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    • 1. 发明授权
    • 주탕 플레이트들의 유지 및 교체 장치용 프레임 및 그 조립체
    • 用于保持和更换润滑板的框架和组件
    • KR101774612B1
    • 2017-09-19
    • KR1020127027365
    • 2011-03-17
    • 베수비우스 그룹, 에스. 에이.
    • 콜룰라마리아노시비트파브리츠
    • B22D41/24B22D41/28B22D41/34B22D41/40B22D41/56B22D11/103
    • B22D41/24B22D41/28B22D41/34B22D41/40B22D41/56
    • 본발명은주탕채널(20)을가지는야금용기내에포함된용융금속을이송하기위한플레이트들의유지및 교체장치를위한프레임(30)에관한것으로서, 상기프레임(30)은, 장치가조립되었을때, 야금용기의주탕채널(20)에인접한작동위치에서플레이트(34)를유지및 수용하는하우징(32)을형성하고, 상기프레임(30)은플레이트삽입방향을따른병진운동에의해서상기하우징(32) 내로플레이트(34)를도입할수 있도록그리고상기하우징(32)으로부터플레이트(34)를추출할수 있도록배치되며, 상기하우징(32)은상기플레이트삽입방향과평행한중앙종방향평면(50)에대해서전체적으로평면대칭을이루도록형성되며, 상기프레임(30)은, 상기하우징(32)의중앙종방향평면(50)에대해상기하우징(32)의양측면상에, 상기장치가조립되었을때, 상기하우징(32) 내에삽입된플레이트(34)에야금용기의방향을따라힘을인가하도록의도된추력기(54)를수용하기위한슬롯을포함한다. 상기하우징(32)의양측면에배치된추력기들(54)을수용하기위한슬롯은상기하우징(32)의중앙종방향평면(50)에의해서정해진평면대칭에서매칭되지않는다.
    • 本发明涉及一种用于维护和更换用于传送容纳在具有熔融金属通道(20)的冶金容器中的熔融金属的板的设备的框架(30),所述框架(30) 成形式为在邻近容器的浇注通道(20)的工作位置保持和容纳所述板(34)的壳体32和框架30是通过沿板插入方向上的平移运动的壳体32 相对于,并布置成被引入到板34,因此可从壳体32抽出板34,壳体32是一个中央纵向平面(50)平行于所述板eunsanggi插入方向作为整体平面对称 其中框架相对于壳体的中央纵向平面形成在壳体的侧面上,并且在装置组装时插入壳体中。 (34),金容器的方向 并且包括用于接收预定推进器54以向其施加力的槽。 用于容纳设置在壳体32的下侧上的推进器54的槽在由壳体32的中央纵向平面50限定的平面对称中不匹配。
    • 3. 发明授权
    • 야금 용기의 스파우트에서의 캐스팅 파이프용 압축 장치
    • 用于铸造管道的压力装置在冶金容器的出口处
    • KR101714808B1
    • 2017-03-09
    • KR1020127001264
    • 2010-06-30
    • 스토핑크 아크티엔게젤샤프트리프랙토리 인터렉추얼 프라퍼티 게엠베하 운트 코. 카게
    • 코신,진-다니엘켈러,베르너스테이너,벤노
    • B22D41/56
    • B22D41/56
    • 본발명은야금용기의스파우트에서의캐스팅파이프교체장치에관한것으로, 압축장치는캐스팅파이프(1)의가이드표면(10)에대해압축될수 있는스프링-장착형압축요소(2)가제공된다. 캐스팅파이프(1)는관형부분(4)과상측플레이트(5)를포함한다. 플레이트(5)의하측면에서가이드표면(10)은하측을향하여테이퍼진플레이트단면을형성하고각을이루어하측을향하며관형부분(4)의양 측면상에배열된다. 압축요소(2)는캐스팅파이프(1, 1', 1", 61)의조절방향(A)으로볼록하게또는유사하게또는다단식으로만곡된헤드(2a)가각각제공되고, 조절방향(A) 또는종방향으로만곡된캐스팅파이프(1)의가이드표면(10) 상으로압축될수 있다. 따라서, 압축핀에의해가해진압축력은캐스팅파이프개구를향하여최적의상태로전달되고, 따라더 균일하게작용한다.
