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    • 1. 发明授权
    • 회전 노상 노
    • 회전노상노
    • KR101064085B1
    • 2011-09-08
    • KR1020087008573
    • 2006-10-10
    • 가부시키가이샤 고베 세이코쇼
    • 데츠모토마사히코하시모토스미토스기타츠히로시
    • F27B9/34F27B9/18F27B7/00
    • F27B9/34F27B9/16F27B9/18F27D1/04F27D1/14
    • PROBLEM TO BE SOLVED: To provide a rotary hearth furnace which has a simple furnace structure in which the furnace is not damaged even if the furnace is operated for a long term while presenting general equations capable of adequately determining a thermal expansion margin in the rotary hearth furnace. SOLUTION: Between the corner refractory of the outer circumference side or the inner circumference side and the refractory, or between the refractories, a radius direction thermal expansion margin X defined by the following equation 2 is set, and if a width of the outer circumference side corner refractory 7 is given as A and a height of the hearth curb casting 11 of the corner refractory 7 is given as B, the following equation 1 is satisfied: X + A
    • 要解决的技术问题:提供一种旋转炉底炉,其具有简单的炉体结构,即使炉体长期运行,炉体也不会损坏,同时呈现一般方程式,其能够充分地确定旋转炉膛中的热膨胀余量 炉。 解决方案:在外周侧或内周侧的角耐火物与耐火材料之间或耐火材料之间,设定由下式2定义的径向热膨胀余量X,并且如果外周侧的宽度 拐角耐火材料7为A,拐角耐火材料7的炉底石铸件11的高度为B,则满足下列等式1:X + A< š ¢ A 2 + B 2 X = [X& 0 =]在工作温度下,外周侧炉底石铸件11的外端部与内周侧炉底石铸造铸件12的内端部之间的距离为( - ([X + 1; 多个耐火材料6和角耐火材料7和8在室温下在半径方向上的长度):工作温度下的外周侧炉底石铸件11和内周侧炉底石铸件12的内端部) - ([X1 =]室温下的多个耐火材料6和角耐火材料7,8的半径方向的合计长度):[数学式2]
    • 2. 发明公开
    • 감쇠부 구조를 갖는 노
    • 具有减少部件结构的炉的反向锯齿结构
    • KR1020070099650A
    • 2007-10-09
    • KR1020077018885
    • 2006-01-16
    • 시나가와 시로렝가 가부시키가이샤
    • 우치다시게키스토미노루
    • F27B3/14F27B1/14F27D1/00
    • F27D1/04C21C5/44F27D1/0006
    • A reverse slant lining structure of a furnace with a reduced part structure capable of achieving stable operation by laying lining bricks at the reduced part of the furnace by a reverse slant method to prevent the bricks from cracking. The structure is formed by laying the lining bricks (7a) so that the center axis (14) of the lining bricks (7a) at the reduced part (7) in the thickness direction is positioned on the iron skin (1a) of the reduced part (7) on an acute angle side (13) between a vertical axis (12) vertically extending from a furnace bottom (4) to a throat (8) along the iron skin (1) and a perpendicular axis (11) perpendicular to the iron skin (1a) of a straight body section (6).
