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    • 1. 发明申请
    • APPARATUS FOR EFFECTING HEAT EXCHANGE BETWEEN A GAS AND A FINE PARTICULATE MATERIAL
    • 用于对气体和细颗粒材料之间的热交换进行影响的装置
    • WO1998004879A1
    • 1998-02-05
    • PCT/EP1997003512
    • 1997-07-03
    • F.L. SMIDTH & CO. A/SFONS, Mogens, Juhl
    • F.L. SMIDTH & CO. A/S
    • F28C03/14
    • F28F13/06C04B7/432F26B17/107F26B17/1441F26B17/24F28C3/14
    • A device (1) for exchange of heat between a gas and a fine-grained material, such as cement raw meal, comprising a vertical, rotationally symmetrical shaft (11) which is provided with gas inlets (3) at its lower end, a central gas outlet (5) at its upper end, a material inlet (7) likewise at its upper end, and a central material outlet (9) at its lower end. The gas passes through the shaft from the lower end and upwards following a helical path, whereas the material fed at the top and discharged at the bottom during its passage through the shaft is repeatedly thrust outwards against the wall of the shaft and re-introduced into the gas stream. The shaft is made up of several cylindrical shaft sections (11a, 11b, 11c, 11d, 11e), positioned on top of one another, the diameters of which decrease from the lower end upwards, and the gas inlets (3) are configured tangentially in the lowermost shaft section (11a).
    • 一种用于在气体和诸如水泥生料之间的细粒材料之间交换热量的装置(1),包括在其下端设置有气体入口(3)的垂直的,旋转对称的轴(11), 中心气体出口(5)在其上端,同样在其上端的材料入口(7)和在其下端的中心材料出口(9)。 气体沿着螺旋路径从下端向上穿过轴,并且在其通过轴的过程中在顶部被馈送并在底部排出的材料被反复地向外推向轴的壁并重新引入 气流。 轴由几个圆柱形轴部分(11a,11b,11c,11d,11e)组成,它们彼此顶部彼此垂直,其直径从下端向上减小,并且气体入口(3)被切向地配置 在最下轴部(11a)中。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR TREATING A BED OF PARTICULATE MATERIAL
    • 用于处理颗粒物料的方法和装置
    • WO1997007881A1
    • 1997-03-06
    • PCT/EP1996002971
    • 1996-07-05
    • F.L. SMIDTH & CO. A/SFONS, Mogens, JuhlTOUBORG, Jorn
    • F.L. SMIDTH & CO. A/S
    • B01J08/44
    • B01J8/44B01J8/1818F23C10/20F23C10/28F26B3/082F26B17/26F27D15/0213F27D2015/0233
    • A bed (6; 78) of particulate material, which is supported by a gas distribution bottom (9; 75), is located utilizing a treatment gas, which via ducts (19; 35; 77) is conducted in sectionalized manner to and directed up through the gas distribution bottom and the bed of material from one or several underlying compartments (15; 76). The flow of the treatment gas through each duct (19; 35; 77) is self regulated by means of a flow regulator (21) provided in each duct. It is thereby obtained that the total pressure loss across the gas distribution bottom can be reduced, that the flow of the treatment gas through the material bed is distributed in a desirable and well-defined manner across the entire gas distribution bottom regardless of the composition of the material bed and the distribution thereon, and that tunnel formations are avoided.
