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    • 5. 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。
    • 6. 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。
    • 8. 发明公开
    • Underwater air/mixed gas exhaust system
    • 水下空气/混合气体排气系统
    • EP2586697A3
    • 2014-02-12
    • 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),其包括空气调节器壳体(94),可操作地连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)与所述空气调节器壳体 (94)并限定与所述排气阀(26)的所述水接口侧连通的气穴(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) )处于相对于所述排气阀(26)的所述下密封边缘(30)的较低高度处,以防止流体在空气调节器壳体(94)内自由流动。