    • 具有减小的部件结构的炉子的反向倾斜衬里结构,能够通过相反的倾斜方法在炉的减少部分铺设衬砌砖来实现稳定的操作,以防止砖块破裂。 该结构通过铺设衬里砖(7a)而形成,使得在减薄部分(7)处的厚度方向上的衬里砖(7a)的中心轴线(14)位于减小部分(7)的铁皮(1a)上, 在从炉底(4)垂直延伸到沿着铁皮(1)的喉部(8)的垂直轴线(12)和垂直于垂直轴线(11)的垂直轴线(11)之间的锐角侧(13)上的部分(7) 直体部分(6)的铁皮(1a)。
    • 9. 发明授权
    • 회전 노상 노
    • 旋转炉床炉
    • KR100991642B1
    • 2010-11-04
    • KR1020107013868
    • 2006-10-10
    • 가부시키가이샤 고베 세이코쇼
    • 데츠모토마사히코하시모토스미토스기타츠히로시
    • F27B9/34F27B9/18F27B7/00F27D1/00
    • F27B9/34F27B9/16F27B9/18F27D1/04F27D1/14
    • 본 발명은 회전 노상 노에 있어서의 열팽창대를 적절하게 결정할 수 있는 범용식을 제시하는 동시에, 장기간의 조업에 의해도, 노상의 손상이 없는 간단한 노상 구조를 갖는 회전 노상 노를 제공한다. 외주측 또는 내주측의 코너 내화물과 상기 내화물 사이에, 또는 상기 내화물 사이에 다음 식 (2)에서 정의되는 반경방향 열팽창대(X)가 설정되고, 외주측 코너 내화물(7)의 폭을 A라고 하고, 이 코너 내화물(7)의 지지 금물(11)의 높이를 B라고 했을 때에, 다음 식 (1)이 만족된다.
      X+A 2 +B
      2 ) … (1)
      X=([X0=] 외주측 코너 내화물의 지지 금물의 외단부와 내주측 코너 내화물의 지지 금물의 내단부의 조업 온도에서의 거리) - ([X1=] 복수개의 내화물 및 양쪽 코너 내화물의 반경방향의 상온에 있어서의 길이의 합) … (2)
    • 同时,本发明提出的通用公式,能够正确地确定在转底炉的热膨胀量,提供了一种具有一个度,而不受长期运转损坏炉床简单炉床构造的转底炉。 外周侧或内周侧角耐火物和所述耐火,或半径方向热膨胀量(X)之间由下式(2)之间的耐火材料被设置,并且,所述外周侧角耐火物7的宽度定义 并且,角部耐火物7的支撑砂浆11的高度为B,满足下式(1)。
    • 10. 发明公开
    • 코크스로의 노벽 벽돌쌓기 구조
    • 烤焦砖墙砖结构
    • KR1020090069196A
    • 2009-06-29
    • KR1020097010276
    • 2007-11-21
    • 신닛테츠스미킨 카부시키카이샤
    • 요꼬미조마사히꼬야마무라가즈또우에마쯔히로시나까시마요시아끼
    • C10B29/02
    • C10B29/02F27D1/04
    • A coke oven wall brickwork structure comprising bricks of laufer part (4) and bricks of binder part (5), wherein laufer A brick (11) is an L-shaped brick uniting portion of the laufer part (4) and portion of the binder part (5), and wherein laufer B brick (12) is for constructing portion of the laufer part (4), and wherein the laufer A brick (11) at its L-shaped corner is provided with shoulder part (14), and wherein a laufer part partitioning combustion chamber flue (3a) from carbonization chamber (1) is built by mutual abuttal of laufer end portions (15) of two laufer A bricks (11), and wherein a laufer part partitioning combustion chamberflue (3b) from the carbonization chamber (1) is built by respective receptions of two end portions of the laufer B brick (12) by the shoulder parts (14) of two laufer A bricks (11).
    • 一种焦炉壁砖砌体结构,其包括多边形部分(4)的砖和粘合剂部分(5)的砖,其中,铝板(11)是所述长筒部分(4)的L形砖结合部分和所述粘合剂部分 部分(5),并且其中,所述长筒B砖(12)用于构造所述长筒部分(4)的部分,并且其中在其L形拐角处的所述多角炉A砖(11)设置有肩部(14),并且 其特征在于,分隔燃烧室烟道(3a)从碳化室(1)分离的高尔夫部分是通过两个低角度A砖(11)的较高端部(15)相互邻接而构成的,其中将燃烧室烟道(3b) 碳化室(1)通过由两个低档砖A(11)的肩部(14)的两个端部的隆起B砖(12)的两个端部构成。