    • 由气体分配底部(9; 75)支撑的颗粒材料床(6; 78)利用处理气体定位,所述处理气体通过管道(19; 35; 77)以分段方式被导向和导向 通过气体分配底部和来自一个或多个下面的隔室(15; 76)的材料床。 通过每个管道(19; 35; 77)的处理气体的流动通过设置在每个管道中的流量调节器(21)自动调节。 由此得到能够减少气体分配底部两侧的总压力损失,通过材料床的处理气体的流动以期望和明确的方式分布在整个气体分布底部,而不管 材料床和其上的分布,并且避免了隧道结构。
    • 5. 发明申请
    • METHOD AND PLANT FOR MANUFACTURING CEMENT CLINKER
    • 制造水泥夹克的方法和设备
    • WO1994029231A1
    • 1994-12-22
    • PCT/DK1994000207
    • 1994-05-27
    • F.L. SMIDTH & CO. A/SHUNDEBOL, Soren
    • F.L. SMIDTH & CO. A/S
    • C04B07/44
    • C04B7/24C04B7/40F23G2201/10F23G2201/80F23G2206/10F23G2209/12Y02P40/121Y02P40/126Y02P40/145C04B7/4423
    • A method and plant for burning sludge or filter cakes during the cement clinker manufacture where the cement is manufactured in known manner by the cement raw meal being preheated, calcined and burned into clinker with subsequent cooling of the clinker and where the sludge is dried and finely divided prior to burning. In connection with this method a drying method is indicated by means of which the drying gas volume through the drier unit is substantially reduced. This is done by feeding hot raw meal from either the preheater or a separating cyclone installed in connection with the calciner to the drier unit - which may be a drier crusher. In principle, there is no upper limit to the water content in the sludge which may be used for the process, and applicable types of sludge include for example sewage sludge, bleaching earth, paper sludge, fibre rejects, combustible chemical residues, e.g. waste derived from the manufacture of nylons and pesticides, drill sludge resulting from oil exploration and similar types.
    • 一种用于在水泥熟料生产过程中燃烧污泥或滤饼的方法和设备,其中水泥以已知方式由水泥生料以预先熟化的方式被煅烧和煅烧熟化,熟化熟料,随后冷却熟料,并将污泥干燥和精细化 燃烧之前分开。 与该方法相关的干燥方法是通过干燥装置的干燥气体体积显着减少的方法。 这是通过从预热器或与煅烧炉相连的安装的分离旋风分离器将热生料进料到干燥器单元(其可以是干燥的破碎机)来完成的。 原则上,可用于该方法的污泥中的含水量没有上限,适用的污泥类型包括例如污水污泥,漂白土,纸泥浆,纤维废料,可燃化学残渣,例如污泥。 来自制造尼龙和农药的废物,石油勘探产生的钻屑和类似类型。
    • 6. 发明申请
    • DOUBLE SEPARATOR FOR SORTING PARTICULATE MATERIAL
    • 用于分配颗粒材料的双重分离器
    • WO1992009376A1
    • 1992-06-11
    • PCT/DK1991000340
    • 1991-11-13
    • F.L. SMIDTH & CO. A/SFOLSBERG, Jan
    • F.L. SMIDTH & CO. A/S
    • B07B07/083
    • B07B7/083B02C23/32
    • A double separator for sorting particulate material, e.g. raw materials of cement or cement clinker comminuted in a roller press, and in which the material charge is suspended in a conveying gas, and consisting of a coarse separator (2), on top of which a fine separator (1) is mounted directly. The coarse separator (2) has a material inlet duct (15), a centrifugal pulverizer or rotor with arms (16) forming a desagglomerator, a gas inlet duct (18) and a material outlet duct (21) for a separated coarse fraction. The fine separator (1) has a material gas inlet duct (9), an additional material inlet duct (11), an outlet duct (3) for a fine fraction in suspension and an outlet duct (10) for a separated coarser fraction.
    • 用于分选颗粒材料的双分离器,例如 在辊压机中粉碎的水泥或水泥熟料的原料,其中材料装料悬浮在输送气体中,并由粗分离器(2)组成,其上直接安装微细分离器(1)。 粗分离器(2)具有材料入口管道(15),具有形成分散器的臂(16)的离心式粉碎机或转子,用于分离的粗级分的气体入口管道(18)和材料出口管道(21)。 细分离器(1)具有材料气体入口管道(9),附加材料入口管道(11),用于悬浮液中的细小部分的出口管道(3)和用于分离的较粗级分的出口管道(10)。
    • 8. 发明申请
    • METHOD FOR MANUFACTURING OF A FILLER MATERIAL
    • 填充材料的制造方法
    • WO1995018885A1
    • 1995-07-13
    • PCT/DK1995000001
    • 1995-01-02
    • F.L. SMIDTH & CO. A/SANDERSEN, Charlotte, BeickerHUNDEBOL, Soren
    • F.L. SMIDTH & CO. A/S
    • D21H17/01
    • C09C1/021C09C1/0081C09C1/42
    • The present invention relates to a method for manufacturing a filler from a mineral containing sludge which is a by-product from the manufacture of recycled paper. By the method according to the invention the sludge is introduced into a stream of hot gases from a burning chamber (7) and conveyed together with the gas stream to a drying and comminuting device (1) wherefrom the dry and finely divided paper material, suspended in the exit gas, is directed to a separator (4) in which the paper material is separated from the exit gas. The paper material is subsequently fired into the burning chamber and the organic content of the material is incinerated subject to development of heat. The mineral residue of the paper material which normally contains CaCo3, kaolin and several minor components is calcined in the burning chamber for a suitable period of time at a controlled temperature, and finally the heat-treated material is cooled by means of air.
