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    • 3. 发明申请
    • Antenna switching equipment
    • 天线切换设备
    • US20060220870A1
    • 2006-10-05
    • US11169693
    • 2005-06-30
    • Shigekazu Kimura
    • Shigekazu Kimura
    • G08B13/14
    • G06K7/10346G06K7/0008G06K7/10316
    • Antenna switching equipment switches antennas for a reader/writer. A power generation unit generates electric power from an RF signal outputted from the reader/writer. A switching signal generation unit, operating on electric power generated by the power generation unit, generates a switching signal for specifying an antenna port to be used from among a plurality of antenna ports. A high frequency switch unit, operating on electric power generated by the power generation unit, switches a connection between the reader/writer and one of a plurality of antenna ports based on a switching signal generated by the switching signal generation unit.
    • 天线切换设备切换用于读写器的天线。 发电单元从读取器/写入器输出的RF信号生成电力。 开关信号生成单元,对由发电单元生成的电力进行动作,从多个天线端口生成用于指定要使用的天线端口的切换信号。 基于由开关信号生成单元生成的开关信号,对由发电单元生成的电力进行动作的高频开关单元,切换读取器/写入器与多个天线端口中的一个的连接。
    • 6. 发明授权
    • Process for the production of composite molded articles
    • 复合成型制品的制造方法
    • US5242637A
    • 1993-09-07
    • US861090
    • 1992-03-31
    • Masataka InoueHiroshi AoyagiMichio YamamotoTakeyoshi YamadaShigekazu Kimura
    • Masataka InoueHiroshi AoyagiMichio YamamotoTakeyoshi YamadaShigekazu Kimura
    • B29C44/16B29C70/02B29C70/36B29C70/66B32B38/08
    • B32B38/08B29C44/16B29C70/025B29C70/36B29C70/66B29K2105/165Y10S264/06
    • A process for the production of an integral composite molded item including(i) a surface portion having a synthetic resin phase containing a fibrous reinforcing material,(ii) a core portion having the synthetic resin phase containing bubble-containing particles, and(iii) a separation layer positioned between the surface portion and the core portion, the process including the steps of:providing in a substantially sealed mold (1) a separation layer which does not substantially pass therethrough bubble-containing particles but which is capable of passing a synthetic resin or its precursor that is liquidized at the time of molding; (2) a synthetic resin or its precursor on either or both sides of the separation layer; (3) a fibrous reinforcing material between the separation layer and the mold, and (4) an aggregate of bubble-containing particles on the side of the separation layer opposite to the mold;causing volume expansion of the aggregate;causing the resin to flow through the separation layer to thoroughly disperse it between the separation layer, mold, and particles to fill any voids therebetween; andcompleting solidification of the resin to form the composite molded item.The type of the resin and the type of bubble-containing particles may be selected and combined differently.
    • 一种整体复合成型品的制造方法,其特征在于,包括:(i)具有含有纤维增强材料的合成树脂相的表面部分,(ii)具有含有含气泡粒子的合成树脂相的芯部,(iii) 位于所述表面部分和所述芯部分之间的分离层,所述方法包括以下步骤:在基本上密封的模具(1)中提供基本上不通过含气泡颗粒但是能够通过合成 树脂或其在成型时被液化的前体; (2)在分离层的一侧或两侧上的合成树脂或其前体; (3)分离层和模具之间的纤维增强材料,和(4)与模具相对的分离层侧面的含气泡颗粒的聚集体; 导致骨料体积膨胀; 使树脂流过分离层,使其分散在分离层,模具和颗粒之间,以填充它们之间的任何空隙; 并完成树脂的固化以形成复合模制品。 可以选择和组合树脂的类型和含气泡颗粒的类型。
    • 7. 发明授权
    • Antenna switching equipment
    • 天线切换设备
    • US07317379B2
    • 2008-01-08
    • US11169693
    • 2005-06-30
    • Shigekazu Kimura
    • Shigekazu Kimura
    • H04Q5/22
    • G06K7/10346G06K7/0008G06K7/10316
    • Antenna switching equipment switches antennas for a reader/writer. A power generation unit generates electric power from an RF signal outputted from the reader/writer. A switching signal generation unit, operating on electric power generated by the power generation unit, generates a switching signal for specifying an antenna port to be used from among a plurality of antenna ports. A high frequency switch unit, operating on electric power generated by the power generation unit, switches a connection between the reader/writer and one of a plurality of antenna ports based on a switching signal generated by the switching signal generation unit.
