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    • 2. 发明申请
    • ARRANGEMENT FOR CLEANING VENTILATION AIR POLLUTED WITH PAINT PARTICLES
    • 清洁通风用空气污染的空气的布置
    • WO1990012649A1
    • 1990-11-01
    • PCT/SE1990000268
    • 1990-04-23
    • FLÄKT AKTIEBOLAGLANNEFORS, HansLINDAU, LeifKIHLBERT, Mikael
    • FLÄKT AKTIEBOLAG
    • B03C03/16
    • B03C3/017B03C3/16B05B14/42B05B14/46B05B14/468Y02A50/2357Y02P70/36Y10S55/46
    • An arrangement for cleaning ventilation air coming from a spray booth (1) for painting e.g. car bodies (2), and polluted with paint particles, comprises means (9) for contacting the ventilation air with a liquid flow for separating part of the paint particles of the ventilation air. At least one wet electrostatic precipitator (6) is provided in an enclosure (7) downstream of said means, for separating the remaining particles as well as liquid droplests contained in the ventilation air and originating from the liquid flow. The enclosure (7) is located underneath the floor (4) of the spray booth (1) and the part of the enclosure (7) which is first contacted by the ventilation air is formed as a sloping plane being poured over with liquid. The lower end of the sloping plane is connected to said means (9) forming a part of said enclosure and being poured over with liquid. The enclosure (7) further is so designed that the ventilation air is caused to be deflected through an angle of 10 DEG -170 DEG in relation to its substantially vertical direction of flow through the spray booth (1) before being caused to pass through the above-mentioned means (9).
    • 用于清洁来自喷雾室(1)的通风空气的装置,用于喷涂 车身(2),并被油漆颗粒污染,包括用于使通风空气与用于分离通风空气的涂料颗粒的一部分的液体流的装置(9)。 至少一个湿式静电除尘器(6)设置在所述装置下游的外壳(7)中,用于分离剩余的颗粒以及包含在通风空气中并源自液体流的液体流出物。 外壳(7)位于喷雾室(1)的地板(4)的下面,并且首先与通风空气接触的外壳(7)的一部分形成为倾倒在液体上的倾斜平面。 倾斜平面的下端连接到形成所述外壳的一部分并且用液体倾倒的所述装置(9)。 外壳(7)还被设计成使通风空气相对于穿过喷雾室(1)的大致垂直的流动方向被偏转10°-170°的角度,然后通过 上述手段(9)。
    • 3. 发明申请
    • METHOD FOR CLEANING FLUE GAS FORMED ON REFUSE INCINERATION
    • 清除烟气造成焚烧的方法
    • WO1990011817A1
    • 1990-10-18
    • PCT/SE1990000209
    • 1990-04-02
    • FLÄKT AKTIEBOLAGCARLSSON, Kurt
    • FLÄKT AKTIEBOLAG
    • B01D53/34
    • B09B3/00B01D53/34
    • For cleaning flue gas formed on the incineration of refuse, for example domestic refuse, and containing particulate impurities; gaseous organic impurities, such as aromatic chlorine compounds; gaseous inorganic and acidifying impurities, e.g. hydrogen chloride, sulphur dioxide, and nitrogen oxides; and gaseous trace elements, such as heavy metals, the gas is cleaned of its particulate impurities in a separation step (52). Then, the flue gas is cleaned of its gaseous inorganic and acidifying impurities in at least one gas washing step (54a, 54b). Before the separation step (52), the flue gas is brought into contact with one or more substances reacting with the gaseous trace elements and supplied in the form of a dry powder or fine liquid droplets, and/or an adsorption material reacting with the gaseous organic impurities, for transforming the trace elements and the last-mentioned impurities into particulate impurities which are separated from the flue gas in the above-mentioned separation step. The particulate impurities separated in the separation step (2; 22; 52) are heated to such a high temperature that substantially all the organic impurities are decomposed, and that most of the trace elements are evaporated, while the remaining particulate impurities are transformed into vitreous sand by melting.