    • 本发明涉及一种由含有污泥的矿物制造填料的方法,所述污泥是来自再生纸生产的副产物。 通过根据本发明的方法,将污泥从燃烧室(7)引入热气流中并与气流一起输送到干燥和粉碎装置(1),干燥和细碎纸材料悬浮 在出口气体中被引导到分离器(4),其中纸材料与出口气体分离。 随后将纸材料烧制到燃烧室中,并且材料的有机物质经受热量的焚烧。 通常含有CaCo 3,高岭土和几种次要成分的纸材的矿物残渣在燃烧室中在受控温度下煅烧适量的时间,最后通过空气冷却热处理的材料。
    • 10. 发明申请
    • A DUAL VIBRATION-COMPENSATING APPARATUS
    • 双振动补偿装置
    • WO1995002132A1
    • 1995-01-19
    • PCT/DK1994000282
    • 1994-07-08
    • F.L. SMIDTH & CO. A/SMADSEN, John, Gram
    • F.L. SMIDTH & CO. A/S
    • F16F15/26
    • F16F15/22B63H21/302
    • A dual vibration-compensating apparatus for counteracting unbalanced moments of two different orders generated by a main engine of a vessel. The apparatus comprises a first and a second compensating unit (51, 52). Each unit comprises an eccentric mass rotating with a shaft, said shafts being interconnected through a transmission having an integer transmission ratio and driven at a rpm being a multiple of the rpm of the engine of the vessel by means of a driving motor (84) and a control and synchronising device. The shafts (57; 72, 73) are essentially perpendicular to one another and the first compensating unit (51) comprises at least one rotary body (60) with an eccentric mass and with a rotary body part (60F) being fixedly mounted on the first shaft (57) and a second rotary body part (60L) being releasably mounted on the first shaft (57). The second compensating unit (52) comprises two pivotally arranged shaft parts (72, 73) on each of which a rotary body with the same eccentric mass is mounted comprising a rotary body part (70F, 71F) being fixedly mounted on the shaft and a rotary body part (70L, 71L) being releasably mounted on the shaft parts (72, 73). The shaft parts being interconnected through a transmission (81, 82, 63) so as to rotate in opposite directions.
    • 一种双重振动补偿装置,用于抵消由船舶的主机产生的两个不同阶数的不平衡力矩。 该装置包括第一和第二补偿单元(51,52)。 每个单元包括与轴一起旋转的偏心质量块,所述轴通过具有整体传动比的传动装置相互连接,并通过驱动马达(84)以转速来驱动容器的发动机转速的倍数, 控制和同步装置。 所述轴(57,72,73)基本上彼此垂直,并且所述第一补偿单元(51)包括具有偏心块的至少一个旋转体(60),并且旋转体部分(60F)固定地安装在 第一轴(57)和可释放地安装在第一轴(57)上的第二旋转体部分(60L)。 第二补偿单元(52)包括两个枢轴布置的轴部件(72,73),每个轴部件具有安装有相同偏心质量的旋转体,包括固定地安装在轴上的旋转体部分(70F,71F)和 旋转体部分(70L,71L)可释放地安装在轴部件(72,73)上。 所述轴部分通过变速器(81,82,63)互相连接,以沿相反方向旋转。