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    • 2. 发明申请
    • Transformerless static voltage inverter for battery systems
    • 用于电池系统的无变压器静电电压逆变器
    • US20050007797A1
    • 2005-01-13
    • US10754575
    • 2004-01-12
    • Andrea ZocchiPlacido SpazianteKrisada Kampanatsanyakorn
    • Andrea ZocchiPlacido SpazianteKrisada Kampanatsanyakorn
    • H02M7/48H02M7/487H02M1/00
    • H02M7/483
    • A static inverter for a battery of elementary, current sources or cells electrically in series and a number N of intermediate voltage taps along the chain of elementary DC current sources, wherein the number of elementary cells comprised between an intermediate tap and another intermediate tap adjacent to it or an end terminal of said chain is proportionate to the amplitude in the respective phase interval of a number N of discretization phases of the waveform of the AC voltage to be output in a quadrant; is implemented by arranging for: a number N of power switches each connecting a respective intermediate tap and a first end terminal of a first polarity of said chain of elementary cells in series to a common circuit node of said first polarity; an output bridge stage constituted by at least four power switches controlled in pairs for switching the current paths through the bridge stage, having a first pair of nodes coupled to said common circuit node of said first plurality and to the other end terminal of polarity opposite to said first polarity of said chain of elementary cells, respectively, and a second pair of nodes constituting an AC output; and a control circuit sequentially and cyclically turning on, in a continuous manner, one switch at the time of said N switches; each for a phase interval of 1/(4N) times the period of said AC output, and alternately turning on by pairs said four power switches of said output bridge stage at every half a period.
    • 一种用于基本电流源或电池串联的电池的静态逆变器,以及沿着基本DC电流源链的N个中间电压抽头,其中包括在中间抽头和与之相邻的另一个中间抽头之间的基本单元的数量 所述链路的终端或终端与所述AC电压波形的N个离散相位的相邻相位间隔中的振幅成比例; 通过以下方式实现:N个电源开关,每个电源开关各自连接各个中间抽头和所述基本单元串的第一极性的第一端子与所述第一极性的公共电路节点串联; 由至少四个功率开关构成的输出桥接级,所述至少四个功率开关成对控制,用于切换通过桥接级的电流路径,具有耦合到所述第一多个的所述公共电路节点的第一对节点和与 分别表示所述基本单元链的第一极性,以及构成AC输出的第二对节点; 以及控制电路在所述N个开关时以连续的方式顺序地循环地接通一个开关; 每个相位间隔为所述AC输出的周期的1 /(4N)倍,并且每半个周期交替地通过所述输出桥接级的所述四个电源开关成对地导通。
    • 3. 发明授权
    • Membrane-separated, bipolar multicell electrochemical reactor
    • 膜分离,双极多电化学电化学反应器
    • US06555267B1
    • 2003-04-29
    • US09529726
    • 2001-04-12
    • Barry Michael BromanAndrea Zocchi
    • Barry Michael BromanAndrea Zocchi
    • H01M824
    • H01M8/0273H01M8/0263H01M8/242H01M8/246H01M8/2483
    • A multicell assembly is constituted by alternately stacking two types of pre-assembled elements: a bipolar electrode holding subassembly and a membrane holding subassembly. The alternate stack of elements is piled over a bottom end element and the stack is terminated by placing over the last membrane holding element a top end electrode element. Each bipolar plate electrode holding element and each ion exchange membrane separator holding element includes a substantially similar rectangular frame piece, made of an electrically nonconductive and chemically resistant material, typically of molded plastic material, having on its upper (assembly) face grooves for receiving O-ring type gasket means, and having through holes and recesses in coordinated locations disposed along two opposite sides of the rectangular frame forming, upon completion of the assembling, ducts for the separate circulation of the negative electrolyte and of the positive electrolyte through all the negative electrolyte flow chambers and all positive electrolyte flow chambers, respectively, in cascade.