    • 用于清理垃圾焚化形成的烟气,例如家用垃圾,并含有颗粒杂质; 气态有机杂质,如芳香族氯化合物; 气态无机和酸化杂质。 氯化氢,二氧化硫和氮氧化物; 和气体微量元素,例如重金属,在分离步骤(52)中清除其颗粒杂质的气体。 然后,在至少一个气体洗涤步骤(54a,54b)中清除废气中的气态无机和酸化杂质。 在分离步骤(52)之前,烟道气与一种或多种与气体微量元素反应的物质接触,并以干燥粉末或细小液滴的形式提供,和/或与气体反应的吸附材料 用于将微量元素和最后提到的杂质转化成在上述分离步骤中与废气分离的微粒杂质的有机杂质。 在分离步骤(2; 22; 52)中分离的颗粒杂质被加热到高温,使得基本上所有的有机杂质都被分解,并且大部分微量元素被蒸发,而剩余的微粒杂质被转化成玻璃体 沙子融化。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR CLEANING GASES
    • 清洁气体的方法和装置
    • WO1989008491A1
    • 1989-09-21
    • PCT/SE1989000112
    • 1989-03-08
    • FLÄKT AKTIEBOLAGGUSTAVSSON, LennartLINDAU, Leif
    • FLÄKT AKTIEBOLAG
    • B01D47/02
    • B01D47/021G21C19/303
    • A method and an apparatus are used for removing solid, liquid and/or gaseous pollutants from a gas or gas mixture. By means of a gas distributing system (14), the gas is passed below the surface (34) of a bath (32) of washing or cleaning liquid in such a manner that it is caused to rise through the bath (32) in several partial flows, each partial flow having a volume flux independent of the size of the total gas flow. The polluted gas is caused to bubble through the liquid bath at a velocity which is higher than the velocity at which a free bubble rises through the bath. Each partial flow of the polluted gas is completely or almost completely screened off by partitions (48) from adjacent parts of the bath (32). This screening is preferably performed during a substantial part of the passage of the partial flows through the bath (32).
    • 一种方法和装置用于从气体或气体混合物中去除固体,液体和/或气体污染物。 通过气体分配系统(14),气体以洗涤或清洗液体的浴液(32)的表面(34)下方通过,使得其以数个方式通过浴液(32)升高 部分流动,每个部分流具有独立于总气体流量大小的体积流量。 使污染的气体以比自由气泡上升通过浴的速度高的速度通过液槽而气泡。 受污染气体的每个部分流动完全或几乎完全由与浴液(32)的相邻部分隔开的隔板(48)完全遮蔽。 该筛选优选在部分流过浴槽(32)的大部分通过期间进行。
    • 5. 发明申请
    • FILTER FOR SEPARATING PARTICLES FROM GASES
    • 用于从气体分离颗粒的过滤器
    • WO1990007382A1
    • 1990-07-12
    • PCT/SE1990000002
    • 1990-01-02
    • FLÄKT AKTIEBOLAGHUNT, RolfODENMO, Peter
    • FLÄKT AKTIEBOLAG
    • B03C03/14
    • B03C3/155
    • A filter (1) for separating particles from gases by screening, said filter comprising bag-shaped filter material (7) made of filter material, each filter member having at least one opening for discharging the gases flowing through the filter material of said filter member. Furthermore, the filter (1) has pervious stiffening means arranged inside said filter members. The outsides of the filter members (7) are provided with fibres (13) hanging loosely from the filter material, electrically conductive means (8) being arranged inside and/or outside the filter members for charging said fibres.
