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    • 33. 发明申请
    • Electronic Control Cabinet with Cooling
    • 电子控制柜带冷却
    • US20140177170A1
    • 2014-06-26
    • US14134059
    • 2013-12-19
    • Minimax GmbH & Co. KG
    • Hartwig STEFFEN
    • H05K7/20
    • H05K7/20009G08B17/00H05K7/1467H05K7/20572
    • An electronic control cabinet for a fire detection panel and/or extinguishing control panel, including a housing having a fastening structure for modules including a module housing in which an electronic assembly is arranged, the housing having entry and exit openings for an air flow wherein a cooling device for the modules to be cooled includes horizontal first and second ducts between two essentially vertical first and second ducts, the respectively first ducts guiding a cold-air flow to the modules to be cooled and the respectively second ducts leading a warm-air flow away from the modules to be cooled, and the horizontal ducts having openings for the air flow of the cold and warm air at those places where the modules to be cooled are arranged.
    • 一种用于火灾检测面板和/或灭火控制面板的电子控制柜,包括具有用于模块的紧固结构的壳体,所述模块包括模块壳体,其中布置有电子组件,所述壳体具有用于空气流的入口和出口,其中, 用于要冷却的模块的冷却装置包括在两个基本上垂直的第一和第二管道之间的水平的第一和第二管道,分别的第一管道将冷空气流引导到要冷却的模块,并且分别引导温暖空气流的第二管道 远离要冷却的模块,并且在布置冷却模块的那些位置处具有用于冷和暖空气的空气流的开口的水平管道。
    • 34. 发明申请
    • Preaction Dry Pipe Alarm Valve for a Sprinkler Pipework
    • 喷水管道预干燥管道报警阀
    • US20130098641A1
    • 2013-04-25
    • US13278732
    • 2011-10-21
    • Christian Capsius
    • Christian Capsius
    • A62C37/36
    • A62C35/62A62C35/64A62C35/645A62C35/68A62C37/44
    • A preaction dry pipe alarm valve (1) for a sprinkler pipework (24) with sprinklers with a fire detection and extinguishing control panel (26), a water supply (38), valves, the air feed (37), wherein the pilot control chamber (19) of the preaction dry pipe alarm valve (1) is depressurized in case of a fault message from the fire detection and extinguishing control panel (26), wherein a quick opener (40) which is in connection with the preaction dry pipe alarm valve (1), when the pilot control chamber (19) is depressurized and, in the case of a decreasing pressure in the sprinkler pipework (24), opens the valve head (2) of the preaction dry pipe alarm valve (1), so that extinguishing water can flow into the dry pipework (24). The system requires no additional rapid vents need to be installed in the pipework, which allows achieving very short flooding times for the sprinkler pipework.
    • 一种用于具有喷水灭火和灭火控制面板(26)的洒水管道(24)的预干燥管道报警阀(1),供水装置(38),阀门,空气供给装置(37),其中先导控制 在火灾探测和熄灭控制面板(26)发生故障信息的情况下,预干燥管道报警阀(1)的腔室(19)被减压,其中与预干燥管道相连的快速开启器(40) 报警阀(1),当先导控制室(19)减压时,在喷水管道(24)压力降低的情况下,打开预干燥管道报警阀(1)的阀头(2) ,使得灭火水可以流入干燥管道(24)。 该系统不需要在管道中安装另外的快速通风口,这样可以实现洒水管道的非常短的淹水时间。
    • 35. 发明申请
    • Device For Compensating A Filling Level
    • 补充灌装水平的装置
    • US20130056229A1
    • 2013-03-07
    • US13602960
    • 2012-09-04
    • Chrysafis ZLATINTSIS
    • Chrysafis ZLATINTSIS
    • A62C35/02
    • A62C35/023A62C35/68
    • A device for compensating a filling level (34) in a pressure vessel (1) for an extinguishing agent, includes an extinguishing line (32), a propellant-gas line (37) supplied with propellant gas (31), and an adapter (3) on a threaded socket of the pressure vessel (1). A compensation tank (30) is in communication with the pressure vessel and a shut-off member (9) is arranged between the compensation tank (30) and the pressure vessel (1). The shut-off member is closed automatically to isolate the compensation tank from the pressure vessel when a propellant is applied to the pressure vessel so that the extinguishing agent can be stored without pressure in the extinguishing-agent vessel and can be monitored using a simple device.
    • 用于补偿用于灭火剂的压力容器(1)中的填充液位(34)的装置包括灭火管线(32),供给有推进剂气体(31)的推进剂气体管线(37)和适配器 3)在压力容器(1)的螺纹插座上。 补偿罐(30)与压力容器连通,并且在补偿罐(30)和压力容器(1)之间设置有切断构件(9)。 当将推进剂施加到压力容器上时,关闭构件被自动关闭以将补偿罐与压力容器隔离,使得灭火剂可以在没有压力的情况下储存在灭火剂容器中,并且可以使用简单的装置 。
    • 36. 发明授权
    • Spray nozzle, especially for spraying water in fire prevention systems
    • 喷嘴特别适用于防火系统喷水
    • US6129154A
    • 2000-10-10
    • US635599
    • 1996-04-22
    • Rolf HoffmannJorg MuckeWilfried Heize
    • Rolf HoffmannJorg MuckeWilfried Heize
    • A62C31/02B05B1/34A62C2/00
    • B05B1/3478A62C31/02B05B1/3447
    • A spray nozzle, especially for spraying water in fire prevention systems, has a housing in which there is a vortex chamber into which a first channel into which a first channel for supplying water opens essentially tangentially at a distance from the axis of the vortex and which has a first outlet orifice coaxial with the axis of the vortex. The spray nozzle also has a second outlet orifice arranged inside the vortex chamber so it is coaxial with the first outlet orifice and is located at the end of a second channel that is coaxial with the axis of the vortex. The second channel has an enlarged area upstream from the second outlet orifice, where the cross-sectional area at right angles to the axis of the channel increases in the direction of flow. furthermore, the cross-sectional area of the second channel at right angles to the axis of the channel does not decrease further downstream from the enlargement as seen in the direction of flow. The second outlet orifice is positioned so close to and upstream from the first outlet orifice that a low pressure zone is formed in the enlarged area, distributing the flowing water to form a spray cone that comes out of the second outlet orifice and spreads out inside a spray cone coming out of the first outlet orifice. This yields a uniform fire extinguishing effect and the width of the spray created by the spray nozzle is increased. The spray nozzle according to this invention is simple and inexpensive to manufacture.
    • 特别是用于在防火系统中喷洒水的喷嘴具有壳体,其中存在涡流室,用于供应水的第一通道的第一通道基本上相对于涡流的轴线相切地开口,第一通道 具有与涡流轴线同轴的第一出口孔。 喷嘴还具有布置在涡流室内部的第二出口孔,使得其与第一出口孔同轴并且位于与涡流轴线同轴的第二通道的端部。 第二通道具有从第二出口孔上游的扩大区域,其中与通道的轴线成直角的横截面面积在流动方向上增加。 此外,与通道的轴线成直角的第二通道的横截面面积在流动方向上看不会从放大的下游进一步下降。 第二出口孔定位成与第一出口孔接近和上游,在放大区域形成低压区,分配流水形成从第二出口孔排出的喷雾锥体, 喷雾锥从第一个出口孔出来。 这产生均匀的灭火效果,并且由喷嘴产生的喷雾的宽度增加。 根据本发明的喷嘴简单且制造成本低廉。