    • 倾倒喷嘴包括细长的管状部件(10),其限定具有中心纵向轴线(L)的倾倒通道(12)的下部,板状部件(14),其设置有流通开口 16)在其与管状部件(10)相对的表面(18)与其邻近所述管状部件(10)的部分(20)之间。 从图(2)可以看出,流通开口(16)限定了浇注通道(12)的上部(12o)。 所述表面(18)和所述部分(20)之间的周边区域(22)包括四个部分,即彼此相对的两个倾斜的支承表面(24),以及两个平面表面部分(26) 彼此在所述两个不同的支承表面(24)之间。 每个支承表面(24)相对于浇注通道(12)的中心纵向轴线(L)是弯曲的,如从图3可以看出的。 因此,曲率相对于中心纵向轴线(L)是凹的,并且鉴于听力表面(24)的相反布置,所述支承表面彼此相反地布置。
    • 5. 发明公开
    • 처리장치
    • SHROUD喷嘴处理装置
    • KR1020160018995A
    • 2016-02-18
    • KR1020140102467
    • 2014-08-08
    • 주식회사 포스코
    • 최병식이학모전윤열
    • B22D11/10B22D41/60
    • B22D11/10B22D41/56B22D41/60
    • 본발명의일 실시예에따른처리장치는장치바디유닛및 상기장치바디유닛에결합되며, 관리대상물에대하여예열및 세정시킬수 있도록, 연계되어제공되는예열수단과세정수단을포함하는복합체유닛을포함할수 있다. 또한, 본발명의일 실시예에따른처리장치는장치바디유닛및 상기장치바디유닛에이동되게결합되는복합체바디에제공되어, 턴디쉬의상부에결합되어제공되는쉬라우드노즐인관리대상물을향하여위치이동하여예열을실시하는예열수단을포함할수 있다.
    • 根据本发明的实施例,处理装置包括与装置主体单元连接的装置主体单元和复合体单元,并且包括相互联锁以预热和清洁目标对象的预热装置和清洁装置。 因此,根据本发明的实施例的处理装置包括:装置主体单元和形成在复合体单元中的预热装置,其结合到装置主体单元上移动; 并且朝着连接到中间包的顶部的护罩喷嘴的目标物体移动,以预热目标物体。
    • 9. 发明授权
    • 튜브교환기와튜브교환기용플레이트가장착된턴디쉬
    • KR100434677B1
    • 2004-09-08
    • KR1019980706473
    • 1997-02-12
    • 베수비우스 프랑스, 에스. 아.
    • 리차드프랑스와-노엘
    • B22D41/56
    • B22D41/56
    • The invention concerns a tundish for continuous casting in a steel mill, equipped with at least one tube changer (18). The changer has a frame (20) mounted under the tundish (2), at least one fixed plate (8) and a tube (28), having a plate (30) at its upper part, means (36) for applying the plate (30) of the tube (28) against the fixed plate (8), their surface in contact forming a junction plane (34). The junction plane (34) is inclined at a nonzero angle alpha with respect to the horizontal. The new tube (28) passes from the introduction position to the casting position and the worm tube from the casting position to the evacuation position by a sliding movement on the junction plane (34), following a trajectory at least partially nonrectilinear, the combination of the angle of inclination alpha of the junction plane, dimensions of the tubes (30) and the trajectories of these latter being such that the tubes (30) avoid the casting mold (42) during a tube change.
