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hexagonal cross section refractory brick mold, molding methods and the molten metal container of hexagonal cross section refractory brick production method

机译:六角形横截面耐火砖模具,成型方法和熔融金属容器的生产方法

摘要

PROBLEM TO BE SOLVED: To provide a mold capable of molding even a hexagonal pillar-shaped brick of which the cross-sectional shape is changed in a length direction and having uniform quality regardless of a length.;SOLUTION: The mold 1 for a hexagonal cross-sectional refractory brick includes two opposed side molds 11a and 11b and a lower surface mold 12 and an upper surface mold 13 arranged between the two side molds and a body for the brick is housed in a space 15 surrounded by the lower surface mold 12, the upper surface mold 13 and the two opposed side molds 11a and 11b. Opposed surfaces of the two side molds are vertical surfaces 14a and 14b symmetrically arranged so as to be spaced apart from each other with respect to a first axis A extending in a horizontal direction, and the opposed surface of the lower surface mold 12 to the upper surface mold 13 and the opposed surface of the upper surface mold 13 to the lower surface mold 12 comprise cross-sectionally V-shaped valley recessed parts where the space 15 side extending in the direction of the first axis A is recessed, and both the lower and upper surface molds or bottoms 12a and 13a of the valley-shaped recessed part of the upper surface mold have predetermined radii of curvatures.;COPYRIGHT: (C)2013,JPO&INPIT
机译:解决的问题:提供一种模具,该模具甚至能够模制横截面形状在长度方向上变化的六边形柱状砖,并且与长度无关地具有均匀的质量。解决方案:解决方案:用于六边形的模具1横截面耐火砖包括两个相对的侧模11a和11b以及下表面模12和布置在两个侧模之间的上表面模13,并且用于砖的主体容纳在由下表面模12围绕的空间15中上表面模具13和两个相对的侧模具11a和11b。所述两个侧模具的相对表面是对称地布置的竖直表面14a和14b,以相对于沿水平方向延伸的第一轴线A彼此间隔开,并且所述下表面模具12的相对表面与上表面相对。表面模具13和上表面模具13相对于下表面模具12的相对表面包括截面为V形的谷状凹部,其中沿第一轴线A的方向延伸的空间15侧凹入,并且两个上表面模具的谷状凹部的上表面模具或底部12a,13a具有预定的曲率半径。版权所有:(C)2013,日本特许厅

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