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    • 3. 发明申请
    • Method and Device for the Continuous Creation of a Bainite Structure in a Carbon Steel, Particularly in a Strip Steel
    • 在碳钢,特别是带钢中连续生产贝氏体组织的方法和装置
    • US20090139616A1
    • 2009-06-04
    • US12084660
    • 2006-10-31
    • Werner KaiserHeinz HofinghoffHans-Toni JuniusMichael HellmannPeter EbnerHeribert Lochner
    • Werner KaiserHeinz HofinghoffHans-Toni JuniusMichael HellmannPeter EbnerHeribert Lochner
    • C21D1/63C21D6/00
    • C21D1/20C21D1/25C21D1/607C21D1/63C21D8/02C21D8/04C21D9/561C21D9/563C21D9/573C21D9/58Y02P10/212
    • The invention relates to a method for continuously creating a bainite structure in a carbon steel, especially a strip steel. The method comprises the following steps: the carbon steel (1) is austenitized (3) at a temperature exceeding the austenitizing temperature; the austenitized carbon steel (1) is introduced into a bath (2) containing a quenching agent (21) in order to cool the carbon steel (1) to a temperature lying below the austenitizing temperature; the carbon steel (1) is adjusted to the transformation temperature for bainite and is maintained (13) at the transformation temperature for a certain period of time; and the carbon steel is then cooled (17). In order to further develop the method, the carbon steel (1) penetrates a bath (2) containing a quenching agent (21) until a defined percentage of the bainite structure relative to the total structure of the carbon steel (1) has formed in the bath (2) containing the quenching agent (21) following the austenitizing process, residues of the quenching agent (21) are removed from the surface of the carbon steel (1) by blowing the same off when the carbon steel (1) is discharged from the bath (2), and the remaining structure components of the carbon steel (1) are then transformed into bainite in an isothermal tempering station (13) without deflecting the carbon steel (1) at all when the same penetrates the isothermal tempering station (13).
    • 本发明涉及一种在碳钢,特别是钢带钢中连续生产贝氏体组织的方法。 该方法包括以下步骤:在超过奥氏体化温度的温度下将碳钢(1)奥氏体化(3) 将奥氏体化碳钢(1)引入含有淬火剂(21)的浴(2)中,以将碳钢(1)冷却至低于奥氏体化温度的温度; 将碳钢(1)调节至贝氏体的转变温度,并在相变温度下保持(13)一定时间; 然后将碳钢冷却(17)。 为了进一步开发该方法,碳钢(1)穿透含有淬火剂(21)的浴(2),直到贝氏体组织相对于碳钢(1)的总体结构的规定百分比形成 在奥氏体化过程中含有淬火剂(21)的浴(2),通过将碳钢(1)为碳素钢(1)的碳钢(1)的残留物从碳钢(1)的表面除去,淬火剂 从浴中排出,然后在等温回火站(13)中将碳钢(1)的其余结构部件转变成贝氏体,而当同样穿过等温回火时,碳钢(1)完全不会发生偏转 车站(13)。
    • 6. 发明申请
    • Method for batchwise heat treatment of goods to be annealed
    • 待退火货物的分批热处理方法
    • US20090026666A1
    • 2009-01-29
    • US11919689
    • 2006-05-11
    • Peter EbnerHeribert Lochner
    • Peter EbnerHeribert Lochner
    • C21D1/76
    • C21D1/76C21D1/74
    • A method is described for batchwise heat treatment of goods to be annealed which are heated in a heating chamber after scavenging air with a scavenging gas under protective gas to a predetermined treatment temperature, with the protective gas being conveyed through the heating chamber depending on the occurrence of impurities in different quantities. In order to enable the economic use of protective gas, it is proposed that the protective gas which is withdrawn from the heating chamber after the main occurrence of impurities and which is loaded with a residual quantity of impurities is conveyed, optionally after intermediate storage, into the heating chamber during the main occurrence of impurities of a subsequent batch before non-loaded protective gas is introduced into the heating chamber.
    • 描述了一种用于对待退火的物品进行分批热处理的方法,其在保护气体中的清除气体将空气清扫至预定处理温度之后,在加热室中加热,根据发生的情况将保护气体输送通过加热室 不同量的杂质。 为了能够经济地使用保护气体,建议在主要发生杂质之后从加热室排出并且装载有剩余量的杂质的保护气体(任选地在中间储存之后)被输送到 在未加载的保护气体之前主要发生后续批次的杂质的加热室被引入加热室。
    • 7. 发明授权
    • Method for preheating annealing products in a hood-type annealing system
    • 在罩式退火系统中预热退火产品的方法
    • US08790115B2
    • 2014-07-29
    • US13257637
    • 2010-03-18
    • Robert EbnerGerhard DenkHeribert LochnerAndreas Sauschlager
    • Robert EbnerGerhard DenkHeribert LochnerAndreas Sauschlager
    • F27B5/02
    • F27B11/00C21D9/677F27D7/04
    • A method is described for preheating annealing goods in a hood-type annealing installation, comprising two annealing bases (1, 2) which accommodate the annealing goods (3, 4) under a protective cover (7, 8), with the annealing goods (3) to be subjected to a heat treatment under a protective cover (8) being preheated with the help of a gaseous heat carrier which is guided in a cycle between two protective covers (7, 8) and absorbs heat from annealing goods (4) which are heat-treated in a protective cover (7) and emits it to the annealing goods (3) to be preheated in the other protective cover (8). In order to avoid contaminations of the heat-treated annealing goods (4) it is proposed that the heat carrier flow guided in a cycle flows around the two protective covers (7, 8) on the outside, whereas a protective gas is circulated within the protective covers (7, 8).
