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    • 4. 发明授权
    • Crank angle detecting apparatus and reference angular position detection method for internal combustion engine
    • 曲柄角检测装置和内燃机参考角位置检测方法
    • US07360407B2
    • 2008-04-22
    • US11497518
    • 2006-08-02
    • Takashi NamariKazuhito TokugawaSatoshi Chida
    • Takashi NamariKazuhito TokugawaSatoshi Chida
    • G01M15/00
    • G01M15/06F02P7/0675G01D5/2457
    • A rotor is provided such that the rotor rotates with a crank shaft of an engine. A plurality of detection sections are formed on a rotor periphery at equal angle intervals. A particular detection section is used for detection of a reference crank angle. A pickup is provided near the rotor periphery. A crank angle detecting apparatus receives pulse signals from the pickup, and sequentially detects a detection section time. The detection section time is a time interval from the front end to the rear end of the detection section. The crank angle detecting apparatus also sequentially detects a time between each two adjacent detection sections (detection section distance time), which is a time from the rear end of one detection section to the front end of the next detection section. A reference angle detection signal, which indicates detection of the detection section dedicated for the reference angle, is generated when at least two ratio conditions are met. These ratio conditions are decided based on the detection section time and the detection section distance time.
    • 转子设置成使得转子与发动机的曲轴一起旋转。 多个检测部分以等间隔的间隔形成在转子周边上。 特定的检测部分用于检测参考曲柄角。 在转子周边附近提供拾取器。 曲柄角检测装置从拾取器接收脉冲信号,并且顺序地检测检测部分时间。 检测部时间是从检测部的前端到后端的时间间隔。 曲柄角检测装置还顺序地检测从两个相邻的检测部分之间的时间(检测部分距离时间),其是从一个检测部分的后端到下一个检测部分的前端的时间。 当满足至少两个比例条件时,产生指示针对参考角度专用的检测部分的检测的参考角度检测信号。 这些比率条件基于检测部分时间和检测部分距离时间来确定。
    • 7. 发明申请
    • Crank angle detecting apparatus and reference angular position detection method for internal combustion engine
    • 曲柄角检测装置和内燃机参考角位置检测方法
    • US20070033995A1
    • 2007-02-15
    • US11497518
    • 2006-08-02
    • Takashi NamariKazuhito TokugawaSatoshi Chida
    • Takashi NamariKazuhito TokugawaSatoshi Chida
    • G01L3/26G01M15/00
    • G01M15/06F02P7/0675G01D5/2457
    • A rotor is provided such that the rotor rotates with a crank shaft of an engine. A plurality of detection sections are formed on a rotor periphery at equal angle intervals. A particular detection section is used for detection of a reference crank angle. A pickup is provided near the rotor periphery. A crank angle detecting apparatus receives pulse signals from the pickup, and sequentially detects a detection section time. The detection section time is a time interval from the front end to the rear end of the detection section. The crank angle detecting apparatus also sequentially detects a time between each two adjacent detection sections (detection section distance time), which is a time from the rear end of one detection section to the front end of the next detection section. A reference angle detection signal, which indicates detection of the detection section dedicated for the reference angle, is generated when at least two ratio conditions are met. These ratio conditions are decided based on the detection section time and the detection section distance time.
    • 转子设置成使得转子与发动机的曲轴一起旋转。 多个检测部分以等间隔的间隔形成在转子周边上。 特定的检测部分用于检测参考曲柄角。 在转子周边附近提供拾取器。 曲柄角检测装置从拾取器接收脉冲信号,并且顺序地检测检测部分时间。 检测部时间是从检测部的前端到后端的时间间隔。 曲柄角检测装置还顺序地检测从两个相邻的检测部分之间的时间(检测部分距离时间),其是从一个检测部分的后端到下一个检测部分的前端的时间。 当满足至少两个比例条件时,产生指示针对参考角度专用的检测部分的检测的参考角度检测信号。 这些比率条件基于检测部分时间和检测部分距离时间来确定。