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    • 5. 发明授权
    • Tap-hole closing arrangement of a metallurgical vessel
    • 冶金容器的开孔关闭装置
    • US4261554A
    • 1981-04-14
    • US82947
    • 1979-10-09
    • Manfred Eysn
    • Manfred Eysn
    • B22D41/08C21B7/12C21C5/46F27D3/15C21C5/48
    • F27D3/1509C21B7/12C21C5/4653
    • An arrangement for closing the tap hole of a metallurgical vessel designed for separating metal and slag, includes a closure body which is insertable into the tap hole so as to leave free an annular gap relative to the tap hole wall. The closure body contains a compressed-gas conduit and has an outer jacket tapering towards the mouth of the compressed-gas conduit. In order to ensure the maintenance of an annular gap of constant size, and thus the original diameter of the tap hole, the tap hole is set off in step-like manner by two parts so as to widen outwardly. The outer tap hole part has a larger diameter than that the inner part, which is delimited by the lining of the metallurgical vessel. The outer part is formed by a hollow body whose inner ring wall surrounds the outer jacket of the closure body peripherally at a radial distance. The hollow body also has a cavity into which at least one supply and one discharge conduit for a coolant enter.
    • 用于封闭设计用于分离金属和炉渣的冶金容器的排放孔的装置包括封闭体,其可插入到排水孔中,以便相对于抽头孔壁留出环形间隙。 封闭体包含压缩气体导管,并且具有朝向压缩气体管道的口部逐渐变细的外护套。 为了确保保持恒定尺寸的环形间隙,并且因此保持出口孔的原始直径,抽出孔以阶梯状的方式被两部分排出以向外扩大。 外部抽出孔部分的直径大于由冶金容器衬里限定的内部部分。 外部部分由中空体形成,其中内环壁在径向距离周围环绕封闭体的外护套。 中空体还具有空腔,用于冷却剂的至少一个供应和排出管道进入该空腔。
    • 7. 发明授权
    • Converter bottom fastening arrangement
    • 转换器底部紧固装置
    • US4239193A
    • 1980-12-16
    • US22824
    • 1979-03-22
    • Manfred EysnDaniel Meyer
    • Manfred EysnDaniel Meyer
    • C21C5/42C21C5/48
    • C21C5/48
    • A converter bottom fastening arrangement to be used in a converter construction with a removable converter bottom fastened to the converter jacket, or a supporting construction connected therewith, includes a plurality of peripherally arranged rocker-shaped clamping levers which are displaceable into and out of an engagement position with the converter bottom. The outer ends of the levers facing the converter jacket are supported with respect to the converter jacket or the supporting construction by means of bracing devices. Guide elements are provided on the bracing devices and a curved guideway is provided on the converter by which the bracing devices are guided between a vertical bracing position and a released position along the curved guideway.
    • 用于转换器结构的转换器底部紧固装置,其具有固定到转换器护套的可移除转换器底部或与其连接的支撑结构,包括多个外围布置的摇杆形夹紧杆,其可移位到和脱离接合 位置与转换器底部。 面向转换器护套的杠杆的外端通过支撑装置相对于转换器护套或支撑结构被支撑。 引导元件设置在支撑装置上,并且在转换器上设置有弯曲的导轨,支撑装置通过该弯曲的导轨沿着弯曲的导轨在垂直支撑位置和释放位置之间被引导。
    • 8. 发明授权
    • Metallurgical vessel, in particular a converter
    • 冶金容器,特别是转炉
    • US3963223A
    • 1976-06-15
    • US484781
    • 1974-07-01
    • Manfred Eysn
    • Manfred Eysn
    • C21C5/46F27D9/00
    • F27D9/00C21C5/4646
    • The invention relates to a metallurgical vessel, in particular to a converter, which in zones of heavy thermal wear, particularly between the carrying ring and the converter mouth, is provided with tube spirals flown through by a coolant. The tube spirals comprise open profiles or tube halves of semicircular cross section welded to the jacket of the metallurgical vessel. At one end the tube spirals are connected to a coolant collector and at the other end to a coolant distributor. The tube spirals have the form of a "U", wherein the tubes forming the legs of the U are arranged along the generatrix of the converter jacket and the leg ends of one tube spiral are connected with the leg ends of the following tube spiral by means of connecting conduits.
