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    • 1. 发明授权
    • Superstructure for a very high power electrolysis cell for the
production of aluminum
    • 用于生产铝的非常高功率电解槽的上层结构
    • US5378338A
    • 1995-01-03
    • US106711
    • 1993-08-16
    • Bernard LangonChristian DuvalAlain Vanacker
    • Bernard LangonChristian DuvalAlain Vanacker
    • C25C3/10C25C3/16
    • C25C3/16C25C3/10
    • Superstructure for a very high power electrolysis cell for the production of aluminum using the Hall-Heroult process. The cell being formed of a heat-insulated metal casing of elongated parallelepipedic shape. The said superstructure comprising at least one rigid beam disposed along the long length of the casing, resting on supports, and supporting in particular the anodic frame structure to which are connected on the one hand the current risers coming from the preceding cell in the series and on the other hand the anode rods, characterized in that each rigid beam rests only upon supports placed between its ends, termed intermediate gantries. In that each anodic frame structure associated with each rigid beam includes electrical and mechanical connection or connectors to the anode completely fixed to the anodic frame structure and ensuring the contact and the clamping of each anode rod against it following lateral engagement and positioning of each rod in the corresponding connector.
    • 用于使用Hall-Héroult工艺生产铝的非常高功率电解池的上层结构。 电池由细长的平行六面体形状的绝热金属外壳形成。 所述上部结构包括沿着壳体的长度长度设置的至少一个刚性梁,搁置在支撑件上,并且特别地支撑阳极框架结构,所述阳极框架结构一方面连接着来自前述单元的串联的电流提升管, 另一方面,阳极杆,其特征在于,每个刚性梁仅位于其端部之间的支撑件,称为中间门架。 由于与每个刚性梁相关联的每个阳极框架结构包括完全固定到阳极框架结构的阳极和机械连接件或阳极连接器,并确保每个阳极杆在每个杆的横向接合和定位之后接触和夹紧每个阳极杆 相应的连接器。
    • 2. 发明授权
    • Electrolysis tank superstructure with intermediate gantry, for the
production of aluminium
    • 电解槽上部结构用中间龙门架,用于生产铝
    • US4720333A
    • 1988-01-19
    • US868145
    • 1986-05-29
    • Christian DuvalBernard LangonMichel LeroyAlain Noizet
    • Christian DuvalBernard LangonMichel LeroyAlain Noizet
    • C25C3/08C25C3/10C25B15/02C25C7/06
    • C25C3/10
    • The invention concerns a superstructure for a tank for the production of aluminum using the Hall-Heroult process by the electrolysis of alumina in molten cryolite, the tank being formed by a rigid metal heat-insulated casing of elongate parallelepipedic shape, the two ends of which are referred to as heads, and a superstructure formed by at least one rigid beam disposed along the long length of the casing, supporting in particular the anodic bus and the anodes and resting at its two ends on supports disposed at the two head ends of the tank, said superstructure being characterized in that each rigid beam is supported on at least one intermediate gantry in the central part thereof. The gantry may comprise four legs so as to constitute an inherently stable structure or it may be formed by two half-elements each provided with two legs. Preferably, each rigid beam is divided into two equal portions, the central ends of which are supported on the gantry.
    • 本发明涉及一种用于使用Hall-Heroult方法生产铝的上部结构,该方法通过在熔融冰晶石中电解氧化铝,该罐由细长的平行六面体形状的刚性金属隔热壳体形成,其两端 被称为头部,以及由沿着壳体的长度长度设置的至少一个刚性梁形成的上部结构,特别地支撑阳极母线和阳极,并且在其两端处搁置在支撑件的两个头端 所述上部结构的特征在于,每个刚性梁支撑在其中心部分中的至少一个中间机架上。 台架可以包括四条腿,以便构成固有的稳定结构,或者它可以由两个分别设置有两条腿的半部件形成。 优选地,每个刚性梁被分成两个相等的部分,其中心端支撑在机架上。
    • 7. 发明申请
    • Aluminum production installation employing fused-salt electrolysis
    • 铝生产安装采用熔盐电解
    • US20060086607A1
    • 2006-04-27
    • US10517211
    • 2003-07-09
    • Christian Duval
    • Christian Duval
    • C25D17/00
    • C25C3/06B66C17/06
    • The invention relates to an electrolysis installation, intended for the production of aluminium based on igneous electrolysis, comprising a potroom, a plurality of electrolytic cells arranged inside the potroom, a service aisle parallel to the line of cells and located inside the potroom, and at least one first mobile lifting and handling unit, supported on a first runway parallel to the main axis A of the line, and that can be moved above the line of cells on the first runway, and wherein the installation also comprises at least one second mobile lifting and handling unit, and a second runway parallel to the main axis A of the line and independent of the first runway, and in that the second unit is supported on the second runway and can be moved along the second runway and can be moved underneath the first unit and along the line of electrolytic cells, on the second runway, such that the two lifting and handling units can be moved independently, and in that the said second unit is capable of lifting and handling liquid metal ladles and/or liquid bath ladles.
    • 本发明涉及一种用于生产基于火成电解的铝的电解装置,包括一个锅室,多个布置在电炉内的电解池,一个平行于电池线并位于锅室内部的服务通道, 至少一个第一移动提升和处理单元,其支撑在平行于所述线的主轴线A的第一跑道上,并且可移动到所述第一跑道上的小区线上方,并且其中所述设备还包括至少一个第二移动 提升和处理单元,以及平行于该主轴线A并且独立于第一跑道的第二跑道,并且第二单元被支撑在第二跑道上,并且可以沿着第二跑道移动并且可以在下面移动 所述第一单元并且沿着所述电解池的所述线在所述第二跑道上,使得所述两个提升和处理单元可以独立地移动,并且所述第二单元是帽 能够提升和处理液体金属桶和/或液体浴缸。