    • 通过交替堆叠两种类型的预组装元件构成多单元组件:双极电极保持子组件和膜保持子组件。 将一堆元件堆叠在底端元件上方,并且通过将最后一个膜保持元件放置在顶端电极元件上来终止该堆叠。 每个双极板电极保持元件和每个离子交换膜分离器保持元件包括基本相似的矩形框架件,其由不导电和耐化学腐蚀的材料制成,通常为模制塑料材料,其上部(组件)的表面凹槽用于接收O 并且具有沿着矩形框架形成的两个相对侧配置的协调位置的通孔和凹槽,在组装完成时,用于负电解质和正电解质通过所有负极分开循环的导管 分别电解液流室和所有正电解液流室。
    • 4. 发明授权
    • Bipolar electrode for electrochemical redox reactions
    • 用于电化学氧化还原反应的双极电极
    • US06296746B1
    • 2001-10-02
    • US09529735
    • 2000-04-19
    • Barry Michael BromanAndrea ZocchiAlberto Pellegri
    • Barry Michael BromanAndrea ZocchiAlberto Pellegri
    • C25B1112
    • H01M8/0213H01M6/48H01M8/188Y02E60/528Y10T29/49108Y10T29/4911Y10T29/49114Y10T29/49115
    • Carbon-base bipolar electrode for electrochemical redox reactions in an acid electrolyte in the form of a fluid impervious and electrically conductive septum, at least a face of which consists, at least partially, of a fluid previous woven or unwoven electrodically active fabric of carbon fibers or of yarns of carbon fibers, has an electrically conductive fluid impervious septum consisting of a composite of a matrix fabric in the form of a tightly knit or woven fabric of carbon fibers or of yarns of carbon fibers the pores of which are hydraulically sealed by an electrically conductive carbon containing material at least partly filling the pores of said matrix fabric. The carbon containing electrically conductive material may be a glassy carbon formed in situ by thermal conversion of a precursor material with which said matrix fabric is pre-impregnated or a polymerized thermosetting resin loaded with carbon and/or graphite particles and/or fibers or a thermally reflown aggregate of a thermoplastic resin an carbon and/or graphite particles and/or fibers. The pervious fabric on the face of the electrode may be a raised pile of carbon fibers.
    • 在酸性电解质中以不透液体和导电隔膜形式进行电化学氧化还原反应的碳基双极电极,至少其表面至少部分地由先前的先前编织或非织造的电动活性织物 或碳纤维纱线具有导电的不透液体的隔膜,其由以碳纤维的紧密编织或机织织物形式的基质织物或碳纤维纱线的复合材料组成,其孔的孔隙由 至少部分填充所述基质织物的孔的含导电碳材料。 含碳的导电材料可以是通过热转化所述基体织物预浸渍的前体材料或负载有碳和/或石墨颗粒和/或纤维的聚合的热固性树脂或热 热塑性树脂的碳粉和/或石墨颗粒和/或纤维的聚集体。 电极表面上的可渗透织物可以是一堆堆碳纤维。
    • 5. 发明授权
    • Transformerless static voltage inverter for battery systems
    • 用于电池系统的无变压器静电电压逆变器
    • US07046531B2
    • 2006-05-16
    • US10754575
    • 2004-01-12
    • Andrea ZocchiPlacido M. SpazianteKrisada Kampanatsanyakorn
    • Andrea ZocchiPlacido M. SpazianteKrisada Kampanatsanyakorn
    • H02M7/00
    • H02M7/483
    • A static inverter for a battery of elementary, current sources or cells electrically in series and a number N of intermediate voltage taps along the chain of elementary DC current sources, wherein the number of elementary cells comprised between an intermediate tap and another intermediate tap adjacent to it or an end terminal of said chain is proportionate to the amplitude in the respective phase interval of a number N of discretization phases of the waveform of the AC voltage to be output in a quadrant; is implemented by arranging for: a number N of power switches each connecting a respective intermediate tap and a first end terminal of a first polarity of said chain of elementary cells in series to a common circuit node of said first polarity; an output bridge stage constituted by at least four power switches controlled in pairs for switching the current paths through the bridge stage, having a first pair of nodes coupled to said common circuit node of said first plurality and to the other end terminal of polarity opposite to said first polarity of said chain of elementary cells, respectively, and a second pair of nodes constituting an AC output; and a control circuit sequentially and cyclically turning on, in a continuous manner, one switch at the time of said N switches; each for a phase interval of 1/(4N) times the period of said AC output, and alternately tuning on by pairs said four power switches of said output bridge stage at every half a period.
