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    • 3. 发明申请
    • APPAREIL RESPIRATOIRE INDIVIDUEL À PRESSION PARTIELLE D'OXYGÈNE RÉGULÉE
    • 具有控制部分氧气压力的个体呼吸装置
    • WO2017037370A1
    • 2017-03-09
    • PCT/FR2016/052133
    • 2016-08-26
    • POTLESS
    • NASTORG, Olivier
    • A61M16/00A61M16/22A61M16/10B63C11/24
    • A61M16/22A61M16/0045A61M16/0051A61M16/024A61M2016/1025
    • Appareil respiratoire individuel à pression partielle d'oxygène régulée Appareil respiratoire individuel à pression partielle d'oxygène régulée comprenant un embout buccal (1) connecté à un circuit d'expiration (3 2 ) et à un circuit d'inspiration (3i) comprenant un ensemble (10) capteur mesurant au moins le taux d'oxygène 0 2 , et tel que : - les deux dits circuits d'inspiration (3i) et d'expiration (3 2 ), étant équipés chacun d'un clapet anti-retour directionnel (2 1 , 2 2 ), sont reliés à deux voies d'un même distributeur (4) de gaz à quatre voies communicantes, - une troisième voie de ce distributeur (4) étant reliée à un circuit de communication (15) avec l'atmosphère ambiante (14) à travers un premier actuateur de régulation (7) qui permet soit l'entrée soit la sortie de gaz de l'appareil, et - la quatrième voie de ce distributeur (4) étant reliée, à travers un deuxième actuateur de régulation (5), à un faux-poumon (6) servant de réservoir d'expiration et de réservoir d'inspiration.
    • 本发明涉及具有受控部分氧气压力的单独呼吸装置,其包括连接到呼气回路(32)的吸口(1)和包括至少测量氧含量O2的吸气回路(3i) 并且使得:每个配有定向止回阀(21,22)的所述吸气(3i)和呼气(32)电路都被连接到具有四个连通通道的相同气体歧管(4)的两个通道 ,所述歧管(4)的第三通道经由第一控制致动器(7)与环境大气(14)连接到通信电路(15),所述第一控制致动器(7)使得气体能够进入或离开所述设备,并且所述第四通道 歧管(4)经由第二控制致动器(5)连接到用作呼吸罐和吸气箱的循环呼吸器(6)。
    • 4. 发明申请
    • REBREATHER SYSTEM AND COMPONENTS
    • 重新启动系统和组件
    • WO2014128231A9
    • 2014-11-06
    • PCT/EP2014053368
    • 2014-02-20
    • SIEBER ARNE
    • SIEBER ARNE
    • B63C11/24A62B7/10A62B9/06A62B25/00B63C11/26
    • A62B18/08A62B7/10A62B9/06A62B23/02A62B25/00B63C11/24B63C11/26
    • Rebreather, with a multifunctional mouthpiece with a closed circuit mode, an open circuit mode, an automatic diluent valve with an increased cracking pressure, an overpressure valve where by turning a barrel the modes can be selected and the automatic diluents valve and the overpressure valve get activated synchronously. Further said rebreather having a single piece counterlung, in which a CO2 filter cartridge is inserted through an opening and placed in between inhale and exhale side of the counterlung, to achieve a double counterlung system. Rebreather which can be transformed into a backpack, to achieve good protection and enable easy transportation of the device even in the cabin of an airplane. Rebreather with a primary and a secondary head-up display, where the primary LED based head-up display is located on the mouthpiece and the secondary, OLED or LCD based head-up display is located on the frame of the divers mask, and the primary head-up display transmits dive relevant data via an optical link, preferable infrared of visible light, to the secondary head-up display.
