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    • 21. 发明申请
    • Nonaqueous electrolytic cell
    • 非水电解槽
    • US20060046145A1
    • 2006-03-02
    • US11207726
    • 2005-08-22
    • Takao InoueMasahisa Fujimoto
    • Takao InoueMasahisa Fujimoto
    • H01M4/62
    • H01M4/624H01M4/131H01M4/525H01M4/621H01M4/623H01M10/052H01M10/0587H01M2004/021
    • Provided is a nonaqueous electrolytic cell capable of inhibiting a positive electrode from cracking when the positive electrode is bent for cylindrically or angularly preparing the nonaqueous electrolytic cell despite employment of a conductive material having higher true density than carbon. This nonaqueous electrolytic cell comprises a positive electrode including a positive electrode active material layer, a negative electrode including a negative electrode active material layer, a nonaqueous electrolyte, a conductive material, contained in the positive electrode active material layer, including at least one material selected from a group consisting of nitrides, carbides and borides other than carbon and a binder, contained in the positive electrode active material layer, including a copolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene.
    • 提供一种即使使用具有比碳更高的真实密度的导电材料,也可以在正极弯曲成圆柱形或角度地制备非水电解槽时能够抑制正极破裂的非水电解槽。 该非水电解电池包括正极,包括正极活性物质层,含有负极活性物质层的负极,非水电解质,包含在正极活性物质层中的导电材料的正极,所述正极活性物质层包括至少一种选择的材料 由包含在正极活性物质层中的碳以外的氮化物,碳化物和硼化物组成的组,包括偏二氟乙烯,四氟乙烯和六氟丙烯的共聚物。
    • 22. 发明申请
    • Exhaust system of multi-cylinder internal combustion engine
    • 多缸内燃机排气系统
    • US20050268600A1
    • 2005-12-08
    • US11145962
    • 2005-06-07
    • Sungi ITakao InoueKimiyoshi NishizawaShunichi Mitsuishi
    • Sungi ITakao InoueKimiyoshi NishizawaShunichi Mitsuishi
    • F01N3/20F01N13/02F01N13/10F02F1/24F02M25/07F01N3/00
    • F01N3/2053F01N3/101F01N13/009F01N13/0093F01N13/10Y02T10/22
    • A plurality of upstream main exhaust passages extend from cylinders of an engine. A downstream main exhaust passage is connected to the upstream main exhaust passages. A main catalytic converter is mounted in the downstream main exhaust passage. A plurality of upstream bypass exhaust passages extend from the upstream main exhaust passages. Each upstream bypass exhaust passage has a sectional area smaller than that of the corresponding upstream main exhaust passage. A downstream bypass exhaust passage is connected to the upstream bypass exhaust passages and has a downstream end connected to the downstream main exhaust passage at a position upstream of the main catalytic converter. An auxiliary catalytic converter is mounted in the downstream bypass exhaust passage. A gas flow switching device is provided which is capable of forcing the exhaust gas from the cylinders of the engine to flow toward the upstream bypass exhaust passages when assuming a given operation position.
    • 多个上游主排气通道从发动机的气缸延伸。 下游主排气通道连接到上游主排气通道。 主催化转化器安装在下游主排气通道中。 多个上游旁通排气通道从上游主排气通道延伸。 每个上游旁通排气通道的截面面积小于相应的上游主排气通道的截面面积。 下游旁路排气通道连接到上游旁通排气通道,并且在主催化转化器上游的位置处具有连接到下游主排气通道的下游端。 辅助催化转化器安装在下游旁路排气通道中。 提供了一种气体切换装置,其能够在假设给定的操作位置时迫使来自发动机的气缸的废气朝向上游旁通排气通道流动。
    • 24. 发明申请
    • LIGHTING DEVICE AND LIGHTING SYSTEM
    • 照明设备和照明系统
    • US20050179629A1
    • 2005-08-18
    • US10906312
    • 2005-02-14
    • Takao INOUE
    • Takao INOUE
    • H05B37/02B60Q1/00G02F1/136H01L33/00H05B33/08H05B43/00
    • H05B33/0812H05B33/0827Y02B20/343
    • An incremental current of forward current through LEDs (LED1 and LED2) due to power supply voltage rise is shunted by a PNP transistor (Q1), and the forward current value becomes predetermined current value corresponding to rated voltage. Without necessitating constant-current circuit, the LEDs (LED1 and LED2) emit light in desired luminance without being damaged. In a state of forward current value fluctuating due to dispersion of the rated voltage of the LEDs (LED1 and LED2), the current value shunted by the PNP transistor (Q1) varies corresponding to magnitude of voltage drop at a first resistor (R1), and the voltage drop at a third resistor (R3) varies. Based on variation of the voltage drop, potential difference between an emitter of a PNP transistor (Q2) and a base of the PNP transistor (Q1) varies and potential difference between both ends of the LED (LED1 and LED2) varies. Thereby, fluctuation of the forward current value is restrained. Luminance difference among devices can be restrained.
    • 由于电源电压上升,通过LED(LED 1和LED 2)的正向电流的增量电流被PNP晶体管(Q1)分流,并且正向电流值成为对应于额定电压的预定电流值。 不需要恒流电路,LED(LED 1和LED 2)以所需亮度发光,而不会损坏。 在由于LED(LED 1和LED 2)的额定电压的偏差引起的正向电流值波动的状态下,由PNP晶体管(Q1)分流的电流值随着第一电阻器 R 1),并且第三电阻器(R 3)处的电压降变化。 基于电压降的变化,PNP晶体管(Q 2)的发射极与PNP晶体管(Q 1)的基极之间的电位差发生变化,LED(LED 1和LED 2)的两端之间的电位差发生变化 。 由此,能够抑制正向电流值的波动。 可以抑制器件之间的亮度差。
    • 26. 发明授权
    • CRC code calculation circuit and CRC code calculation method
    • CRC码计算电路和CRC码计算方法
    • US06763495B2
    • 2004-07-13
    • US09816513
    • 2001-03-23
    • Masayoshi SuzukiTakao InoueKenjiro Mori
    • Masayoshi SuzukiTakao InoueKenjiro Mori
    • H03M1300
    • H03M13/091H03M13/6516
    • A CRC code calculation circuit for calculating a CRC code from byte parallel data which is variable-length data. In a CRC code calculation circuit 10 for calculating a CRC code from four-byte parallel data having a residual portion in a final stage, a four-byte parallel CRC code calculation circuit 2calculates a CRC code in parallel from the four-byte parallel data except the final stage. A byte serial conversion circuit 3 converts data of the final stage into serial data. A one-byte serial CRC code calculation circuit 4 calculates a CRC code in serial from the serial data converted by the byte serial conversion circuit 3 using a calculated result of the four-byte parallel CRC code calculation circuit 2 as an initial value.
    • 一种用于从作为可变长度数据的字节并行数据计算CRC码的CRC码计算电路。 在用于从具有最后级的残余部分的四字节并行数据中计算CRC码的CRC码计算电路10中,四字节并行CRC码计算电路2从除四字节并行数据之外并行计算CRC码, 最后阶段。 字节串行转换电路3将最后一级的数据转换为串行数据。 一字节串行CRC码计算电路4使用四字节并行CRC码计算电路2的计算结果作为初始值,从由字节串行转换电路3转换的串行数据中串行计算CRC码。