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    • 3. 发明授权
    • Portable hydrogen and oxygen supply system
    • 便携式氢气和氧气供应系统
    • US09476133B2
    • 2016-10-25
    • US14219257
    • 2014-03-19
    • Brian Daniel Gilman
    • Brian Daniel Gilman
    • C25B1/04C25B9/08C25B1/00C25D17/00C25C7/02C25C7/00C25C3/16C25C3/10C25C3/12C25B11/02C25B9/00
    • C25B11/02C25B1/04C25B9/00Y02E60/366
    • A portable hydrogen and oxygen supply system produces gaseous hydrogen and gaseous oxygen from water. It separates the gasses and vents them into two separate chambers. The supply system creates water disassociation through an array of concentric hexagonal hydrogen collector tubes, anode rods and a cathode matrix, all of which are submersed in water. The anode rods and cathode matrix are supplied DC electrical current. The water separates (disassociates) as atomic hydrogen is drawn to the negatively charged anode rods and the atomic oxygen is drawn to the positively charged cathode matrix. The hydrogen, on its path to the anode, passes through the walls of the hydrogen collector tubes to be collected in the first chamber. The oxygen is unable to pass through the walls of the tubes, and remains outside the tubes to be collected in the second chamber.
    • 便携式氢气和氧气供应系统从水中产生气态氢气和氧气。 它将气体和通风口分成两个独立的室。 供应系统通过同心六边形集氢管,阳极棒和阴极基体阵列产生水分离,所有这些都浸没在水中。 阳极棒和阴极矩阵都提供直流电流。 当原子氢被吸引到带负电的阳极棒并且原子氧被吸引到带正电的阴极基体时,水分离(分离)。 氢气在其通向阳极的路径上通过氢气收集管的壁,以收集在第一室中。 氧不能通过管的壁,并且保留在管的外部以被收集在第二室中。
    • 5. 发明申请
    • Compact service module for use in electrolytic aluminum production plants
    • 用于电解铝生产工厂的紧凑型维修模块
    • US20050211552A1
    • 2005-09-29
    • US11059301
    • 2005-02-17
    • Alain AckerPatrick DelescluseBenoit Morel
    • Alain AckerPatrick DelescluseBenoit Morel
    • C25C3/06C25C3/10C25C3/14C25C7/00
    • C25C3/14C25C3/06C25C3/10C25C7/00
    • A tending module (7) for a series of electrolytic cells (2) to be used for the production of aluminum by fused bath electrolysis including a frame (8) that can be fixed to a trolley (6) and a turret (9) fitted on the frame (8) so as to pivot about a vertical axis A, and equipped with a set of tools including a crust breaker (11), a bucket shovel (12), at least one first anode clamp (13) and a hopper (15) fitted with a retractable duct (16), and a balcony or a cab (18) having controls that will be used to maneuver the module and the tools, and a control station (19) from which an operator can actuate the controls. The module according to the invention is characterized in that, taking a first plane P1 and a second plane P2 perpendicular to each other and to the turret (9) plane Pt and intersecting on the A axis, the center C of the control station (19) is located at a determined distance C1 from plane P1 and a determined distance C2 from plane P2, the center of the bucket shovel (12) and the center of the first anode clamp (13) are located on the opposite side of the plane P1 from the control station (19), and the crust breaker (11) and the retractable duct (16) are located between the control station (19) and the row formed by the bucket shovel (12) and the first anode clamp (13).
    • 一种用于通过熔池电解生产铝的一系列电解槽(2)的倾斜模块(7),包括可固定到手推车(6)和转台(9)上的框架(8) 在框架(8)上围绕竖直轴线A枢转,并且配备有一组工具,其包括外壳断屑器(11),铲斗铲斗(12),至少一个第一阳极夹具(13)和料斗 (15),以及具有用于操纵所述模块和所述工具的控制装置的阳台或驾驶室(18),以及控制站(19),操作者可从该控制台致动所述控制装置 。 根据本发明的模块的特征在于,将彼此垂直的第一平面P 1和第二平面P 2以及与A轴交叉的转台(9)平面Pt,控制站的中心C (19)位于从平面P 1确定的距离C 1和从平面P 2确定的距离C 2,铲斗(12)的中心和第一阳极夹(13)的中心位于 来自控制站(19)的平面P 1的相对侧,以及地壳断路器(11)和可伸缩管道(16)位于控制站(19)和由铲斗(12)形成的排和 第一阳极夹(13)。
    • 7. 发明授权
    • Anode superstructure of a fused salt electrolytic cell and pot room
fitted out with same
    • 熔盐电解池的阳极上层结构和与其配套的锅房
    • US4436607A
    • 1984-03-13
    • US394115
    • 1982-07-01
    • Werner K. Fischer
    • Werner K. Fischer
    • C25C3/10C25C3/22
    • C25C3/10C25C3/22
    • Conventional fused salt reduction cells feature anode conductor sections which are spaced apart and have the function of feeding electric current to the anodes via anode rods. An electrically insulated footbridge positioned over the cell between the anode conductor sections makes it possible to walk above the cell. A housing with slight positive pressure created by the supply of fresh air to it, is preferably provided over this footbridge. Transverse cells are arranged asymmetrically in a pot room. An air-tight, closeable walk-way i.e. gangway is provided on the inside or outside of the long wall of the pot room. Extensions to the cell housings lead to appropriate openings in the long wall of the pot room or to the longitudinal wall of a gangway in the interior of the pot room. The fresh air is passed through the gangway and emerges from the open end of the cell housing.
    • 传统的熔融盐还原电池具有间隔开的阳极导体部分,并且具有通过阳极棒将电流馈送到阳极的功能。 位于阳极导体部分之间的电池上的电绝缘行人天桥使得可以在电池单元上方行走。 优选地,在该行人天桥上设置有通过向其供应新鲜空气而产生的具有轻微正压力的壳体。 横向电池在锅室中不对称地布置。 在锅室的长壁的内部或外部设置气密,可靠的步行路,即通道。 电池壳体的延伸部分在锅室的长壁或锅室内部的通道的纵向壁上形成适当的开口。 新鲜空气通过舷梯,从电池外壳的开口端出来。
    • 8. 发明授权
    • Cell for fused-salt electrolysis with gas collecting means
    • 用气体收集装置进行熔盐电解的细胞
    • US4136003A
    • 1979-01-23
    • US894310
    • 1978-04-07
    • Tomas ArnasonRudolf Blaska
    • Tomas ArnasonRudolf Blaska
    • C25C3/10C25C3/22C25C3/06
    • C25C3/22C25C3/10
    • A cell for fused-salt electrolysis for reducing alumina in the presence of cryolite to metallic aluminum. The cell includes an insulated tank having a carbon bottom, two rows of anode rods disposed on opposite sides of an anode carrier positioned in the longitudinal center plane, an exhaust gas-collecting duct extending at the longitudinal center between the two rows of anode and covers downwardly inclined from the outside of respective rows of anode rods to respective edges of the tank and provided at the outer longitudinal edge and the transverse edges with a skirt that extends to the respective edge of the tank. Each cover is hinged adjacent to its longitudinal edge adjacent to the anodes and at least at its corner portions to a support which extends along the row of anode rods. A carrying arm is secured to each end portion of the support and is pivoted at its other end to the anode carrier. The carrying arm is connected by an operating linkage to a piston rod of a cylinder of a hydraulic or pneumatic actuator. A second cylinder of a second hydraulic or pneumatic actuator is pivoted to the support at least adjacent to the middle thereof and the piston rod of the second actuator engages the cover.