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    • 1. 发明公开
    • Underwater air/mixed gas exhaust system
    • Unterwasser-叶轮应力/ Mischgasauslasssystem
    • EP2586697A2
    • 2013-05-01
    • EP12196828.3
    • 2004-07-12
    • Kirby Morgan Dive Systems, Inc.
    • Schultz, Trent M.Morgan, William B.Morgan, Connie L.Ryan, Peter M.
    • B63C11/02B63C11/22B63H21/34F01N13/12
    • F01N13/12B63C11/2227Y10T137/0379Y10T137/7837Y10T137/7905Y10T137/7932
    • An underwater exhaust system (90;100) is provided comprising an air regulator housing (94), an exhaust valve (26) operatively coupled to said air regulator housing (94), said exhaust valve (26) having a water interface side with a lower sealing edge (30) and an upper sealing edge (28), a bubble deflector (46,54; 102) adjacent said exhaust valve (26), said bubble deflector (46,54, 102) being coupled to said air regulator housing (94) and defining an air pocket (96) communicating with said water interface side of said exhaust valve (26), and at least one water inlet passage (92,93;104) formed in said bubble deflector (46,54; 102) at a lower level relative to said lower sealing edge (30) of said exhaust valve (26) to prevent free flow of fluid within the air regulator housing (94).
    • 提供了一种水下排气系统(90; 100),包括空气调节器壳体(94),可操作地联接到所述空气调节器壳体(94)的排气阀(26),所述排气阀(26)具有水界面侧, 下密封边缘(30)和上密封边缘(28),邻近所述排气阀(26)的气泡偏转器(46,54; 102),所述气泡偏转器(46,54,102)联接到所述空气调节器壳体 (94)并且限定与所述排气阀(26)的所述水界面侧连通的气囊(96),以及形成在所述气泡偏转器(46,54; 102)中的至少一个进水通道(92,93; 104) )在相对于所述排气阀(26)的所述下密封边缘(30)的较低水平处,以防止流体在空气调节器壳体(94)内自由流动。
    • 5. 发明公开
    • Pressure regulator valve for breathing apparatus
    • DruckregellventilfüreinAtemgerät
    • EP1918001A1
    • 2008-05-07
    • EP07253967.9
    • 2007-10-08
    • Clipper Data Limited
    • Clarke, Alan
    • A62B9/02
    • A62B9/022B63C11/2227Y10T137/7781
    • The present invention concerns a re-configurable pressure regulator (10) for breathing apparatus. The regulator comprises a valve housing (14) having connection means (36,52) at first and second ends thereof for connection, in use, at one of the ends to a pressurised source (90,92) of breathable gas and at the other end to a removable blanking plug (42), wherein in a first configuration of the regulator the first end is closed by a removable blanking plug and in a second configuration the second end is closed by the blanking plug, with the other end being open and connectable to said breathable source of gases. The regulator further comprising a diaphragm case (12) and a diaphragm (18) located therein dividing the interior of the case to provide a first chamber (16) having an inlet/outlet for communicating breathable gases to and from a user. The first chamber accommodates at least part of the valve housing. The interior of the valve housing defines a second chamber in communication with the first chamber and accommodates a dual acting valve (70,72), which in the fim configuration of the regulator is operable to open and close a valve opening at the second end of the valve housing for communication with the source of breathable gases, and in the second configuration is operable to open and close a valve opening at the first end of said valve housing for communication with the source. Valve control means (22) are provided for regulating movement of the valve in accordance with the deflection of the diaphragm in the diaphragm case.
    • 本发明涉及一种用于呼吸器的可重新配置的压力调节器(10)。 调节器包括阀壳体(14),其在其第一端和第二端处具有连接装置(36,52),用于在使用中在一端连接到可呼吸气体的加压源(90,92),并且在另一端 (42),其中在调节器的第一配置中,第一端由可移除的冲切塞关闭,并且在第二构造中,第二端由冲裁塞封闭,另一端是打开的,并且 可连接到所述透气气体源。 所述调节器还包括隔膜壳体(12)和隔膜(18),所述膜片位于所述壳体的内部,从而提供第一腔室(16),所述第一腔室具有用于将呼吸气体与用户连通的入口/出口。 第一室容纳至少一部分阀壳体。 阀壳体的内部限定与第一室连通的第二室,并且容纳双作用阀(70,72),该双作用阀(70,72)在调节器的空气结构中可操作以打开和关闭阀门开口的第二端 用于与透气气体源连通的阀壳体,并且在第二构造中可操作以打开和关闭在阀壳体的第一端处的阀开口以与源连通。 提供阀控制装置(22),用于根据隔膜箱中的隔膜的偏转来调节阀的运动。
    • 6. 发明公开
    • Dispositif d'alimentation en gaz respiratoire, notamment pour un embout buccal de plongeur
    • 设备,用于呼吸气体,特别是用于为一个潜水员吹口的供给
    • EP1878655A2
    • 2008-01-16
    • EP07301175.1
    • 2007-06-28
    • LA SPIROTECHNIQUE
    • Carepa, StéphaneMaeckelberghe, ThomasPeyron, Nicolas
    • B63C11/22A62B9/02
    • B63C11/2227
    • Dispositif d'alimentation en gaz respiratoire, notamment pour un embout buccal de plongeur, comprenant un boîtier (100) incorporant, entre un orifice d'entrée (21) pour le gaz d'alimentation et un orifice de sortie (1) du gaz en vue de sa respiration :
      - un système (3, 4, 5) à clapet de détente comprenant un organe (4, 31) de contrôle de l'effort nécessaire à l'ouverture dudit clapet,
      - un organe de contrôle (2, 20) du débit de gaz admis à l'orifice (1) de sortie,
      le dispositif d'alimentation comportant également un élément (9) de commande actionnable manuellement apte à coopérer avec l'organe (4, 31) de contrôle pour régler l'effort nécessaire à l'ouverture du clapet, caractérisé en ce que ledit élément (9) de commande est apte à coopérer également avec l'organe de contrôle (2, 20) du débit de gaz pour assurer à la fois le réglage de l'effort d'ouverture du clapet (5) et le réglage du débit de gaz de sortie.
