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    • 1. 发明申请
    • Method and Device for Controlling Process Gases for Heat Treatments of Metallic Materials/Workpieces in Industrial Furnaces
    • 用于控制工业气体中金属材料/工件热处理工艺气体的方法和装置
    • US20110139265A1
    • 2011-06-16
    • US12968375
    • 2010-12-15
    • Werner Hendrik GroblerThomas EversmannBernd EdenhoferJens BechtholdDirk JoritzNils Bernhagen
    • Werner Hendrik GroblerThomas EversmannBernd EdenhoferJens BechtholdDirk JoritzNils Bernhagen
    • F17D1/16F16K21/04
    • C21D11/00F27D19/00Y10T137/0396Y10T137/7837
    • For regulating process gases for heat treatments of metal materials/workpieces in industrial furnaces (1), which have at least one treatment chamber (2), at least one burnoff point (4) having at least one first valve (4.1), and a regulator (5) having pressure meter (5.1), the burnoff point (4) is only to be opened as a function of requirements related to the process gas. For this purpose, in a first step, with open first valve (4.1), a quantity of a flushing gas (6.1) of the gas mixture (6) of the respective process gas is supplied in a controlled manner to the industrial furnace (1) and then burned off, in a second step, the valve (4.1) is closed, the industrial furnace (1) is regulated to a preset furnace pressure and this is permanently detected via the pressure meter (5.1), in a third step, with the target pressure of the industrial furnace achieved, this pressure is detected via the pressure meter (5.1) and maintained, the first valve (4.1) further remaining closed. In a fourth step, the flushing gasification can be activated and adjusted. In the event of large pressure rise, in a fifth step, an overpressure flap (4.3) of the burnoff point (4) can be opened in a controlled manner via a fixed limiting value for pressure dissipation (FIG. 1).
    • 用于调节具有至少一个处理室(2)的至少一个具有至少一个第一阀(4.1)的至少一个燃尽点(4)的工业炉(1)中的金属材料/工件的热处理工艺气体,以及 具有压力计(5.1)的调节器(5),燃烧点(4)仅作为与工艺气体相关的要求的函数打开。 为此,在第一步骤中,通过开放的第一阀(4.1),将各处理气体的气体混合物(6)的冲洗气体(6.1)的量以受控方式供应到工业炉(1) ),然后在第二步骤中关闭阀(4.1),将工业炉(1)调节到预设的炉压力,并通过压力计(5.1)永久检测,第三步, 在实现工业炉的目标压力的情况下,通过压力表(5.1)检测到该压力并保持,第一阀(4.1)进一步保持关闭。 在第四步骤中,可以激活和调节冲洗气化。 在大压力升高的情况下,在第五步骤中,燃烧点(4)的过压阀(4.3)可以通过用于压力耗散的固定限制值以受控的方式打开(图1)。
    • 2. 发明授权
    • Method and device for controlling process gases for heat treatments of metallic materials/workpieces in industrial furnaces
    • 用于控制工业炉中金属材料/工件热处理工艺气体的方法和装置
    • US08465603B2
    • 2013-06-18
    • US12968375
    • 2010-12-15
    • Werner Hendrik GroblerThomas EversmannBernd EdenhoferJens BechtholdDirk JoritzNils Bernhagen
    • Werner Hendrik GroblerThomas EversmannBernd EdenhoferJens BechtholdDirk JoritzNils Bernhagen
    • F17D1/16
    • C21D11/00F27D19/00Y10T137/0396Y10T137/7837
    • For regulating process gases for heat treatments of metal materials/workpieces in industrial furnaces (1), which have at least one treatment chamber (2), at least one burnoff point (4) having at least one first valve (4.1), and a regulator (5) having pressure meter (5.1), the burnoff point (4) is only to be opened as a function of requirements related to the process gas. For this purpose, in a first step, with open first valve (4.1), a quantity of a flushing gas (6.1) of the gas mixture (6) of the respective process gas is supplied in a controlled manner to the industrial furnace (1) and then burned off, in a second step, the valve (4.1) is closed, the industrial furnace (1) is regulated to a preset furnace pressure and this is permanently detected via the pressure meter (5.1), in a third step, with the target pressure of the industrial furnace achieved, this pressure is detected via the pressure meter (5.1) and maintained, the first valve (4.1) further remaining closed. In a fourth step, the flushing gasification can be activated and adjusted. In the event of large pressure rise, in a fifth step, an overpressure flap (4.3) of the burnoff point (4) can be opened in a controlled manner via a fixed limiting value for pressure dissipation.
    • 用于调节具有至少一个处理室(2)的至少一个具有至少一个第一阀(4.1)的至少一个燃尽点(4)的工业炉(1)中的金属材料/工件的热处理工艺气体,以及 具有压力计(5.1)的调节器(5),燃烧点(4)仅作为与工艺气体相关的要求的函数打开。 为此,在第一步骤中,通过开放的第一阀(4.1),将各处理气体的气体混合物(6)的冲洗气体(6.1)的量以受控方式供应到工业炉(1) ),然后在第二步骤中关闭阀(4.1),将工业炉(1)调节到预设的炉压力,并通过压力计(5.1)永久检测,第三步, 在实现工业炉的目标压力的情况下,通过压力表(5.1)检测到该压力并保持,第一阀(4.1)进一步保持关闭。 在第四步骤中,可以激活和调节冲洗气化。 在大压力升高的情况下,在第五步骤中,燃烧点(4)的过压阀(4.3)可以通过用于压力耗散的固定限制值以受控的方式打开。