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    • 1. 发明授权
    • Bulk material cooler for cooling hot materials to be cooled
    • 用于冷却要冷却的热材料的散装材料冷却器
    • US07484957B2
    • 2009-02-03
    • US10579358
    • 2004-11-25
    • Matthias MersmannKarl Schinke
    • Matthias MersmannKarl Schinke
    • F23H7/08
    • F27D15/0213F28C3/16
    • The invention aims at providing a bulk material cooler particularly for hot cement clinker, wherein the conveyance performance and the efficiency of the cooler are enhanced and problems due to wear are reduced. According to the invention, the cooling grates of several adjacent, elongated bottom elements extending in longitudinal direction of the cooler are put together, said bottom elements being movably controlled independently of one another between a work clearance stroke position in the direction of conveyance of the material to be cooled and a return stroke position in such a way that the material to be cooled is gradually conveyed through the cooler according to the walking floor transport system, wherein the bottom elements are configured as hollow bodies and enable the cold air to go through yet prevent grate sifting of the material to be cooled.
    • 本发明的目的是提供一种特别用于热水泥熟料的散装材料冷却器,其中提高了输送性能和冷却器的效率,减少了由于磨损引起的问题。 根据本发明,沿着冷却器的纵向方向延伸的几个相邻细长的底部元件的冷却格栅被放在一起,所述底部元件可以彼此独立地在材料的输送方向上的工作间隙行程位置之间被可移动地控制 被冷却和返回行程位置,使得待冷却材料根据步行地板输送系统逐渐被输送通过冷却器,其中底部元件被构造为中空体并且使冷空气能够通过 防止要冷却的材料的筛网。
    • 2. 发明授权
    • Method for controlling the operation of a bulk good grate cooler
    • 控制散装好的炉排冷却器运行的方法
    • US07798809B2
    • 2010-09-21
    • US11667531
    • 2005-11-03
    • Matthias MersmannKarl SchinkeThomas Binninger
    • Matthias MersmannKarl SchinkeThomas Binninger
    • F27D15/02
    • F27D19/00C04B7/47F27D15/0213F27D21/0014F27D2015/0233F28C3/16F28F27/02
    • A method of controlling the operation of a bulk good grate cooler for cooling hot cement clinker, for example, in a process-controlled manner is provided in order to ensure that the volume flows of cooling air in all areas of the cooling grate and/or the residence time in the respective area of the bed of the goods to be cooled can be matched to the cooling requirements occurring in each area. A control intervention is carried out during the operation of the grate cooler with respect to the respective local cooling air volume flow and/or with respect to the respective local speed of conveyance of cooling grid according to the respective bulk good bed height measured per area and/or the bulk good bed temperature and/or the cooling air through-flow resistance such that if a modification occurs in one or several of the measured parameters, i.e., bed height, bed temperature and through-flow resistance, the respective local cooling air volume flow and/or the conveyance speed of the grate system is altered.
    • 提供了一种控制用于冷却热水泥熟料的散装好的炉篦冷却器的操作的方法,例如以过程控制的方式,以确保在冷却炉排的所有区域中的冷却空气的体积流量和/或 要冷却的货物的床的相应区域中的停留时间可以与每个区域中发生的冷却要求相匹配。 在格栅冷却器相对于相应的局部冷却空气体积流量的操作期间和/或相对于根据每个区域测量的相应的散装好的床高度相对于冷却栅格的各自的本地传送速度进行控制干预, /或体积良好的床温度和/或冷却空气通过流动阻力,使得如果在一个或几个测量参数(即床高,床温和通流阻力)中发生改变,则各自的局部冷却空气 炉排系统的体积流量和/或输送速度被改变。
    • 3. 发明申请
    • Method For Controlling the Operation of a Bulk Good Grate Cooler
    • 控制散装好格栅冷却器运行的方法
    • US20080187876A1
    • 2008-08-07
    • US11667531
    • 2005-11-03
    • Matthias MersmannKarl SchinkeThomas Binninger
    • Matthias MersmannKarl SchinkeThomas Binninger
    • F27D15/02
    • F27D19/00C04B7/47F27D15/0213F27D21/0014F27D2015/0233F28C3/16F28F27/02
    • A method of controlling the operation of a bulk good grate cooler for cooling hot cement clinker, for example, in a process-controlled manner is provided in order to ensure that the volume flows of cooling air in all areas of the cooling grate and/or the residence time in the respective area of the bed of the goods to be cooled can be matched to the cooling requirements occurring in each area. A control intervention is carried out during the operation of the grate cooler with respect to the respective local cooling air volume flow and/or with respect to the respective local speed of conveyance of cooling grid according to the respective bulk good bed height measured per area and/or the bulk good bed temperature and/or the cooling air through-flow resistance such that if a modification occurs in one or several of the measured parameters, i.e., bed height, bed temperature and through-flow resistance, the respective local cooling air volume flow and/or the conveyance speed of the grate system is altered.
