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    • 5. 发明公开
    • MOUNTING ARRANGEMENT FOR AUXILIARY BURNER OR LANCE
    • 与安装配置辅助燃烧器或LANCE炉
    • EP1413174A1
    • 2004-04-28
    • EP02746939.4
    • 2002-07-10
    • PROCESS TECHNOLOGY INTERNATIONAL INC.
    • SHVER, Valery, G.
    • H05B7/22
    • F27D9/00C21C5/462C21C5/5217C21C2005/4626F27B3/205F27B3/225F27D1/12F27D2009/0045H05B7/185Y02P10/216
    • A mounting enclosure (14) and an improved mounting arrangement for apparatus used in metal melting, refining and processing, particularly those apparatus adapted for steel making in an electric arc furnace (15), such as burners (10), lances and the like with supersonic oxygen lancing capability and injectors or the like for the introduction of particulate matter. The mounting enclosure (14) is fluid cooled to survive the hostile environment of the electric arc furnace (15) and is designed to occupy the step (24) between the side wall (12) and hearth (21) of the furnace (15) without any substantial change to the structure of the furnace (15). The mounting enclosure(14) comprises a plurality of fluid cooling conduits surrounding an apparatus aperture and an injector aperture which are formed through the enclosure (14) and adapted to mount an apparatus and an injector. The mounting arrangement includes utilizing the mounting enclosure (14) to mount an apparatus (10) with supersonic oxidizing gas lancing capability and an injector for particulate carbon in an electric arc furnace (15). Because the mounting enclosure (14) is approximately the width of the step (24), the discharge openings of the apparatus (10) and the injector are moved closer to the surface of the melt (18) and toward the center of the furnace (15) thereby providing increased efficiency. The discharge openings will now be extended to near the edge of the step (24) so that the oxidizing gas flow pattern of the apparatus (10) does not degrade the hearth material or other carbon flow pattern of the injector furnace equipment mounted nearby and the sufficiently agitates the slag (16) to produce foaming.
    • 7. 发明公开
    • KÜHLPLATTE
    • EP1373579A1
    • 2004-01-02
    • EP02732511.7
    • 2002-03-21
    • SMS Demag Aktiengesellschaft
    • KORBIK, ElmarHEINRICH, PeterBIRNBACH, Detlef
    • C21B7/10F27B1/24
    • F27D1/12C21B7/10F27B1/24F27D2009/0013F27D2009/0045F27D2009/0048F27D2009/0051F27D2009/0062
    • The invention relates to a cooling plate (1, 101) for a shaft furnace provided with a refractory lining. Said shaft furnace comprises a first laminated cooling plate element (2, 102) which is oriented towards the inside of the furnace (Oi), a second laminated rear cooling plate element (3, 103) which is welded to the first element, a cooling channel (7, 107) arranged between the first and second cooling plate elements, and tube sections (8, 9) to the cooling agent inlet or the cooling agent outlet. The aim of the invention is to improve the production, flow and cooling properties. To this end, the first cooling plate element (2, 102) is embodied in the form of a bloom having a plane front side (14) facing the inside of the furnace (O1), and the cross-sectional surface of the cooling channel is larger than in the central region (20; 120), in relation to the longitudinal extension of the cross-section in the end regions (18, 19; 118, 119). The invention also relates to a cooling plate system (33).
    • 本发明涉及一种用于设置有耐火衬里的竖炉的冷却板(1,101)。 所述竖炉包括:第一层压冷却板元件(2,102),所述第一层压冷却板元件朝向所述炉(O 1)的内部定向;第二层压后部冷却板元件(3,103),其焊接到所述第一元件;冷却 设置在第一和第二冷却板元件之间的通道(7,107)以及通向冷却剂入口或冷却剂出口的管段(8,9)。 本发明的目的是改善生产,流动和冷却性能。 为此,第一冷却板元件(2,102)被构造成具有面向炉子(O1)的内侧的平面前侧(14)的花岗岩的形式,并且冷却通道的横截面表面 大于在所述中央区域(20; 120)中相对于所述端部区域(18,19; 118,119)中的所述横截面的纵向延伸大。 本发明还涉及一种冷却板系统(33)。