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    • 1. 发明申请
    • Fuel substance and associated cartridge for fuel cell
    • 用于燃料电池的燃料和相关墨盒
    • US20050084720A1
    • 2005-04-21
    • US10688433
    • 2003-10-17
    • Juan BecerraFrank KovacsXiaoming Ren
    • Juan BecerraFrank KovacsXiaoming Ren
    • C10L7/04H01M8/04H01M8/10H01M8/00C10L7/00
    • H01M8/04082C10L7/04H01M8/04208H01M8/1009H01M8/1011Y02E60/523Y10T137/86276
    • The present invention provides a gel fuel, which includes a fuel substance held in a polymeric structure. One embodiment of the composition includes neat methanol, to which a thickening substance, such as that sold commercially under the trade name Carbopol®, is added to impart viscosity, as well as stabilizing and suspending properties. In addition to the thickening substance, a further substance can be added to balance the pH of the gel fuel when needed. In accordance with the invention, a fuel cell cartridge is provided that has at least one aspect that is methanol-permeable, and which may include a fuel vapor permeable layer and it may be comprised of one of a number of various alternative materials. Features within the fuel cartridge can be used to increase surface area of the gel fuel, and to maintain the gel fuel in a desired location within the cartridge.
    • 本发明提供了一种凝胶燃料,其包括保持在聚合物结构中的燃料物质。 组合物的一个实施方案包括纯甲醇,其中加入增稠物质,例如以商品名Carbopol销售的增稠物质,以赋予粘度以及稳定和悬浮性能。 除了增稠物质之外,可以加入另外的物质以在需要时平衡凝胶燃料的pH。 根据本发明,提供一种燃料电池盒,其至少具有一个方面是甲醇可渗透的,并且其可以包括燃料蒸气可渗透层,并且其可以由许多各种替代材料中的一种构成。 燃料盒内的特征可用于增加凝胶燃料的表面积,并将凝胶燃料保持在药筒内的所需位置。
    • 2. 发明申请
    • ENERGY STORAGE AND DISPENSING FLEXIBLE SHEETING DEVICE
    • 能量储存和分配灵活的装置
    • US20140014403A1
    • 2014-01-16
    • US13417199
    • 2012-03-09
    • Robert J. MillerMarsha GradeAmber BrooksTrevor SimmonsFrank KovacsKenneth LensethLuis SanchezGeorge Allen
    • Robert J. MillerMarsha GradeAmber BrooksTrevor SimmonsFrank KovacsKenneth LensethLuis SanchezGeorge Allen
    • H05K1/18
    • H05K1/0281H01G11/78H01G11/82H01G11/84H05K1/162Y02E60/13Y02T10/7022
    • An energy storing and dispensing sheeting having addressable energy storing cells is disclosed. A free-forming process of fabricating energy storing sheets is disclosed. An interconnect interface for operatively coupling the energy storing sheeting to an external element is disclosed. A flexible printed circuit board with patterned energy storing layers is disclosed. An adhesive, flexible energy storing sheeting is disclosed. Energy storing sheet that can be mechanically tuned and patterned as a structural building material is disclosed. A networked grid storage embodiment of a structural energy storing sheeting is disclosed. An energy storing sheeting powering computer memory and integrated circuits is disclosed. A puncture tolerant energy storage device is disclosed. An ultracapacitor having a separator, symmetric or asymmetric electrodes, electrolyte and a current collector is disclosed. A battery, supercapacitor and hybrid device is disclosed. Variable RC time constants and voltages within an energy storing sheeting are disclosed.