    • 提供了一种控制用于冷却热水泥熟料的散装好的炉篦冷却器的操作的方法,例如以过程控制的方式,以确保在冷却炉排的所有区域中的冷却空气的体积流量和/或 要冷却的货物的床的相应区域中的停留时间可以与每个区域中发生的冷却要求相匹配。 在格栅冷却器相对于相应的局部冷却空气体积流量的操作期间和/或相对于根据每个区域测量的相应的散装好的床高度相对于冷却栅格的各自的本地传送速度进行控制干预, /或体积良好的床温度和/或冷却空气通过流动阻力,使得如果在一个或几个测量参数(即床高,床温和通流阻力)中发生改变,则各自的局部冷却空气 炉排系统的体积流量和/或输送速度被改变。
    • 4. 发明授权
    • Regulating device for the cooling air flows of a bulk material grate cooler
    • 用于散装材料格栅冷却器的冷却空气流的调节装置
    • US07632092B2
    • 2009-12-15
    • US10583592
    • 2004-12-16
    • Matthias MersmannKarl SchinkeThomas BinningerWilhelm EdelRalf Werker
    • Matthias MersmannKarl SchinkeThomas BinningerWilhelm EdelRalf Werker
    • F24H7/08
    • F27D15/022F27D19/00F27D2019/0056F28C3/16F28F27/02G05D7/0133Y10T137/0368
    • In order to provide an automatically operating cooling air regulating device for a grate cooler for cooling hot bulk material such as cement clinker, for example, which can be constructed easily and can be used without problems both for non-moving and also in particular for moving cooling grate regions or moving cooling grate systems, a regulating device with a regulator housing which is arranged below the cooling grate, performs its movements with it and is flowed through by the cooling air supplied is proposed according to the invention, an inner body which can be moved translatorily by the cooling air flow being guided displaceably in the regulator housing and the free flow cross section of the regulator housing remaining for the cooling air being reduced automatically with increasing height inside the regulator housing of the inner body against which the cooling air flows, and vice versa.
    • 为了提供一种自动操作的用于冷却散热器的冷却空气调节装置,例如可以容易地构造的诸如水泥熟料之类的热散装料,可以毫无问题地用于不移动,尤其是用于移动 冷却炉排区域或移动的冷却炉排系统,具有调节器壳体的调节装置,其布置在冷却炉排下方,根据本发明提供了与其一起运行并通过供应的冷却空气流动的内部主体, 通过在调节器壳体中可移动地引导的冷却空气流平移地移动,并且用于冷却空气的调节器壳体的自由流动横截面随着内部主体的调节器壳体内的增加的高度自动减小,冷却空气流动 ,反之亦然。
    • 7. 发明申请
    • Bulk material cooler for cooling hot materials to be cooled
    • 用于冷却要冷却的热材料的散装材料冷却器
    • US20070128565A1
    • 2007-06-07
    • US10579358
    • 2004-11-25
    • Matthias MersmannKarl Schinke
    • Matthias MersmannKarl Schinke
    • F27D15/02
    • F27D15/0213F28C3/16
    • The invention aims at providing a bulk material cooler particularly for hot cement clinker, wherein the conveyance performance and the efficiency ofd the cooler are enhanced and problems due to wear are reduced. According to the invention, the cooling grates of several adjacent, elongated bottom elements extending in longitudinal direction of the cooler are put together, said bottom elements being movably controlled independently of one another between a work clearance stroke position in the direction of conveyance of the material to be cooled and a return stroke position in such a way that the material to be cooled is gradually conveyed through the cooler according to the walking floor transport system, wherein the bottom elements are configured as hollow bodies and enable the cold air to go through yet prevent grate sifting of the material to be cooled.
    • 本发明旨在提供一种特别用于热水泥熟料的散装材料冷却器,其中提高了冷却器的输送性能和效率,减少了由于磨损引起的问题。 根据本发明,沿着冷却器的纵向方向延伸的几个相邻细长的底部元件的冷却格栅被放在一起,所述底部元件可以彼此独立地在材料的输送方向上的工作间隙行程位置之间被可移动地控制 被冷却和返回行程位置,使得待冷却材料根据步行地板输送系统逐渐被输送通过冷却器,其中底部元件被构造为中空体并且使冷空气能够通过 防止要冷却的材料的筛网。
    • 9. 发明授权
    • Bulk-material cooler for cooling hot material to be cooled
    • 用于冷却要冷却的热材料的散料冷却器
    • US07708556B2
    • 2010-05-04
    • 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。
    • 10. 发明授权
    • Method for crushing hot cement clinker
    • 粉碎热水泥熟料的方法
    • US08240589B2
    • 2012-08-14
    • US11917597
    • 2006-06-10
    • Erich SommerKarl Schinke
    • Erich SommerKarl Schinke
    • B02C15/16B02C23/00
    • B02C4/305B02C4/08
    • The aim of the invention is to provide a roll crusher for a grate cooler for cooling hot bulk material, in particular hot cement clinker, comprising several parallel crusher rolls. Said rolls are driven in opposite directions and comprise respective rotatably mounted axle tube rolls, onto each of which a large number of crusher rings that can be connected to the axle tube can be pushed. According to the invention, the crusher rings are configured in such a way that crusher elements project from the cylindrical outer face of the crusher rings, said elements being uniformly distributed both over the periphery and over the width of the crusher rings.
    • 本发明的目的是提供一种用于冷却散热材料(特别是热水泥熟料)的炉排冷却器的辊式破碎机,其包括几个平行的破碎机辊。 所述辊沿相反方向被驱动,并且包括各自可旋转地安装的轴管辊,在其中每个可以推动可连接到轴管的大量破碎环。 根据本发明,破碎机环的构造使得破碎机元件从破碎机环的圆柱形外表面突出,所述元件均匀分布在破碎机环的周边和宽度上。