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    • 34. 发明授权
    • Misfire detecting method
    • 失火检测方法
    • US5587909A
    • 1996-12-24
    • US150063
    • 1993-11-18
    • Takuya MatsumotoToru HashimotoKoichi NamikiYasuhisa YoshidaSatoshi Kasai
    • Takuya MatsumotoToru HashimotoKoichi NamikiYasuhisa YoshidaSatoshi Kasai
    • F02D45/00G01L9/00G01M15/11G01M15/00
    • G01M15/11G01L19/147F02D2200/702
    • A misfire detecting method is provided for preventing erroneous detection by prohibiting misfire detection when it is judged that an internal combustion engine is operating in a particular operating condition in which load on the engine can suddenly change, wherein a processor for repeatedly executing a misfire detection process immediately ends the present cycle of the misfire detection process when it is judged that the engine has just been started (S3), when it is judged that the igniton key has just been turned off (S4), or when it is judged that the engine is decelerating, that the transmission is performing a shift operation, or that the vehicle is running on a rough road (S5-7), to thereby avoid erroneous detection which is liable to occur during rough-road travel etc.
    • PCT No.PCT / JP93 / 00764 Sec。 371日期:1993年11月18日 102(e)日期1994年1月18日PCT提交1993年6月8日PCT公布。 公开号WO93 / 25809 日期:1993年12月23日提供一种失火检测方法,用于当判断内燃机在发动机的负荷突然变化的特定运行状态下运行时,通过禁止失火检测来防止错误检测,其中,重复处理器 当判断出发动机刚刚起动时,执行失火检测处理立即结束当前的失火检测处理的周期(S3),当判断为点火钥匙刚刚被关闭(S4)时,或当 判断发动机正在减速,变速器正在进行变速操作,或车辆在粗糙的道路上行驶(S5-7),从而避免在粗车行驶期间容易发生的错误检测。
    • 40. 发明授权
    • Head for thermal assisted magnetic recording device, and thermal assisted magnetic recording device
    • 热辅助磁记录装置头,热辅助磁记录装置
    • US08705327B2
    • 2014-04-22
    • US12984635
    • 2011-01-05
    • Takuya Matsumoto
    • Takuya Matsumoto
    • G11B7/085
    • G11B5/3116G11B5/1278G11B5/314G11B5/6088G11B2005/0005G11B2005/0021
    • An optical near-field generating efficiency of an optical near-field generating element is improved and a temperature rise of the element is suppressed. An optical near-field is generated using a conductive structure having a cross-sectional shape whose width in a direction perpendicular to a polarization direction of incident light transmitted through a waveguide gradually becomes shorter toward a vertex where an optical near-field is generated and having a shape whose width gradually, or in stages, becomes smaller in a traveling direction of the incident light toward the vertex where an optical near-field is generated. The waveguide is arranged beside the conductive structure and an optical near-field is generated via a surface plasmon generated on a lateral face of the conductive structure.
    • 提高光学近场产生元件的光学近场产生效率,并且抑制元件的温度升高。 使用具有横截面形状的导电结构产生光学近场,该导电结构的横截面形状的宽度在垂直于通过波导透射的入射光的偏振方向的宽度朝向产生光学近场的顶点逐渐变短,并且具有 在入射光朝向产生光学近场的顶点的行进方向上逐渐或逐渐变宽的形状。 波导布置在导电结构旁边,并且通过在导电结构的侧面上产生的表面等离子体激元产生光学近场。