    • 描述了一种用于在罩式退火设备中预热退火物品的方法,其包括两个退火基座(1,2),其将退火物品(3,4)容纳在保护盖(7,8)下与退火物品( 3)在保护罩(8)下进行热处理,该保护罩(8)借助于在两个保护罩(7,8)之间的循环中引导并从退火物品(4)吸收热量的气态热载体预热, 其在保护盖(7)中进行热处理,并将其发射到退火物(3)以在另一个保护盖(8)中预热。 为了避免热处理退火物(4)的污染,提出在循环中引导的载热体流在外部的两个保护盖(7,8)周围流动,而保护气体在 防护罩(7,8)。
    • 8. 发明申请
    • METHOD FOR PREHEATING ANNEALING PRODUCTS IN A HOOD-TYPE ANNEALING SYSTEM
    • 用于在室内型退火系统中预热退火产品的方法
    • US20120009536A1
    • 2012-01-12
    • US13257637
    • 2010-03-18
    • Robert EbnerGerhard DenkHeribert LochnerAndreas Sauschlager
    • Robert EbnerGerhard DenkHeribert LochnerAndreas Sauschlager
    • F27B5/00
    • F27B11/00C21D9/677F27D7/04
    • A method is described for preheating annealing goods in a hood-type annealing installation, comprising two annealing bases (1, 2) which accommodate the annealing goods (3, 4) under a protective cover (7, 8), with the annealing goods (3) to be subjected to a heat treatment under a protective cover (8) being preheated with the help of a gaseous heat carrier which is guided in a cycle between two protective covers (7, 8) and absorbs heat from annealing goods (4) which are heat-treated in a protective cover (7) and emits it to the annealing goods (3) to be preheated in the other protective cover (8). In order to avoid contaminations of the heat-treated annealing goods (4) it is proposed that the heat carrier flow guided in a cycle flows around the two protective covers (7, 8) on the outside, whereas a protective gas is circulated within the protective covers (7, 8).
    • 描述了一种用于在罩式退火设备中预热退火物品的方法,其包括两个退火基座(1,2),其将退火物品(3,4)容纳在保护盖(7,8)下与退火物品( 3)在保护罩(8)下进行热处理,该保护罩(8)借助于在两个保护罩(7,8)之间的循环中引导并从退火物品(4)吸收热量的气态热载体预热, 其在保护盖(7)中进行热处理,并将其发射到退火物(3)以在另一个保护盖(8)中预热。 为了避免热处理退火物(4)的污染,提出在循环中引导的载热体流在外部的两个保护盖(7,8)周围流动,而保护气体在 防护罩(7,8)。
    • 10. 发明授权
    • Method for batchwise heat treatment of goods to be annealed
    • 待退火货物的分批热处理方法
    • US07875235B2
    • 2011-01-25
    • US11919689
    • 2006-05-11
    • Peter EbnerHeribert Lochner
    • Peter EbnerHeribert Lochner
    • C21D9/63C21D9/00C21D1/00
    • C21D1/76C21D1/74
    • A method is described for batchwise heat treatment of goods to be annealed which are heated in a heating chamber after scavenging air with a scavenging gas under protective gas to a predetermined treatment temperature, with the protective gas being conveyed through the heating chamber depending on the occurrence of impurities in different quantities. In order to enable the economic use of protective gas, it is proposed that the protective gas which is withdrawn from the heating chamber after the main occurrence of impurities and which is loaded with a residual quantity of impurities is conveyed, optionally after intermediate storage, into the heating chamber during the main occurrence of impurities of a subsequent batch before non-loaded protective gas is introduced into the heating chamber.
    • 描述了一种用于对待退火的物品进行分批热处理的方法,其在保护气体中的清除气体将空气清扫至预定处理温度之后,在加热室中加热,根据发生的情况将保护气体输送通过加热室 不同量的杂质。 为了能够经济地使用保护气体,建议在主要发生杂质之后从加热室排出并且装载有剩余量的杂质的保护气体(任选地在中间储存之后)被输送到 在未加载的保护气体之前主要发生后续批次的杂质的加热室被引入加热室。