关闭,线圈冷却。 同时,将下一次充电的线圈移入加热室并加热。 由于来自前一循环的热量仍然在加热室中,所以下一循环所需的热量较少,加热效率显着提高。 此外,不需要其它设备的移动,因为只需要水平移动的车辆来将线圈从一个室移动到下一个室。
    • 2. 发明授权
    • Apparatus for annealing strip coils
    • 带状线圈退火装置
    • US4202537A
    • 1980-05-13
    • US905547
    • 1978-05-12
    • Yoshiaki KawasokoIwane ChibaNoboru YamazakiToshimi ChiyonobuMasao Shikuma
    • Yoshiaki KawasokoIwane ChibaNoboru YamazakiToshimi ChiyonobuMasao Shikuma
    • C21D1/74C21D9/54C21D9/00
    • C21D1/74C21D9/54
    • In a continuous annealing process, the annealing furnace is comprised of two adjacent chambers, one for heating and the other for cooling with a door therebetween. The strip coil to be annealed is brought into the heating chamber, such as by a vehicle on a rail, the heating chamber closed, and the coil heated. After heating, the interconnecting door is opened and the heated coil is moved into the cooling chamber by the vehicle, the cooling chamber is closed and the coil is cooled. Concurrently, the next charge of coil is moved into the heating chamber and heated. Since heat from the previous cycle is still in the heating chamber, the amount of heat required for the next cycle is less and heating efficiency is substantially increased. Also, no movement of other equipment is necessary since only a horizontally movable vehicle is necessary to move the coil from one chamber to the next.
    • 在连续退火过程中,退火炉由两个相邻的室组成,一个用于加热,另一个用于与其间的门冷却。 待退火的带状线圈例如通过轨道上的车辆进入加热室,加热室关闭,并且线圈被加热。 加热后,互连门打开,加热的线圈由车辆移入冷却室,冷却室关闭,线圈冷却。 同时,将下一次充电的线圈移入加热室并加热。 由于来自前一循环的热量仍然在加热室中,所以下一循环所需的热量较少,加热效率显着提高。 此外,不需要其它设备的移动,因为只需要水平移动的车辆来将线圈从一个室移动到下一个室。