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    • 66. 发明公开
    • Flexible drainage trap
    • 灵活的Ablaufarmatur。
    • EP0477128A2
    • 1992-03-25
    • EP91630067.6
    • 1991-09-16
    • Bresnahan, Jeremiah J.
    • Bresnahan, Jeremiah J.
    • E03C1/284
    • F16L43/00E03C1/284Y10S4/16Y10T137/4606
    • A drainage trap (10) with a trap portion (20) is described for use with drain pipes from sinks or other fixtures that fits pipe of different diameters, the drain pipes (24) need not be in perfect alignment. The drainage trap (10) can be easily attached and detached at its upper end (15) to a drain outlet and at its lower end (18) to a discharge pipe (24), is molded of a self-supporting, flexible material which allows the drainage trap (10) to be manually manipulated. The drainage trap (10) has an S-shaped configuration which enables the trap portion (20) to be movable in a vertical direction towards the drain outlet and a horizontal direction towards the discharge pipe (24) for the purpose of draining the trap portion (20).
    • 描述了具有捕获部分(20)的排水阱(10),用于与不同直径的管道的水槽或其它固定装置的排水管一起使用,排水管(24)不需要完全对准。 排水收集器(10)可以在其上端(15)容易地附接和分离到排水出口,并且在其下端(18)处与排出管(24)分开,由自支撑的柔性材料模制而成, 允许手动操纵排水阱(10)。 排水阱(10)具有S形构造,其能够使捕集部分(20)能够沿排水出口的垂直方向移动,并且朝向排放管(24)的水平方向移动,以便排出收集部分 (20)。
    • 70. 发明公开
    • HEAT EXCHANGE SYSTEM WITH SIPHON FOR DRAINING A CONDENSATE
    • 带SIPHON排热系统用于排放凝结水
    • EP3182030A1
    • 2017-06-21
    • EP15199929.9
    • 2015-12-14
    • DAIKIN INDUSTRIES, LIMITEDDaikin Europe N.V.
    • KILIC, M.SerhanPEKER, HakanAKYOL, Abdulkadis
    • F24H8/00F28D21/00F16L43/00
    • F24H8/006F16L43/00F28D21/0003F28D2021/0024F28F7/02F28F2255/14Y02B30/106
    • A heat exchange system (1) comprises a heat exchange main unit (10), a housing (9), a drain collecting part (4) and a siphon (200). The heat exchange main unit (10) has a gas channel (40) and a fluid channel (60, 70) configured such that a fluid in the fluid channel (60, 70) exchanges heat with the flue gas in the gas channel (40) in use. The housing (9) accommodates the heat exchange main unit (10). The drain collecting part (4) is arranged inside the housing (9) and collects condensate from the flue gas. The siphon (200) is detachably attached to the drain collecting part (4) to prevent the release of the flue gas from a condensate outlet (204) formed therein. The siphon (200) has a tubular body (210). A condensate inlet (202) is formed on one end side of the tubular body (210) and the condensate outlet (204) is formed on the other end side of the tubular body (210). The tubular body (210) has an attaching part (212) and a grip (214). The attaching part (212) is arranged on the end side of tubular body (210) on which the condensate inlet (202) is formed. The tubular body (210) is configured to detachably attach the tubular body (210) to the drain collecting part (4) through a hole (94) formed within a bottom wall (92) of the housing (9). The grip (214) is arranged on the other end side of the tubular body (210) on which condensate outlet (204) is formed. The grip (214) is configured to be located outside the housing (9) when the tubular body (210) is attached to the drain collecting part (4).
    • 热交换系统(1)包括热交换主单元(10),壳体(9),排水收集部分(4)和虹吸管(200)。 热交换主体10具有气体流路40和流体流路60,70,流体流路60,70中的流体与气体流路40内的烟气进行热交换 ) 正在使用。 壳体(9)容纳热交换主单元(10)。 排水收集部(4)布置在壳体(9)内部并从烟气收集冷凝物。 虹吸管(200)可拆卸地连接到排水收集部分(4),以防止烟气从其中形成的冷凝水出口(204)释放。 虹吸管(200)具有管状体(210)。 冷凝水入口(202)形成在管状体(210)的一端侧,冷凝水出口(204)形成在管状体(210)的另一端侧。 管状体(210)具有安装部(212)和把手(214)。 安装部(212)配置在形成有冷凝水入口(202)的筒状体(210)的端部侧。 管状体(210)构造成通过形成在壳体(9)的底壁(92)内的孔(94)将管状体(210)可拆卸地连接到排水收集部分(4)。 把手(214)配置在形成有冷凝水出口(204)的筒状体(210)的另一端侧。 当管状体(210)连接到排水收集部件(4)时,把手(214)被构造成位于壳体(9)的外部。