    • 本发明涉及一种冶金容器,特别涉及一种转炉,其在重型热磨损区域,特别是在承载环和转炉口之间,设置有通过冷却剂流过的管螺旋。 管螺旋包括焊接到冶金容器的护套的半圆形截面的开口型材或半管体。 在一端,管螺旋连接到冷却剂收集器,另一端连接到冷却剂分配器。 管螺旋具有“U”的形式,其中形成U形腿的管沿着转换器护套的母线布置,并且一个管螺旋的腿端与下列管螺旋的腿端连接 连接管道的方法。
    • 9. 发明授权
    • Blowing lance arrangement
    • 吹枪安排
    • US4951928A
    • 1990-08-28
    • US337920
    • 1989-04-14
    • Manfred EysnErnest FuhrmannHans GrabnerErnst HollwarthHellmuth Smejkal
    • Manfred EysnErnest FuhrmannHans GrabnerErnst HollwarthHellmuth Smejkal
    • C21C5/48C21C5/46
    • C21C5/4606C21C2005/4626
    • A blowing lance to be used for the treatment of metallurgical melts includes a lance head having several expansion tuyeres directed to the bath level of the melt and penetrating a front plate of the lance head. They depart from at least one lance channel, which is peripherally surrounded by a supply channel and a return channel for a cooling medium. The supply channel is separated from the return channel by a flow deflection piece arranged above the front plate and penetrated by at least one connecting channel connecting the supply and return channels and provided for the cooling medium. In order to considerably increase the service life of the blowing lance and to avoid leakages in the front plate, at least one coolant secondary channel is provided in addition to the at least one connecting channel, which, upon branching off a partial stream of the coolant flowing to the connecting channel, diverts this partial stream into a flow direction deviating from the flow direction in the connecting channel and whose mouth is directed directly towards the center of the front plate.
    • 用于冶金熔体处理的吹风枪包括一个喷枪头,其具有指向熔体的浴液层并穿透喷枪头的前板的多个膨胀式风嘴。 它们从至少一个喷枪通道离开,该通道在外围被供给通道和用于冷却介质的返回通道围绕。 供应通道通过布置在前板上方的流动偏转片与返回通道分离,并且由连接供应和返回通道并提供给冷却介质的至少一个连接通道穿透。 为了显着增加喷枪的使用寿命并且避免前板中的泄漏,除了至少一个连接通道之外还提供至少一个冷却剂辅助通道,该连接通道在分支出冷却剂的部分流时 流到连接通道,将该部分流转移到在连接通道中偏离流动方向的流动方向,并且其嘴直接朝向前板的中心。
    • 10. 发明授权
    • Metallurgical vessel cooling and safety system
    • 冶金船舶冷却和安全系统
    • US4188021A
    • 1980-02-12
    • US896458
    • 1978-04-14
    • Alexander PatuzziManfred Eysn
    • Alexander PatuzziManfred Eysn
    • C21C5/46F27D9/00C21C5/28
    • F27D9/00C21C5/4646
    • A metallurgical vessel cooling system with cooling chambers provided on the wall of the vessel is arranged so that the cooling chambers can be quickly emptied of the cooling water by connecting the chambers to a pressure gas line. This system is particularly useful for one or more converters with a converter hood having cooling chambers extending in the generatrix direction and connected to horizontally extending coolant passages. These passages are in turn connected to a coolant supply system by means of coolant supply and drain lines. The supply or drain line contains supervisor or signalling devices for checking the pressure and/or temperature and/or amount of coolant. These signalling devices, in the case of a deviation from a predetermined value, actuate controls for separating the supply and drain means from the coolant supply system and connecting one of these conduit means to the pressure gas line.
    • 具有设置在容器壁上的冷却室的冶金容器冷却系统被布置成使冷却室能够通过将室连接到压力气体管线而迅速地排空冷却水。 该系统对于具有转炉罩的一个或多个转换器特别有用,该换热器罩具有沿母线方向延伸并连接到水平延伸的冷却剂通道的冷却室。 这些通道又通过冷却剂供应和排放管线连接到冷却剂供应系统。 供水管线或排水管路包含用于检查冷却剂的压力和/或温度和/或量的管理者或信号装置。 在偏离预定值的情况下,这些信号装置致动用于将供应和排出装置与冷却剂供应系统分离并将这些导管装置中的一个连接到压力气体管线的控制装置。