    • 一种用于通过筛选从颗粒中分离颗粒的过滤器(1),所述过滤器包括由过滤材料制成的袋状过滤材料(7),每个过滤构件具有至少一个用于排出流过所述过滤构件的过滤材料的气体的开口 。 此外,过滤器(1)具有布置在所述过滤构件内部的透液加强装置。 过滤构件(7)的外侧设置有从过滤材料松散地悬挂的纤维(13),导电装置(8)布置在用于对所述纤维进行充填的过滤构件的内部和/或外部。
    • 6. 发明申请
    • METHOD FOR CONTROLLING THE SUPPLY AND THE DISCHARGE OF HOT AIR TO AND FROM, RESPECTIVELY, A BLOWING TUNNEL
    • 用于控制供应和排放热空气的方法,相应地,吹气隧道
    • WO1989011074A1
    • 1989-11-16
    • PCT/SE1989000237
    • 1989-04-27
    • FLÄKT AKTIEBOLAGPERSSON, Anders
    • FLÄKT AKTIEBOLAG
    • F26B21/06
    • F26B21/06F26B2210/12
    • In a method for controlling the supply and the discharge of hot and/or cold gases to and from, respectively, a tunnel-shaped arrangement (1) for drying and/or cooling vehicles or parts thereof. The tunnel-shaped arrangement is longitudinally divided into a number of sections each of which is provided with a plurality, preferably 60-250, of nozzles (7, 20, 21, 22, 23, 24, 25) which are substantially evenly distributed over the curved inner surface of the section and through which the gases are supplied and blown against the vehicle or the parts thereof passing through the arrangement, the pressure drop of the gases is measured across the nozzles and the temperature of the gases before the nozzles. The measured pressure drop values are then compared with predetermined desired values corresponding to the prevailing temperature, whereupon a pressure increase or a pressure reduction signal is supplied to a first pressure changing means (29) for supplying the gases to the arrangement (1), depending on whether the measured values are below or above the desired values.
    • 在分别用于控制用于干燥和/或冷却车辆或其部件的隧道状布置(1)的热和/或冷气体的供给和排出的方法中, 隧道状布置纵向分成多个部分,每个部分设置有多个,优选地为60-250个喷嘴(7,20,21,22,23,24,25),喷嘴基本均匀地分布在 该部分的弯曲内表面并且通过气体被供应并吹向车辆或其穿过该装置的部分,气体的压降跨喷嘴和喷嘴之前的气体的温度被测量。 然后将测量的压降值与对应于主要温度的预定期望值进行比较,由此将压力增加或减压信号提供给第一压力改变装置(29),用于将气体供应到装置(1),依赖 关于测量值是否低于或高于所需值。
    • 7. 发明申请
    • METHOD FOR CLEANING GASES
    • 清洁气体的方法
    • WO1989007974A1
    • 1989-09-08
    • PCT/SE1989000083
    • 1989-02-27
    • FLÄKT AKTIEBOLAGBJERLE, IngemarKARLSSON, HansPETERSEN, TomPETERSON, Joseph
    • FLÄKT AKTIEBOLAG
    • B01D53/34
    • B01D53/508F23J15/02F23J2215/20F23J2217/101F23J2217/102F23J2219/50F23J2219/60
    • In the cleaning of flue gases formed during the combustion of coal, preferably pulverised coal, the flue gases in a first step are cleaned of particulate pollutants, so-called fly ash, in a first separator (5). In a subsequent step, the flue gases are cleaned of gaseous, acidifying pollutants by mixing the flue gases with a sorbent in the form of a dry powder or fine water droplets in a contact reactor (21). The resulting reaction products are then separated together with unreacted sorbent as a dry powder from the flue gases in a second separator (41). Water is added to the fly ash separated in the first separator (5). The fly ash is then milled in a mill (11) in order to convert the calcium oxide and silicon dioxide present therein into calcium hydroxide and calcium silicates. Also, the fly ash is mixed with burnt or slaked lime and/or silicon dioxide prior to or after milling. The thus treated material is then used as sorbent in the subsequent cleaning step.