    • 该装置具有安装在阀支架(3)(5)上的压力释放阀。 的补偿室由用于压缩弹簧(4)的可移动支承件(31)界定,和一个手动可操作的控制按钮(9)的旋转围绕的管状体的轴线(101)没有包括开口(2)。 一个可移动的罩板(20)具有壁同心的主体,并且被集成到按钮。 该按钮与所述开口和所述板用于同时调节所述阀和出口气流的开启力配合。
    • 7. 发明公开
    • Valve system for underwater diving equipment
    • VentilsystemfürUnterwassertauchausrüstung
    • EP1820728A2
    • 2007-08-22
    • EP07101659.6
    • 2007-02-02
    • Kirby Morgan Dive Systems, Inc.
    • Morgan, William B.Morgan, Connie L.Schultz, Trent M.
    • B63C11/14
    • B63C11/2227B63C11/16
    • A tubular body is operatively coupled to an oral nasal mask and provided with lateral apertures adapted for fluid flow. A flexible valve is mounted onto one end of the tubular body and adapted to seal the lateral apertures under normal operation conditions and expose the lateral apertures for fluid flow during emergency operation conditions. The sealed lateral apertures keep exhaust gases from escaping the oral nasal mask and contaminating the interior of the diving equipment during normal operation conditions. The exposed lateral apertures allow air from an alternate source to reach the mouth and nose of a user covered by the oral nasal mask during emergency operation conditions. The exposed lateral apertures allow excess water to be removed from inside the diving equipment. The valve system may be implemented as an integrated regulator mount nut/valve system.
    • 管状体可操作地连接到口腔鼻罩上并且设置有适于流体流动的侧向孔。 柔性阀安装在管状体的一端上并且适于在正常操作条件下密封侧向孔,并在紧急操作条件期间露出侧向孔以进行流体流动。 密封的侧向孔口在正常操作条件下使排气不会从口腔鼻罩中泄漏并污染潜水设备的内部。 暴露的侧孔允许来自替代源的空气在紧急操作条件期间到达口腔鼻罩覆盖的使用者的嘴和鼻部。 暴露的侧向孔允许从潜水设备内部移除多余的水。 阀系统可以实现为集成调节器安装螺母/阀系统。
    • 10. 发明公开
    • Distributor for underwater breathing apparatus
    • Verteilerfürein Unterwasser-Atemgerät
    • EP1182131A2
    • 2002-02-27
    • EP01101515.3
    • 2001-01-24
    • HTM SPORT S.p.A.
    • Pietrelli, Nino
    • B63C11/22
    • B63C11/2227
    • Distributor for underwater breathing apparatus, comprising a box-shaped body (1) housing a device (3, 4, 5, 6) for regulating the air flow coming from a source of pressurized air; a tube (101) connected to said box-shaped body (1) and showing a mouthpiece (8); an air intake duct (2) connected to said box-shaped body (1) by means of an intake valve (6); and one or more discharge ducts (102) connected to said box-shaped body (1); within said distributor, on the lower edge of said tube (101) showing the mouthpiece (8), barriers (16) are provided against possible water seepages into the box-shaped body (1), said barriers (16) being made so as to leave the passage section of said tube (101) connected to the mouthpiece (8) unchanged.
    • 一种用于水下呼吸器的分配器,包括一个容纳用于调节来自加压空气源的气流的装置(3,4,5,6)的箱形主体(1) 连接到所述盒形主体(1)并示出接口(8)的管(101); 通过进气阀(6)连接到所述盒形主体(1)的进气管道(2); 以及连接到所述盒形主体(1)的一个或多个排放管道(102)。 在所述分配器内的所述管(101)的下边缘上,显示出接口(8),阻挡层(16)被提供成可能的水渗入到盒状体(1)中,所述阻挡层(16)被制成 以使连接到接口管(8)的管(101)的通道部分不变。