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    • 1. 发明授权
    • Electronic fuel injection control device
    • 电子燃油喷射控制装置
    • US07905217B2
    • 2011-03-15
    • US11497314
    • 2006-08-02
    • Takashi NamariMasato Ono
    • Takashi NamariMasato Ono
    • F02D41/06F02M1/00F02M51/00F02M37/04
    • F02N3/04F02D41/062
    • An electronic fuel injection control device of the present invention has at least a fuel injection device for injecting a fuel devoted to a combustion, and a power source circuit for rectifying and stabilizing an alternating-current voltage generated, based on a rotation of a crank shaft; controls the fuel injection device in an internal combustion engine started by rotating the crank shaft through a manual operation; and further has a power source voltage detection mechanism for detecting a value of a power source voltage supplied to the injection device by the circuit, and an Information processing mechanism for starting an operation when receiving a supply of a direct-current voltage from the circuit, initializing itself, inputting a power source voltage value detected by the detection mechanism, and instructing a first fuel injection for the fuel injection device when the input voltage value attains a predetermined voltage value.
    • 本发明的电子燃料喷射控制装置至少具有喷射用于燃烧的燃料的燃料喷射装置,以及用于对基于曲轴的旋转产生的交流电压进行整流和稳定的电源电路 ; 通过手动操作来旋转曲轴来控制内燃机中的燃料喷射装置; 还具有电源电压检测机构,用于检测通过电路提供给注入装置的电源电压的值;以及信息处理机构,用于当从电路接收直流电压的供给时开始操作, 初始化本身,输入由检测机构检测的电源电压值,并且当输入电压值达到预定电压值时,指示燃料喷射装置的第一燃料喷射。
    • 3. 发明申请
    • Electronic fuel injection control device
    • 电子燃油喷射控制装置
    • US20070028898A1
    • 2007-02-08
    • US11497314
    • 2006-08-02
    • Takashi NamariMasato Ono
    • Takashi NamariMasato Ono
    • F02D43/00F02D41/06
    • F02N3/04F02D41/062
    • An electronic fuel injection control device of the present invention has at least a fuel injection device for injecting a fuel devoted to a combustion, and a power source circuit for rectifying and stabilizing an alternating-current voltage generated, based on a rotation of a crank shaft; controls the fuel injection device in an internal combustion engine started by rotating the crank shaft through a manual operation; and further has a power source voltage detection mechanism for detecting a value of a power source voltage supplied to the injection device by the circuit, and an Information processing mechanism for starting an operation when receiving a supply of a direct-current voltage from the circuit, initializing itself, inputting a power source voltage value detected by the detection mechanism, and instructing a first fuel injection for the fuel injection device when the input voltage value attains a predetermined voltage value.
    • 本发明的电子燃料喷射控制装置至少具有喷射用于燃烧的燃料的燃料喷射装置,以及用于对基于曲轴的旋转产生的交流电压进行整流和稳定的电源电路 ; 通过手动操作来旋转曲轴来控制内燃机中的燃料喷射装置; 还具有电源电压检测机构,用于检测通过电路提供给注入装置的电源电压的值;以及信息处理机构,用于当从电路接收直流电压的供给时开始操作, 初始化本身,输入由检测机构检测的电源电压值,并且当输入电压值达到预定电压值时,指示燃料喷射装置的第一燃料喷射。
    • 9. 发明授权
    • Air conditioner for vehicle
    • 汽车空调
    • US08555667B2
    • 2013-10-15
    • US12094832
    • 2006-11-24
    • Yukio OzekiToshio OhashiMasato OnoAkihiro Tsurushima
    • Yukio OzekiToshio OhashiMasato OnoAkihiro Tsurushima
    • B60H1/32
    • B60H1/00692B60H1/00857
    • A portion of a draft duct in an air conditioning unit upstream from a heater core is divided into three passages. Each of the divided passages is provided with air mix doors 9a, 9b, and 9c that distribute air into a warm air passage and a cool air passage at a predetermined ratio. The air mix doors 9a and 9b are driven by first slide systems 34a and 34b having drive gears 21a and 21b that mesh with racks 20a and 20b of the air mix doors 9a and 9b, and support shafts 22a and 22b that support the drive gears 21a and 21b. The air mix door 9c is driven by a second slide system 35c having a drive gear 21c that meshes with a rack 20c of the air mix door 9c and that is supported by a support shaft 22c, and a second auxiliary gear 24a that meshes with a first auxiliary gear 24b supported by the support shaft 22c and that is supported by an auxiliary support shaft 25.
    • 在加热器芯上游的空调单元中的一部分通风管被分成三段。 每个分隔通道设有空气混合门9a,9b和9c,空气混合门9a,9b和9c以预定比例将空气分配到暖空气通道和冷空气通道中。 空气混合门9a和9b由具有与空气混合门9a和9b的齿条20a和20b啮合的驱动齿轮21a和21b的第一滑动系统34a和34b以及支撑驱动齿轮21a的支撑轴22a和22b驱动 和21b。 空气混合门9c由具有与空气混合门9c的齿条20c啮合并由支撑轴22c支撑的驱动齿轮21c的第二滑动系统35c驱动,第二滑动系统35c与 第一辅助齿轮24b由支撑轴22c支撑并且由辅助支撑轴25支撑。