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    • 81. 发明申请
    • Method and device for cooling and comminuting hot cement clinker
    • 用于冷却和粉碎热水泥熟料的方法和装置
    • US20170044060A1
    • 2017-02-16
    • US15304639
    • 2015-04-16
    • KHD Humboldt Wedag GmbH
    • Martin Bobowk
    • C04B7/47F27B7/38F27D15/02C04B7/52
    • C04B7/475C04B7/52F27B7/383F27D15/0206Y02P40/123
    • A method and device for cooling and comminuting hot cement clinker in a cooler. The cooler has an inlet region for receiving the hot clinker, a recuperation region, a final cooling region having a clinker cooling device, an opening for blowing cooling air into the recuperation region, a tertiary air line for conducting away heated cooling air, an outlet region for discharging cooled clinker, and at least one conveyor to transport the clinker through the cooler. The hot clinker is tipped into the cooler through an input opening into the inlet region. The clinker is transported by the conveyor from the inlet region, through the recuperation region and the final cooling region to the outlet region, and ambient air is blown as cooling air into the recuperation region through the opening. Comminution of the clinker is provided by a device arranged in the recuperation region.
    • 一种用于在冷却器中冷却和粉碎热水泥熟料的方法和装置。 冷却器具有用于接收热熟料的入口区域,回收区域,具有熟料冷却装置的最终冷却区域,用于将冷却空气吹入回收区域的开口,用于导出加热的冷却空气的三级空气管线, 用于排出冷却熟料的区域,以及至少一个输送机,以将熟料运送通过冷却器。 热的熟料通过进入入口区域的输入口倾入冷却器。 熟料通过输送机从进口区域,通过再生区域和最终冷却区域输送到出口区域,并且环境空气作为冷却空气通过开口吹入回收区域。 熟料的粉碎由布置在恢复区域中的装置提供。
    • 84. 发明授权
    • Conveyor for and method of conveying heated material
    • 传送加热材料的输送机和方法
    • US07849997B2
    • 2010-12-14
    • US12502852
    • 2009-07-14
    • Oscar L. Mathis, Jr.Richard P. Kempf
    • Oscar L. Mathis, Jr.Richard P. Kempf
    • B65G53/60
    • F23J1/02F23J2700/001F23J2900/01002F27D15/0206
    • A conveyor for conveying hot ash may include a frame, a trough supported on the frame to receive a quantity of hot ash, the trough including a trough wall with a plurality of semi-circular steel plates that define a surface of the trough wall and a plenum disposed beneath the semi-circular steel plates, and a vibratory generator operatively coupled to the trough. The conveyor may also include a first plurality of apertures in the trough wall in fluid communication with the plenum, and a plurality of baffles spaced above the first plurality of apertures in the trough wall, the baffles defining a second plurality of apertures through which air exiting the first plurality of apertures may pass in a direction along the surface of the trough wall.
    • 用于输送热灰分的输送机可以包括框架,支撑在框架上以容纳一定数量的热灰的槽,所述槽包括具有限定槽壁的表面的多个半圆形钢板的槽壁和 设置在半圆形钢板之下的气室,以及可操作地连接到槽的振动发生器。 输送机还可以包括在槽壁中与流经连通的第一多个孔,以及在槽壁中的第一多个孔之上间隔开的多个挡板,挡板限定了第二多个孔,空气通过该孔 第一多个孔可以沿着槽壁的表面的方向通过。
    • 87. 发明授权
    • Cooling system for annealing material continuously moving on a transport
means
    • 用于在输送装置上连续移动的退火材料的冷却系统
    • US5689894A
    • 1997-11-25
    • US735522
    • 1996-10-22
    • Peter Helmut Ebner
    • Peter Helmut Ebner
    • C21D1/00C21D1/26C21D1/613C21D1/667F27B9/10F27B9/12F27B9/28F27D15/02F26B19/00
    • F27B9/28C21D1/613C21D1/667F27B9/10F27B9/12F27D15/0206
    • A cooling system for annealing material (4) in the form of plates, strips or bulk material moving on a transport means (5) consists of a plurality of zones (1, 2, 3), in which the annealing material (4) is treated on its lower and/or upper surface with an oblique blast of cooling medium in the form of air or gas emerging from nozzles of nozzle bars (10, 10a, 10b) fed by a compressor-type blower (7, 8, 8a, 11). In order to reduce the required amount of cooling medium, and to reduce the technical effort involved, only the last zone (3) disposed on the outlet end for the annealing material (4) is connected to the supply (7) of pressurized fresh cooling medium. In this zone (3) a collecting fan (8, 11) is provided, which upon formation of the oblique blast urges the cooling medium into a distribution box (9). To the distribution box (9, 12) the nozzle bars (10) of the penultimate zone (2) are connected. This zone is likewise provided with a collecting fan (11) including distribution box (12) for the preceding zone (1). This set-up or arrangement is repeated up to the first zone (1) disposed on the inlet end for the annealing material (4), whose collecting fan (13) finally opens to the outside.
    • 用于在输送装置(5)上移动的板,条或散装材料形式的退火材料(4)的冷却系统由多个区域(1,2,3)组成,其中退火材料(4)是 在其下表面和/或上表面上用从喷嘴杆(10,10a,10b)的喷嘴出来的空气或气体形式的冷却介质的倾斜喷雾处理,所述喷嘴杆由压缩机式鼓风机(7,8,8a, 11)。 为了减少所需量的冷却介质,并且为了减少所涉及的技术工作,只有设置在退火材料(4)的出口端上的最后一个区域(3)连接到加压新鲜冷却的供应(7) 中。 在该区域(3)中,设置收集风扇(8,11),在收集风扇(8,11)形成倾斜喷射时,将冷却介质推入配电箱(9)。 分配箱(9,12)连接倒数第二区(2)的喷嘴杆(10)。 该区域同样设置有收集风扇(11),其包括用于前一区域(1)的分配箱(12)。 该设置或布置重复直到设置在用于退火材料(4)的入口端的第一区域(1),其中收集风扇(13)最终向外开放。