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    • 7. 发明公开
    • Heating system component
    • Bauteil einer Heizungsanlage
    • EP1106838A1
    • 2001-06-13
    • EP00309946.2
    • 2000-11-09
    • Zhuhai Velocity of Sound Technology Ltd.
    • Hua, Li Shan
    • F04F5/46F04F5/24F24D1/00
    • F24D1/005F04F5/24F04F5/46F22D1/28
    • A component for attachment, in use, to a heating system. The component comprises a first inlet (1) for receiving a heated gas, the inlet comprising a first frusto-conical region (5) followed by an outwardly tapered nozzle (6) for generating a high speed gas jet. There is a second inlet (2) for receiving cooled water from the heating system. A mixing region surrounds the nozzle region and connects to the second inlet. The mixing region comprises a circular chamber component surrounding at least a portion of the gas nozzle, an inwardly tapered frusto-conical component (7) positioned upstream from the outlet of the gas nozzle and leading into a third mixing region (8) of generally regular cross section, the mixing region being configured to mix, in use, heated gas from the nozzle and cooled liquid from the second inlet to produce mixed heated liquid at high pressure and high forward flow velocity.
      A diffusion region (9) comprises an outwardly tapered frusto-conical tube for reducing the flow of the heated liquid whilst increasing its pressure to a predetermined value. An outlet (3) attached to the diffusion region for receiving and dispersing heated liquid therefrom.
    • 用于在使用中附接到加热系统的部件。 该组件包括用于接收加热气体的第一入口(1),入口包括第一截头圆锥形区域(5),随后是用于产生高速气体射流的向外锥形喷嘴(6)。 有一个用于从加热系统接收冷却水的第二入口(2)。 混合区域围绕喷嘴区域并连接到第二入口。 混合区域包括围绕气体喷嘴的至少一部分的圆形腔室部件,位于气体喷嘴的出口上游的向内锥形的截头圆锥形部件(7),并且通向第一混合区域(8) 混合区域被配置为在使用中混合来自喷嘴的加热气体和来自第二入口的冷却液体,以在高压和高正向流速下产生混合的加热液体。 扩散区域(9)包括向外锥形的截头圆锥形管,用于减小加热液体的流动,同时将其压力提高到预定值。 连接到扩散区的出口(3),用于从其中接收和分散加热的液体。
    • 8. 发明公开
    • VORRICHTUNG ZUM INJEKTIEREN VON DAMPF IN STRÖMENDES WASSER ZUM ZWECKE DES ERHITZENS DES WASSERS
    • DEVICE FOR蒸汽IN倒水水加热的目的INJEKTIEREN
    • EP1025399A1
    • 2000-08-09
    • EP98961036.5
    • 1998-10-23
    • Fröb, Rainer
    • Fröb, Rainer
    • F24D1/00F28B3/06
    • F28B3/06B01F5/0463B01F15/063B01F2015/062F24D1/005F28C3/08F28F2265/28
    • The invention relates to a device for injecting steam into flowing water in order to heat the water. The device comprises an essentially closed housing (404) and a mixing chamber (442) in which the steam is mixed with water which is to be heated. Said mixing chamber is located inside of said housing (404). One respective water inlet opening (416) and one water outlet opening (420) are arranged in the housing (404), whereby the water is fed from the water inlet opening (416) to the water outlet opening (420) via the mixing chamber (442). In addition, the inventive device has a steam chamber (440) located inside the housing and a steam inlet opening (424) which is also located inside said housing (404), whereby the steam is guided from the steam inlet valve (424) to the steam chamber (440). A separating wall (430) is situated between the steam chamber (440) and mixing chamber (442), whereby a plurality of nozzle bores which are arranged (432) in the separating wall (430) are provided for the accelerated entry of the steam into the mixing chamber (442). A fine-meshed structure (434) configured on the side of the separating wall (430) which faces the mixing chamber (442) at least in the area of the nozzle bores (432) is provided in order to reduce the exiting steam bubbles which are accelerated in the nozzle bores. The number of nozzle bore holes (432) and the diameters thereof are designed in such a way that a steam flow rate of 100 m/s is not exceeded in the area of the nozzle bores and/or the nozzle bores (432) are at least partially arranged at varying heights when the device is in an installed state.
    • 9. 发明公开
    • Automatic venting device for evacuated-tube steam heating systems
    • Heizanlage mit einemselbsttätigenEntlüftungssystem
    • EP0887595A2
    • 1998-12-30
    • EP98111204.8
    • 1998-06-18
    • Fir-Com di Zullo Giovanni
    • Zullo, Giovanni
    • F24D19/08F24D1/00
    • F24D1/00F24D19/081
    • An automatic venting device for heating systems comprising one or more heat exchange elements which are individually or globally connected to a heated vessel which contains a substance having convective properties and is associated with heating means which are suitable to cause its evaporation, the condensate of the steam produced by the evaporation collecting directly, by natural or mechanical means, in the heated vessel. The device comprises a closed container (24) which is connected to one or more regions of the heat exchange elements and is provided with sensors (25, 26) which are suitable to detect the presence of air and with an automatic vent valve (27). The sensors and the valve are connected to a control and management unit (28) which receives signals from the sensors and opens and closes the valve (27).
    • 一种用于加热系统的自动排气装置,包括一个或多个热交换元件,其单独地或全局地连接到加热的容器,所述加热的容器包含具有对流性质的物质,并且与适于引起其蒸发的加热装置相关联,蒸汽的冷凝物 通过天然或机械手段直接在加热容器中由蒸发收集产生。 该装置包括一个密封容器(24),其连接到热交换元件的一个或多个区域,并且设置有适合于检测空气存在的传感器(25,26)和自动排气阀(27) 。 传感器和阀连接到控制和管理单元(28),其接收来自传感器的信号并打开和关闭阀(27)。