    • 公开了一种具有寻址能量存储单元的储能分配片材。 公开了一种制造储能片材的自由成形工艺。 公开了一种用于将能量存储片材可操作地耦合到外部元件的互连接口。 公开了一种具有图案化能量储存层的柔性印刷电路板。 公开了一种粘合剂,柔性储能片材。 公开了能够被机械调谐和图案化为结构建筑材料的储能片材。 公开了一种结构能量储存薄片的网状网格存储实施例。 公开了一种为计算机存储器和集成电路供电的储能片材。 公开了一种耐穿刺能量储存装置。 公开了一种具有隔板,对称或不对称电极,电解质和集电器的超级电容器。 公开了一种电池,超级电容器和混合器件。 公开了可变RC时间常数和能量存储薄片内的电压。
    • 3. 发明申请
    • PASSIVE WATER MANAGEMENT TECHNIQUES IN DIRECT METHANOL FUEL CELLS
    • 直接甲醇燃料电池中的被动水处理技术
    • US20080032182A1
    • 2008-02-07
    • US11873259
    • 2007-10-16
    • Xiaoming RenFrank KovacsKevin ShufonShimshon Gottesfeld
    • Xiaoming RenFrank KovacsKevin ShufonShimshon Gottesfeld
    • H01M4/86
    • H01M8/04186H01M8/04171H01M8/04291H01M8/1011H01M8/2475Y02E60/523
    • Passive water management techniques are provided in an air-breathing direct oxidation fuel cell system. A highly hydrophobic component with sub-micrometer wide pores is laminated to the catalyzed membrane electrolyte on the cathode side. This component blocks liquid water from traveling out of the cathode and instead causes the water to be driven through the polymer membrane electrolyte to the cell anode. The air-breathing direct oxidation fuel cell also includes a layer of cathode backing and additional cathode filter components on an exterior aspect of the cell cathode which lessen the water vapor escape rate from the cell cathode. The combination of the well laminated hydrophobic microporous layer, the thicker backing and the added filter layer, together defines a cathode structure of unique water management capacity, that enables to operate a DMFC with direct, controlled rate supply of neat (100%) methanol, without the need for any external supply or pumping of water. The cell anode is provided with a hydrophilic backing layer. When the water is driven through the polymer membrane electrolyte from the cell cathode to the cell anode chamber, it is available for the anodic reaction, and any excess water is carried out along CO2 ventilation channels to the outside environment.
    • 被动水管理技术在空气呼吸直接氧化燃料电池系统中提供。 将具有亚微米宽孔的高疏水性组分层压到阴极侧的催化膜电解质上。 该组分阻止液体水从阴极流出,而是使水通过聚合物膜电解质驱动到电池阳极。 空气呼吸直接氧化燃料电池还包括在电池阴极的外部方面的阴极背衬和附加的阴极过滤器部件的层,其降低了来自电池阴极的水蒸气逸出速率。 良好层压的疏水微孔层,较厚的背衬和增加的过滤层的组合共同限定了独特的水管理能力的阴极结构,能够以直(100%)的甲醇直接控制速率供应来操作DMFC, 而不需要任何外部供应或抽水。 电池阳极设置有亲水背衬层。 当水通过聚合物膜电解质从电池阴极驱动到电池阳极室时,可用于阳极反应,并且任何多余的水都沿着CO 2通气通道进入外部 环境。
    • 5. 发明授权
    • Method for automatically initiating a calling card telephone call
    • 自动启动电话卡电话的方法
    • US5748713A
    • 1998-05-05
    • US717396
    • 1996-09-20
    • Frank Kovacs, Jr.
    • Frank Kovacs, Jr.
    • H04M1/27H04M1/2745H04M1/275H04M15/00H04M11/00
    • H04M15/47H04M1/275H04M15/00H04M2215/0148
    • A calling card telephone call may be automatically initiated by the aid of an intelligent cared (10) having the capability of generating a first and second sequences of DTMF signals. Upon actuating the card in a first manner, the card generates the first DTMF signal sequence that corresponds to a calling card carrier access number. Upon actuating the card in a second manner, the card generates the second DTMF signal sequence corresponding to a card holder personal identification code. Thus, by actuating the card in the first and second manner, a card holder can effectuate the input of the carrier access number and card holder personal identification number, respectively, without having to enter this information via a key pad, thereby gaining reducing the incidence of card fraud.
    • 可以通过具有产生第一和第二序列DTMF信号的能力的智能关怀(10)来自动启动呼叫卡电话呼叫。 在以第一方式致动卡时,卡产生对应于呼叫卡运营商接入号码的第一DTMF信号序列。 在以第二种方式致动卡时,卡产生对应于持卡人个人识别码的第二DTMF信号序列。 因此,通过以第一和第二方式启动卡,卡座可以分别实现载体接入号码和持卡人个人识别号码的输入,而不必经由键盘输入该信息,从而降低发射率 的卡欺诈