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    • 5. 发明申请
    • Bulk-Material Cooler for Cooling Hot Material to be Cooled
    • 散装材料冷却器,用于冷却要冷却的热材料
    • US20070259298A1
    • 2007-11-08
    • US11579809
    • 2005-05-03
    • Christian SplinterKarl Schinke
    • Christian SplinterKarl Schinke
    • F27D15/02
    • F27D15/0213F27B7/38F27D15/022F27D19/00F27D2015/0226F27D2015/0233
    • The aim of the invention is to design a bulk-material cooler, particularly one for cooling cement clinker, which operates according to the walking floor principle, so that its cooling grate can be composed of a multitude of ventilated cooling grate modules, which can be assembled in an easy and variable manner, in order to obtain large lengths and widths of the cooler. When these cooling grate modules move between an advancing and returning position, even lateral and/or height offset of the guiding elements can be compensated for in a kinematic manner. To this end, the invention provides that the cooling grate, when viewed over the length and width of the cooler, is composed of a multitude of modules (13, 14) ventilated with cooling air. The coupling of the cooling grate modules of each longitudinal row of cooling grate modules is effected by an articulated joint.
    • 本发明的目的是设计散装材料冷却器,特别是用于冷却水泥熟料的散装材料冷却器,该冷却器根据步行板原理进行操作,使得其冷却炉排可以由多个通风的冷却炉排模块组成,其可以是 以易于且可变的方式组装,以获得较大的冷却器长度和宽度。 当这些冷却格栅模块在前进位置和返回位置之间移动时,可以以运动学方式补偿导向元件的均匀的横向和/或高度偏移。 为此,本发明提供了当在冷却器的长度和宽度上观察时,冷却格栅由多个通过冷却空气通风的模块(13,14)组成。 每个纵排排的冷却炉排模块的冷却炉排模块的联接由铰接接头实现。
    • 8. 发明授权
    • Rotating furnaces
    • 旋转炉
    • US3806311A
    • 1974-04-23
    • US33931073
    • 1973-03-08
    • BRITISH IRON STEEL RESEARCH
    • BARBER B
    • F27B7/38
    • F27B7/38
    • A cooling system for cooling the ends of high-speed rotary furnaces which rotate about a generally horizontal axis. Two cylindrical shells are mounted coaxially on the external surface of one end of the furnace, at least the innermost of the two shells having a flange extending towards the axis of the furnace. Cooling water is directed under pressure from nozzles mounted on the furnace support structure between the innermost shell and the external surface of the furnace. These nozzles are inclined to a line parallel to the axis of the furnace so that the water is directed with a component of motion in the direction of rotation of the furnace. As the furnace rotates the water is forced by the pressure head built up as a result of the flange to pass between the innermost shell and the external surface of the furnace and then back between the two shells before being thrown outwardly into an annular collector surrounding the furnace.
    • 一种用于冷却围绕大致水平轴线旋转的高速旋转炉的端部的冷却系统。 两个圆柱形壳体同轴地安装在炉子的一端的外表面上,至少两个壳体的最内部具有朝向炉子的轴线延伸的凸缘。 冷却水在最内层与炉外表面之间的安装在炉支撑结构上的喷嘴的压力下被引导。 这些喷嘴相对于炉的轴线平行地倾斜,使得水沿着炉的旋转方向的运动部件被引导。 当炉旋转时,由于凸缘由于凸缘在最内壳和炉的外表面之间通过而被压缩的压力头迫使水然后在两个壳之间返回之前被向外投射到环形收集器周围 炉。