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    • 2. 发明申请
    • FLUID DISTRIBUTION SYSTEM
    • 流体分配系统
    • WO2009015753A1
    • 2009-02-05
    • PCT/EP2008/005668
    • 2008-07-11
    • OUTOTEC OYJDAUM, Karl-HeinzRAUSER, Wolf-ChristophSCHALK, Wolfram
    • DAUM, Karl-HeinzRAUSER, Wolf-ChristophSCHALK, Wolfram
    • B01D53/18B01D53/50B01J19/26B01J19/30B01J19/32
    • B01D53/185B01D3/008B01D53/504Y10T137/0396
    • A system for distributing a fluid, for instance organic solvents, water, aqueous salt solution, lyes or acids, via a random packing (PA) or some other structured packing, in which the fluid trickles from the top to the bottom, preferably in countercurrent or cocurrent flow with a gas containing e.g. SO3 or noxious substances, comprising at least one distributor element (1 ), from which the fluid is introduced via openings into a distributor channel (2) such that below the openings a specified fluid level (FP) is obtained in the distributor channel (2), wherein fluid is discharged from the distributor channel (2) via at least one outlet gap (3) of specified width at the lower end (4) of the distributor channel (2) to the packing (PA) by means of a guide member (5), wherein the distributor member (1 ) constitutes a pressure conduit, from which the fluid is discharged via nozzles (6) into a basically closed, but ventable chamber (7) of the distributor channel (2) formed above the fluid level (FP), in which a pressure corresponding to the pressure existing in the container accommodating the packing (PA) can be maintained.
    • 一种用于通过无规填料(PA)或一些其它结构化填料分布流体的系统,例如有机溶剂,水,盐水溶液,碱液或酸,其中流体从顶部向底部滴落,优选逆流 或与含有例如气体的气体并流 SO 3或有害物质,包括至少一个分配器元件(1),流体经由开口引入分配器通道(2),使得在开口下方,在分配器通道(2)中获得指定的液位(FP) ),其中流体经由分配器通道(2)的下端(4)处的特定宽度的至少一个出口间隙(3)从分配器通道(2)经由引导件 (5),其中所述分配器构件(1)构成压力导管,所述流体经由喷嘴(6)从所述压力导管排放到形成在所述流体上方的所述分配器通道(2)的基本上关闭但可通气的室(7)中 (FP),其中可以保持与容纳包装(PA)的容器中存在的压力相对应的压力。
    • 6. 发明申请
    • METHOD FOR RECOGNIZING THE LOAD OF AN ISLAND INVERTER AND ISLAND INVERTER
    • PROCESS FOR岛和变频器STAND-ALONE逆变电源的认识 - THE LAST
    • WO2006063375A2
    • 2006-06-22
    • PCT/AT2005000508
    • 2005-12-16
    • FRONIUS INT GMBHANGERER CHRISTIANHEIGL HANNESKREUZER HARALDWOLF CHRISTOPH
    • ANGERER CHRISTIANHEIGL HANNESKREUZER HARALDWOLF CHRISTOPH
    • H02M7/48H02M1/00H02M2001/0003H02M2001/0032Y02B70/16Y10T307/625
    • The invention relates to a method for recognizing the operational state of a load (10) connected to the output (6,7) of an island inverter (1). A load recognition signal (S L ) is applied at specific moments in time to the output (6, 7) of the island inverter (1), during which specific electric parameters are measured on the island inverter (1), enabling the operational state of the load (10) to be determined, wherein the island inverter (1), when the load (10) is activated, is switched from a possible standby mode into a permanent operation mode and, when the load is deactivated (10), the island inverter is switched from a possible permanent operation mode to a standby mode. The invention also relates to an island inverter (1). In order to ensure reliable recognition of all possible collected loads (10), a load recognition signal (S L ) with parameters ( T, d, A, H, f) that are modified at least according to the type of load (10) is applied to the output (6,7) of the island inverter (1).
    • 本发明涉及一种用于检测的操作状态到输出端(6,7)独立逆变器(1),其连接到在预定时间的负载(10),其特征在于,一个负载识别信号(S )(在输出 6,7)独立的逆变器(1)在岛逆变器(1)的活化的负载(10)从一个可能的应用和在此期间,在岛上逆变器(1)的某些电参数进行测量,并由此负载(10)的操作状态被确定,于是 空闲模式切换到连续操作和停用岛逆变器的负载(10)(1)从可能的连续操作在待机模式中切换。 此外,本发明涉及这样一种独立的逆变器(1)。 为了安全地检测所有可能的连接的负载(10)被提供,即在输出(6,7)独立逆变器(1)的负载检测信号(S ),其具有负载的类型中的至少一个功能 (10)改变的参数(T,D,A,H,F)被创建。