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    • 52. 发明授权
    • Cylindrical electric double-layer capacitor
    • 圆柱形双电层电容器
    • US06639786B2
    • 2003-10-28
    • US10191178
    • 2002-07-09
    • Minoru NoguchiNaohiko OkiEisuke KomazawaTakahiro TakeshitaYasuhiro Matsumoto
    • Minoru NoguchiNaohiko OkiEisuke KomazawaTakahiro TakeshitaYasuhiro Matsumoto
    • H01G900
    • H01G9/06Y02E60/13
    • A cylindrical electric double-layer capacitor includes a cylindrical sealed vessel housing an electrode roll and an electrolyte solution. The electrode roll is formed of a rolled superposed assembly having band-shaped positive and negative poles and two band-shaped separators sandwiching one of the band-shaped positive and negative poles. Each of the band-shaped positive and negative poles includes a band-shaped collector and a pair of polarizing electrodes formed in a laminated manner on opposite surfaces of the band-shaped collector. In a state in which the electrode roll has been accommodated in the sealed vessel along with the electrolyte solution, an outer diameter D1 of the electrode roll and an inner diameter D2 of the sealed vessel are brought into a relationship of D1=D2 by at least one of swelling of the polarizing electrodes caused by the electrolyte solution and expansion of the polarizing electrodes caused by an electrical charge. Thus, in the cylindrical electric double-layer capacitor, it is possible to avoid an increase in internal resistance, a reduction in a self-discharging characteristic and other like electrical characteristics.
    • 圆柱形电双层电容器包括容纳电极辊和电解质溶液的圆柱形密封容器。 电极辊由具有带状的正极和负极的卷绕的叠置组件和夹着带状正极和负极中的一个的两个带状分离器形成。 带状正极和负极中的每一个包括带状集电体和在带状集电体的相对表面上层叠形成的一对偏振电极。 在将电极辊与电解质溶液一起容纳在密封容器中的状态下,电极辊的外径D1和密封容器的内径D2至少达到D1 = D2的关系 由电解液引起的极化电极的膨胀和由电荷引起的极化电极的膨胀之一。 因此,在圆柱形双电层电容器中,可以避免内阻增加,自放电特性的降低和其他类似的电特性。
    • 55. 发明授权
    • Reference signal reproduction apparatus
    • 参考信号再现装置
    • US4688094A
    • 1987-08-18
    • US781140
    • 1985-09-27
    • Toshiyuki TanabeMinoru Noguchi
    • Toshiyuki TanabeMinoru Noguchi
    • H04N7/087H04N7/035H04N5/04
    • H04N7/035
    • The phase of a reproduction reference signal RS output from a decoder, which decodes the count value of the counter, is compared with that of an arriving horizontal synchronizing signal TH by a phase comparator. Based on this comparison result, a phase discriminating circuit discriminates whether the phase of the reproductionreference signal RS is advanced, delayed or in-phase with the arriving horizontal synchronizing signal TH. Based on this phase discrimination result, the dividing ratio setting circuit sets the dividing ratio of the counter such that the reproduction reference signal TH is pulled in with the arriving horizontal synchronizing signal TH.
    • 从解码器输出的再现参考信号RS的相位,其将计数器的计数值解码,与相位比较器的到达水平同步信号TH的相位相比较。 基于该比较结果,相位鉴别电路鉴别再现参考信号RS的相位是否与到达的水平同步信号TH前进,延迟或同相。 基于该相位判别结果,分频比设定电路设定计数器的分频比,使得再现基准信号TH被拉到达到的水平同步信号TH。