    • 天线切换设备切换用于读写器的天线。 发电单元从读取器/写入器输出的RF信号生成电力。 开关信号生成单元,对由发电单元生成的电力进行动作,从多个天线端口生成用于指定要使用的天线端口的切换信号。 基于由开关信号生成单元生成的开关信号,对由发电单元生成的电力进行动作的高频开关单元,切换读取器/写入器与多个天线端口中的一个的连接。
    • 9. 发明授权
    • Signal amplification device and signal amplification method
    • 信号放大装置和信号放大方法
    • US08384481B2
    • 2013-02-26
    • US13210720
    • 2011-08-16
    • Shigekazu Kimura
    • Shigekazu Kimura
    • H03F3/68
    • H03F1/0294H03F1/52H03F1/523H03F3/189H03F3/245H03F2200/462
    • A signal amplification device includes: a signal generator which divides an input signal so as to generate a plurality of division signals having a specified amplitude and different phases; a plurality of amplifiers which amplify the plurality of division signals by using a field effect transistor, respectively; transmission lines through which the division signals pass, the division signals being amplified with individual amplifiers of the plurality of amplifiers, the transmission lines have different lengths and no isolation is provided between ends of the transmission lines; and a detector which performs a comparison between gate currents input to the individual amplifiers to detect whether an input of the division signal to any of the plurality of the amplifiers exceeds a saturation level.
    • 信号放大装置包括:信号发生器,其分割输入信号以产生具有指定振幅和不同相位的多个除法信号; 多个放大器,分别通过使用场效应晶体管来放大多个分频信号; 分频信号通过的传输线,分频信号由多个放大器的各个放大器放大,传输线具有不同的长度,并且在传输线的端部之间不提供隔离; 以及检测器,其执行输入到各个放大器的栅极电流之间的比较,以检测对多个放大器中的任何一个放大器的除法信号的输入是否超过饱和水平。
    • 10. 发明申请
    • SIGNAL AMPLIFICATION DEVICE AND SIGNAL AMPLIFICATION METHOD
    • 信号放大器件和信号放大方法
    • US20120049962A1
    • 2012-03-01
    • US13210720
    • 2011-08-16
    • Shigekazu KIMURA
    • Shigekazu KIMURA
    • H03F3/68
    • H03F1/0294H03F1/52H03F1/523H03F3/189H03F3/245H03F2200/462
    • A signal amplification device includes: a signal generator which divides an input signal so as to generate a plurality of division signals having a specified amplitude and different phases; a plurality of amplifiers which amplify the plurality of division signals by using a field effect transistor, respectively; transmission lines through which the division signals pass, the division signals being amplified with individual amplifiers of the plurality of amplifiers, the transmission lines have different lengths and no isolation is provided between ends of the transmission lines; and a detector which performs a comparison between gate currents input to the individual amplifiers to detect whether an input of the division signal to any of the plurality of the amplifiers exceeds a saturation level.
    • 信号放大装置包括:信号发生器,其分割输入信号以产生具有指定振幅和不同相位的多个除法信号; 多个放大器,分别通过使用场效应晶体管来放大多个分频信号; 分频信号通过的传输线,分频信号由多个放大器的各个放大器放大,传输线具有不同的长度,并且在传输线的端部之间不提供隔离; 以及检测器,其执行输入到各个放大器的栅极电流之间的比较,以检测对多个放大器中的任何一个放大器的除法信号的输入是否超过饱和水平。