    • 本发明涉及一种用于在配备有至少一个换管器(18)的钢厂中连续铸造的中间包。 换向器具有安装在中间包(2)下方的框架(20),至少一个固定板(8)和管(28),在其上部具有板(30),用于将板 (28)的固定板(30)抵靠固定板(8),它们的接触表面形成接合平面(34)。 接合面(34)相对于水平面以非零的角度α倾斜。 通过在连接平面(34)上的滑动运动,沿着至少部分非直线的轨迹,新管(28)从引入位置通到铸造位置并且将蜗杆从铸造位置移动到排空位置, 结合面的倾角α,管30的尺寸以及这些管的轨迹使得管30在换管过程中避开铸模42。
    • 10. 发明公开
    • 쉬라우드 노즐 서포트의 열변형 방지 구조 및 방법
    • 防止喷嘴支撑热应力的结构和方法
    • KR1020030097379A
    • 2003-12-31
    • KR1020020034710
    • 2002-06-20
    • 주식회사 포스코
    • 김해원오석인
    • B22D11/10
    • B22D11/10B22D41/56B22D41/60
    • PURPOSE: A structure and a method for preventing heat stress of shroud nozzle support are provided to reduce manufacturing cost of slab by minimizing heat stress of the shroud nozzle support for supporting shroud nozzle during continuous casting operation, thereby extending service life of the shroud nozzle support. CONSTITUTION: In a shroud nozzle support used in continuous casting process for manufacturing molten steel into casting slab, the structure for preventing heat stress of the shroud nozzle support is characterized in that a resting projection(52) is formed on an inner part of the shroud nozzle support(50) so that head part of nozzle is rested on the resting projection(52), two supporting shafts(51a,51b) are formed on an outer surface of the shroud nozzle support(50), and upper and lower valleys are formed on a lower part of the supporting shafts(51a,51b), wherein a plurality of porous holes(55) into which inert gas is blown are formed on an upper surface of the shroud nozzle support(50) to prevent second air from flowing in a gap between furnace nozzle and shroud nozzle positioned directly under ladle, and a plurality of porous holes into which inert gas is blown are formed on an upper surface of the resting projection(52) inside the shroud nozzle support(50) to prevent second air from flowing in a gap between the shroud nozzle and shroud nozzle support(50), and wherein an expansion preventing member(72) is installed so that an inflow port of shroud nozzle formed on the shroud nozzle support(50) is not easily expanded by heat stress, two holes(70a,71a) into which the expansion preventing member(72) is inserted are formed on an upper surface the shroud nozzle support(50), two holes(70b,71b) are formed on a front end of both sides of the expansion preventing member(72) equally in such a way that the two holes(70b,71b) correspond to the two holes(70a,71a), and the holes(70a,71a,70b,71b) correspond to each other so as to be connected by bolts(70c,71c).
    • 目的:提供一种用于防止护罩喷嘴支撑件的热应力的结构和方法,以通过使连续铸造操作期间用于支撑护罩喷嘴的护罩喷嘴支架的热应力最小化来降低板坯的制造成本,从而延长护罩喷嘴支撑件的使用寿命 。 构成:在用于将钢水制造成铸坯的连续铸造工艺中使用的护罩喷嘴支架中,用于防止护罩喷嘴支架的热应力的结构的特征在于,在护罩的内部形成有静止突起(52) 喷嘴支撑件(50),使得喷嘴的头部位于搁置突起(52)上,两个支撑轴(51a,51b)形成在护罩喷嘴支撑件(50)的外表面上,上下谷 形成在所述支撑轴(51a,51b)的下部,其中在所述护罩喷嘴支撑件(50)的上表面上形成有多个在其中吹送惰性气体的多孔孔(55),以防止第二空气流动 在直接位于浇包下面的炉子喷嘴和护罩喷嘴之间的间隙中,并且在护罩喷嘴支撑件(50)内部的止动突起(52)的上表面上形成有多个在其中吹入惰性气体的多孔孔,以防止第二 空气从 在护罩喷嘴和护罩喷嘴支撑件(50)之间的间隙中流动,并且其中安装有膨胀防止构件(72),使得形成在护罩喷嘴支撑件(50)上的护罩喷嘴的流入口不容易通过热量膨胀 在上表面上形成有两个孔(70a,71a),两个孔(70b,71b)形成在两侧的前端 (70a,71b)对应于两个孔(70a,71a),并且孔(70a,71a,70b,71b)彼此对应,因此膨胀防止构件(72)的位置相等 通过螺栓(70c,71c)连接。