    • Rebreather带有闭路模式的多功能咬嘴,开路模式,具有增加的开启压力的自动稀释阀,过压阀,通过转动桶可以选择模式,自动稀释阀和超压阀得到 同步激活。 此外,所述循环呼吸器具有单件式呼吸袋,其中CO2滤筒通过开口插入并放置在呼吸袋的吸气侧和呼气侧之间,以实现双呼吸袋系统。 可以转换成背包的呼吸器,以实现良好的保护,并且即使在飞机机舱中也能够容易地运输设备。 具有主要和次要平视显示器的呼吸器,其中基于主要LED的平视显示器位于接口管上,并且辅助的基于OLED或LCD的平视显示器位于潜水员面罩的框架上,并且 主要平视显示器经由光学链路(优选可见光的红外线)将潜水相关数据传输至辅助平视显示器。
    • 5. 发明申请
    • REBREATHER SYSTEM AND COMPONENTS
    • REBREATHER系统和组件
    • WO2014128231A1
    • 2014-08-28
    • PCT/EP2014/053368
    • 2014-02-20
    • SIEBER, Arne
    • SIEBER, Arne
    • B63C11/24A62B7/10A62B9/06A62B25/00
    • A62B18/08A62B7/10A62B9/06A62B23/02A62B25/00B63C11/24B63C11/26
    • Rebreather, with a multifunctional mouthpiece with a closed circuit mode, an open circuit mode, an automatic diluent valve with an increased cracking pressure, an overpressure valve where by turning a barrel the modes can be selected and the automatic diluents valve and the overpressure valve get activated synchronously. Further said rebreather having a single piece counterlung, in which a CO 2 filter cartridge is inserted through an opening and placed in between inhale and exhale side of the counterlung, to achieve a double counterlung system. Rebreather which can be transformed into a backpack, to achieve good protection and enable easy transportation of the device even in the cabin of an airplane. Rebreather with a primary and a secondary head-up display, where the primary LED based head-up display is located on the mouthpiece and the secondary, OLED or LCD based head-up display is located on the frame of the divers mask, and the primary head-up display transmits dive relevant data via an optical link, preferable infrared of visible light, to the secondary head-up display.
    • 具有封闭回路模式的多功能接口管,开路模式,开启压力增加的自动稀释阀,超压阀,通过转动桶可以选择模式,自动稀释阀和过压阀获得 同步激活。 进一步说,循环呼吸器具有一个单件式排气口,其中一个二氧化碳过滤器滤芯通过开口插入并放置在对面的吸气和呼气侧之间,以实现双重对置系统。 可以转化成背包的再呼吸器,以达到良好的保护,并且即使在飞机的客舱中也能够容易地运送设备。 使用主要和次要平视显示器进行再呼吸器,其中主要的基于LED的平视显示器位于接口管上,并且次要的,基于OLED或LCD的平视显示器位于潜水者面罩的框架上,并且 主平视显示器通过光链路发送潜水相关数据,优选可见光的红外线到次平视显示器。
    • 6. 发明申请
    • REBREATHER MOUTHPIECE
    • WO2012045178A1
    • 2012-04-12
    • PCT/CA2011/050632
    • 2011-10-07
    • JETSAM TECHNOLOGIES LTD.YOUNG, James Michael
    • YOUNG, James Michael
    • B63C11/22A62B9/06B63C11/24
    • B63C11/24A62B9/06B63C11/186B63C11/22
    • A mouthpiece for a rebreather has a tubular housing having opposed inhale and exhale ends, a mouth port, and a discharge port. Supported for movement within a bore of the housing is a valve assembly which is magnetically biased toward a valve-closed position preventing air in an air space of the bore from moving to the exhale end and the discharge port. As a diver exhales into the mouth port, the increase in air pressure of the air space causes the valve assembly to assume a valve-open position, exposing a transverse channel extending between the air space and the discharge port, and a recirculation air channel extending between the air space and the exhale end. A portion of the exhaled air is exhausted to the ambient environment through the discharge port, while the remainder exits the mouthpiece at the exhale end for recirculation through the rebreather.
    • 用于循环呼吸器的接口具有具有相对的吸气和呼出端的管状壳体,口部和排出口。 支撑在壳体的孔内的运动是阀组件,其被磁偏置到阀关闭位置,防止孔的空气空间中的空气移动到呼出端和排出口。 当潜水员向口腔喷射时,空气空间的空气压力的增加导致阀组件呈现阀打开位置,暴露在空气空间和排出口之间延伸的横向通道,以及延伸的再循环空气通道 在空气间和呼气末之间。 呼出的空气的一部分通过排出口排放到周围环境,而其余部分在呼气端口处排出口,用于循环通过再循环。
    • 8. 发明申请
    • A PORTABLE BREATHING APPARATUS FOR DIVERS
    • 便携式呼吸装置
    • WO2006041304A1
    • 2006-04-20
    • PCT/NO2005/000358
    • 2005-09-27
    • OTTESTAD BREATHING SYSTEMS ASOTTESTAD, Nils, T.