    • 在清洁在煤的燃烧期间形成的烟道气,优选粉煤时,第一步骤中的烟道气在第一分离器(5)中清除颗粒污染物,即所谓的飞灰。 在接下来的步骤中,通过在接触反应器(21)中将烟道气与干粉或细小水滴形式的吸附剂混合,来清除烟气中的气态酸化污染物。 然后将所得反应产物与来自第二分离器(41)中的烟道气的干燥粉末的未反应吸附剂一起分离。 将水加入到在第一分离器(5)中分离的飞灰中。 然后将粉煤灰在研磨机(11)中研磨,以便将其中存在的氧化钙和二氧化硅转化为氢氧化钙和硅酸钙。 此外,飞灰在研磨之前或之后与烧焦或熟石灰和/或二氧化硅混合。 然后将如此处理的材料用作随后的清洁步骤中的吸附剂。
    • 8. 发明申请
    • METHOD AND INSTALLATION FOR RECOVERING ENERGY IN METALLURGICAL PROCESSES
    • 冶金工艺回收能源的方法与安装
    • WO1989008810A1
    • 1989-09-21
    • PCT/SE1989000134
    • 1989-03-15
    • FLÄKT AKTIEBOLAGGRANSTRÖM, StaffanHOLMLUND, Sten
    • FLÄKT AKTIEBOLAG
    • F27B03/26
    • F27D13/002C21C5/565F27D17/004Y02P10/216
    • A method and an installation for recovering energy in the thermal destruction of pollutants in a gas emitted from a scrap preheating device (6, 8), e.g. in an electro-steel furnace (1). The polluted gas is conducted through regenerative heat exchangers (12, 15) before or after passing through a combustion chamber (4), for providing heat exchange between the polluted cold gas and the cleaned hot gas. The regenerative heat exchangers (12, 15) are filled with a packing of a material suitable to be charged into the furnace (1) generating the gases which are used in the scrap preheating process, or into another nearby furnace. The packing is withdrawn completely or partly when the performance of a heat exchanger has deteriorated as a result of oxidation or clogging with dust. A new packing is supplied to the heat exchanger concerned, and the packing withdrawn is charged into one of said furnaces.
    • 一种用于从废料预热装置(6,8)排放的气体中的污染物的热破坏中回收能量的方法和装置,例如, 在电炉(1)中。 污染气体在通过燃烧室(4)之前或之后通过再生式热交换器(12,15)传导,用于在被污染的冷气体和经清洁的热气体之间提供热交换。 再生热交换器(12,15)填充有适于装入炉子(1)的材料的填料,该炉子产生用于废料预热过程的气体,或者进入另一个附近的炉子。 当由于氧化或灰尘堵塞而导致热交换器的性能恶化时,填充物被完全或部分地抽出。 向所述热交换器供应新的包装,并将所提取的包装物装入所述炉子之一。
    • 9. 发明申请
    • METHOD FOR CLEANING FLUE GASES
    • 清洁气体气体的方法
    • WO1989008493A1
    • 1989-09-21
    • PCT/SE1988000667
    • 1988-12-08
    • FLÄKT AKTIEBOLAGCARLSSON, Kurt
    • FLÄKT AKTIEBOLAG
    • B01D53/34
    • B01D53/501B01D53/64B01D53/68
    • In the cleaning of process gases, such as flue gases, containing heavy metals, especially mercury and/or mercury compounds, and possibly also containing acidifying gases, such as hydrogen chloride and/or sulphur dioxide, the process gases are contacted in a contact reactor (6) with an aqueous solution or an aqueous suspension containing a first absorbent material which is reactive with the heavy metals of the process gases and is in the form of one or more metal sulphides, preferably sodium sulphide, for separating the heavy metals from the process gases. The water is then supplied in such an amount and in such a finely divided state that it is completely evaporated when contacting the process gases.
    • 在清洁含有重金属,特别是汞和/或汞化合物的烟道气,以及可能还含有酸化气体如氯化氢和/或二氧化硫的工艺气体中,工艺气体在接触反应器 (6)与水溶液或含有第一种吸收材料的水性悬浮液混合,该第一吸收材料与工艺气体的重金属具有反应性,并且是一种或多种金属硫化物(优选硫化钠)的形式,用于将重金属从 工艺气体。 然后将水以这样的量和细分的状态供应,以使其在接触工艺气体时完全蒸发。