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    • 4. 发明授权
    • Electrochemical cell having a galaxy wind design
    • 具有星系风设计的电化学电池
    • US07718310B1
    • 2010-05-18
    • US11552156
    • 2006-10-24
    • Dominick FrustaciTina UrsoPaul HallifaxKenneth P. Moceri
    • Dominick FrustaciTina UrsoPaul HallifaxKenneth P. Moceri
    • H01M2/16H01M2/14H01M2/02
    • H01M6/14H01M2/0404H01M2/046H01M10/0431H01M10/0525H01M10/0587
    • An electrochemical cell is described. The cell comprises a cathode material contacted to a perforated current collector having a portion left uncovered and an anode material contacted to an anode current collector. The anode comprises first and second strips positioned on opposite sides of the cathode, which is also in the form of a strip, but one that is much longer than each of the anode strips. Proximal ends of the anode strips reside adjacent to where the cathode is secured to a terminal pin/sleeve assembly. Distal ends of the anode strips are adjacent to the opposed ends of the cathode strip. A separator sheet segregating the anode from direct contact with the cathode provides an upper portion at least partially sealed to a lower portion along an aligned peripheral edge and through the uncovered perforations of the cathode current collector to lock the cathode in position. The anode and cathode are then wound into a galaxy electrode assembly housed in a cylindrical casing and activated with an electrolyte.
    • 描述了电化学电池。 电池包括与具有未被覆盖的部分和与阳极集电器接触的阳极材料的穿孔集电体接触的阴极材料。 阳极包括位于阴极的相对侧上的第一和第二条带,其也是条带的形式,但是比每个阳极条长得多。 阳极条的近端位于阴极固定到端子销/套管组件的附近。 阳极条的远端与阴极条的相对端相邻。 将阳极偏离与阴极直接接触的隔片提供了沿着对齐的外围边缘和通过阴极集电器的未覆盖穿孔至少部分地密封到下部的上部,以将阴极锁定在适当位置。 然后将阳极和阴极卷绕成容纳在圆柱形壳体中并用电解质活化的星系电极组件。
    • 5. 发明授权
    • Primary electrochemical cell having scalloped electrodes
    • 具有扇形电极的初级电化学电池
    • US07273674B1
    • 2007-09-25
    • US10788823
    • 2004-02-27
    • Dominick FrustaciTina UrsoPaul Hallifax
    • Dominick FrustaciTina UrsoPaul Hallifax
    • H01M2/26H01M6/14
    • H01M6/14H01M4/13H01M4/131H01M4/134H01M4/382H01M4/405H01M4/485Y10T29/49108
    • A primary lithium electrochemical cell housed in a casing having a curved side wall intermediate opposed generally planar face walls is described. The cell comprises an anode and a cathode that each has a plurality of face portions joined together by connecting portions. The opposite polarity face portions and connecting portions are aligned with each other and then the electrodes are wound to provide an electrode assembly that fits in the casing. Regardless whether the cell is balanced as either an anode-limited or cathode-limited configuration, however, it is desirable to have the active material of one electrode face portion directly facing the electrode material of the counter electrode face portion. This means that the dimensional extent of the facing electrodes should be as close to each other in areas as possible to match the desired anode- or cathode-limited balance. The same is true for the connecting portions. The cell is of a high energy density for an implantable biomedical device.
    • 描述了容纳在壳体中的初级锂电化学电池,其具有中间相对的大致平坦的面壁的弯曲侧壁。 电池包括阳极和阴极,每个阳极和阴极具有通过连接部分连接在一起的多个面部。 相反的极性面部分和连接部分彼此对准,然后缠绕电极以提供装配在壳体中的电极组件。 然而,无论电池是否被平衡为阳极限制或阴极限制的结构,希望使一个电极面部分的活性材料直接面对对电极面部的电极材料。 这意味着面对电极的尺寸范围应尽可能地相互接近以匹配所需的阳极或阴极限制的平衡。 对于连接部分也是如此。 该细胞对于植入式生物医学装置具有高能量密度。
    • 8. 发明授权
    • Device and method for uniformly distributing electrode particles
    • 均匀分布电极颗粒的装置和方法
    • US06788524B2
    • 2004-09-07
    • US10684077
    • 2003-10-09
    • Tina UrsoDominick FrustaciMichael Guidi
    • Tina UrsoDominick FrustaciMichael Guidi
    • H01G9145
    • H01M4/131H01M4/04H01M4/0404H01M4/043H01M4/0435H01M4/133H01M4/485H01M4/525H01M4/583
    • A drop-fill assembly and method for uniformly distributing electrode active particles onto a current collector is described. The drop-fill assembly comprises a conduit containing two or more spaced apart sifting screens. A funnel is located upstream of the sifting screens to distribute an electrode active powder into the center of the conduit with a downward velocity. The mesh of any one sifting screen is out of direct alignment with respect to the next or previous screen. The electrode active powder is poured into the funnel and distributed across the conduit's cross-section as it bounces off and passes through the misaligned sifting screens. The powder exits at the bottom of the conduit lying in a thin, uniform layer on a current collector, taking on the shape of the desired electrode due to the boundary of the conduit and pressing fixtures located above and beneath the current collector. The powder layer is then pressed on to the current collector to produce an electrode.
    • 描述了将电极活性粒子均匀地分布到集电器上的滴注组件和方法。 液滴填充组件包括含有两个或更多个间隔开的筛网的导管。 漏斗位于筛网的上游,以电流有效的粉末以向下的速度分布在导管的中心。 任何一个筛网的网格相对于下一个屏幕或上一个屏幕都不直接对齐。 将电极活性粉末倒入漏斗中并分布在导管的横截面上,当其反弹并穿过未对准的筛选筛。 粉末在位于集电器上的薄的均匀层中的管道的底部离开,由于位于集电器上方和下方的管道和压制夹具的边界,呈现所需电极的形状。 然后将粉末层压在集电器上以产生电极。