    • OTTESTAD, Nils, T.
    • B63C11/24A62B7/04B63C11/18
    • B63C11/24
    • A portable semi-closed breathing apparatus for divers, having a circuit comprising a breathing bellows (1) connected to a pressure gas source (2) for the supply of breathing gas, a demand-controlled breathing valve (20), an actuator (4) for expansion and contraction of the breathing bellows (1) in step with the diver's breathing pattern, a means (5) for compensation of consumed oxygen, and a means (6) for removal of CO 2 from the breathing gas. The actuator (4) is a cylinder/piston unit (9, 10) having a first chamber (11) connected to a source (13) for compensation gas, and a second chamber (12) connected to a valve means (5). During the diver's exhalation phase the valve means (5) is arranged to supply compensation gas to said second chamber (12) under control of the breathing valve (20), so that the breathing bellows (1) expands and absorbs exhaled gas from the diver. During the inhalation phase the actuator (4) contracts the bellows (1) and the valve means (5) delivers compensation gas to the circuit in accurate correspondence with the gas quantity inhaled by the diver, in that the valve means is arranged to keep the pressure in the second chamber (12) at a preset level.
    • 一种用于潜水员的便携式半闭式呼吸器,具有包括连接到用于供应呼吸气体的压力气体源(2)的呼吸波纹管(1)的电路,需求控制呼吸阀(20),致动器(4) )用于扩张和收缩呼吸波纹管(1),与潜水员的呼吸模式同步,用于补偿消耗的氧气的装置(5)和用于去除CO的装置(6)
    • 9. 发明申请
    • DIVING SYSTEM WITH INTERCHANGEABLE GAS PACKS
    • 具有可交换气体包装的潜水系统
    • WO99007442A3
    • 1999-06-10
    • PCT/US1998/016516
    • 1998-08-10
    • A62B7/02A62B19/02B63C11/24B63C11/02
    • A62B19/02A62B7/02B63C11/24B63C2011/027
    • A closed circuit rebreather system with a modular, detachably affixable breathing bag assembly (10). An interchangeable base unit (12) is provided, preferably in backpack form, containing gas supply bottles (TN), regulation equipment (VN), and interconnecting hoses. A personalized closed circuit modular breathing bag assembly (10) is provided which can be customized for each diver and or for a particular mission, by changing tidal volume and/or gas scrubber (GN) charge size in the breathing bag. The modular breathing bag assembly (10), regardless of customizing, is reliably interchangeable with any one of a plurality of base units (12), via a commonly sized and configured base to breathing bag fastener system. Attachment to the base units with accompanying gas supply and regulation equipment is facilitated by quick connect gas connections, and modular electrical connections. By use of personal modular, breathing bag assemblies, divers avoid the necessity to re-use equipment, thus avoiding biological cross-contamination between subsequent users.
    • 一种具有模块化,可拆卸地固定的呼吸袋组件(10)的闭路循环呼吸器系统。 优选以背包形式提供包含气体供给瓶(TN),调节设备(VN)和互连软管的可互换基座单元(12)。 提供个性化的闭路模块化呼吸袋组件(10),其可以通过改变呼吸袋中的潮气量和/或气体洗涤器(GN)电荷大小来为每个潜水员和特定任务定制。 模块化呼吸袋组件(10),无论定制如何,都可以通过多个基座单元(12)中的任何一个,经由通常尺寸和构造的底座到呼吸袋紧固件系统可靠地互换。 通过快速连接气体连接和模块化电气连接,可以方便地连接配有气体供应和调节设备的基座。 通过使用个人模块化的呼吸袋组件,潜水员避免了重新使用设备的必要性,从而避免后续用户之间的生物交叉污染。