    • 一种用于基本电流源或电池串联的电池的静态逆变器,以及沿着基本DC电流源链的N个中间电压抽头,其中包括在中间抽头和与之相邻的另一个中间抽头之间的基本单元的数量 所述链路的终端或终端与所述AC电压波形的N个离散相位的相邻相位间隔中的振幅成比例; 通过以下方式实现:N个电源开关,每个电源开关各自连接各个中间抽头和所述基本单元串的第一极性的第一端子与所述第一极性的公共电路节点串联; 由至少四个功率开关构成的输出桥接级,所述至少四个功率开关成对控制,用于切换通过桥接级的电流路径,具有耦合到所述第一多个的所述公共电路节点的第一对节点和与 分别表示所述基本单元链的第一极性,以及构成AC输出的第二对节点; 以及控制电路在所述N个开关时以连续的方式顺序地循环地接通一个开关; 每个相位间隔为所述AC输出的周期的1 /(4N)倍,并且每半个周期交替地通过所述输出桥接级的所述四个电源开关进行调谐。
    • 6. 发明授权
    • Redox flow battery and method of operating it
    • 氧化还原电池及其操作方法
    • US06692862B1
    • 2004-02-17
    • US09980005
    • 2001-11-30
    • Andrea Zocchi
    • Andrea Zocchi
    • H01M1044
    • H01M8/04119H01M6/48H01M8/04283H01M8/188H01M8/246Y02E60/528
    • By realizing or installing check valve liquid vein interrupters in each compartment of the battery the phenomenon of slow discharge of the retained volumes of electrolytes during long periods of inactivity of a redox flow battery, with the electrolyte pumps stopped altogether, can be practically eliminated with the effect that the battery is perfectly ready to deliver electric power immediately upon request even after prolonged periods of inactivity. Moreover, the presence of liquid vein interrupters on each compartment in either an outlet or an inlet port substantially preventing by-pass current during a not pumping phase, permits to increase the by pumping the electrolytes through the compartments of a battery stack intermittently, in other words in a pulsed manner, with a certain duty-cycle. Relatively brief pumping phases at relatively high flow rate alternated to phases of not pumping provide for a volumetrically adequate refreshing of the electrolytes present in the battery compartments and contrast the formation of gradients in the bodies of electrolyte.
    • 通过在电池的每个隔间中实现或安装止回阀液静脉断路器,在电解液泵完全停止的情况下,氧化还原液流电池的长时间不活动期间电解液的保留体积缓慢放电的现象可以实际上被消除, 影响电池完全准备好即使在长时间不活动之后立即要求交付电力。 此外,在非泵送阶段基本上防止旁通电流的出口或入口端口中的每个隔室上的液体静脉断路器的存在允许通过间歇地泵送电解质通过电池组的间隔来增加电解质,另外 以脉冲方式进行单词,具有一定的占空比。 以相对较高的流速相对较短的泵送相交替到不泵浦的阶段,提供电池室中存在的电解质的体积足够的清新,并且对比电解质体中梯度的形成。
    • 7. 发明授权
    • Porous mat electrodes for electrochemical reactor having electrolyte solution distribution channels
    • 用于具有电解液分配通道的电化学反应器的多孔垫电极
    • US06905797B2
    • 2005-06-14
    • US10309222
    • 2002-12-04
    • Barry M. BromanAndrea Zocchi
    • Barry M. BromanAndrea Zocchi
    • H01M4/66H01M4/80H01M4/86H01M8/02
    • H01M8/188H01M4/8615H01M4/8626H01M8/0232H01M8/0234H01M8/0263H01M8/0273H01M8/0297H01M8/242H01M8/2483Y02E60/528Y10T29/49108
    • A multicell assembly for a redox flow electrolyzer is constituted by alternately stacking pre-assembled elements, typically an electrode subassembly including porous mat electrodes on opposite faces of a conductive plate and a permionic membrane subassembly. Pressure drops in circulating the electrolyte solutions through respective cell compartments, in contact with fluid permeable three-dimensional electrodes in the form of porous mats, are reduced while enhancing evenness of electrolyte refreshing over the whole geometrical cell-area, by defining cooperatively interleaved flow channels in the porous mat electrode. Two interleaved orders of parallel flow channels are defined. All the parallel spaced channels of each order extend from a common orthogonal base channel formed along the respective inlet or outlet side of the electrolyte flow chamber, and terminate short of reaching the base channel of the other. The flow channels include comb-shaped flow distributing channelworks having parallel fingers which interleave with each other.
    • 用于氧化还原液流电解槽的多单元组件通过交替地堆叠预组装元件,通常包括在导电板和永久膜子组件的相对面上包括多孔垫电极的电极子组件。 使电解质溶液循环通过与多孔垫形式的流体可渗透的三维电极相接触的电池溶液中的压力降低,同时通过定义协同交错的流动通道来增强整个几何电池区域的电解质刷新均匀度 在多孔垫电极中。 定义了并行流量通道的两个交错顺序。 每个顺序的所有平行间隔的通道从沿着电解质流动室的相应入口或出口侧形成的共同的正交基底通道延伸,并且终止不到达另一个的基部通道。 流动通道包括具有彼此交错的平行指状物的梳状流动分配通道。