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    • 2. 发明授权
    • Outboard motor control apparatus
    • 舷外马达控制装置
    • US08229608B2
    • 2012-07-24
    • US12286783
    • 2008-10-02
    • Makoto YamamuraYoshihisa ShinogiManabu DobashiKazuhiro Sato
    • Makoto YamamuraYoshihisa ShinogiManabu DobashiKazuhiro Sato
    • B60L3/00
    • B63H21/213
    • In an apparatus installed on a boat for identifying and controlling operation of an outboard motor selected by an operator and clamped to the boat from among outboard motors in different models prepared to be selectable by the operator, including a model having an analog device that produces analog signal and a model having a digital device that converts the analog signal produced by the analog device into a digital signal, it is discriminated whether the inputted signal is the analog signal inputted through the analog signal input/output or the digital signal inputted through the digital signal input/output, and the model of the selected outboard motor is identified based on the discriminated signal, thereby enabling to surely identify the model and control its operation.
    • 在安装在船上的装置中,用于识别和控制由操作者选择的舷外马达的操作并且由准备由操作员选择的不同型号的舷外马达夹紧在船上,包括具有模拟装置的模型 信号和具有将由模拟装置产生的模拟信号转换为数字信号的数字装置的模型,鉴别输入的信号是通过模拟信号输入/输出输入的模拟信号还是通过数字信号输入的数字信号 信号输入/输出,并且基于鉴别信号识别所选择的舷外马达的型号,从而能够确定地识别模型并控制其操作。
    • 3. 发明申请
    • Outboard motor control apparatus
    • 舷外马达控制装置
    • US20090105894A1
    • 2009-04-23
    • US12286783
    • 2008-10-02
    • Makoto YamamuraYoshihisa ShinogiManabu DobashiKazuhiro Sato
    • Makoto YamamuraYoshihisa ShinogiManabu DobashiKazuhiro Sato
    • B63H21/21
    • B63H21/213
    • In an apparatus installed on a boat for identifying and controlling operation of an outboard motor selected by an operator and clamped to the boat from among outboard motors in different models prepared to be selectable by the operator, including a model having an analog device that produces analog signal and a model having a digital device that converts the analog signal produced by the analog device into a digital signal, it is discriminated whether the inputted signal is the analog signal inputted through the analog signal input/output or the digital signal inputted through the digital signal input/output, and the model of the selected outboard motor is identified based on the discriminated signal, thereby enabling to surely identify the model and control its operation.
    • 在安装在船上的装置中,用于识别和控制由操作者选择的舷外马达的操作并且由准备由操作员选择的不同型号的舷外马达夹紧在船上,包括具有模拟装置的模型 信号和具有将由模拟装置产生的模拟信号转换为数字信号的数字装置的模型,鉴别输入的信号是通过模拟信号输入/输出输入的模拟信号还是通过数字信号输入的数字信号 信号输入/输出,并且基于鉴别信号识别所选择的舷外马达的型号,从而能够确定地识别模型并控制其操作。
    • 4. 发明授权
    • Automatic choke control system for general-purpose engine
    • 通用发动机自动扼流圈控制系统
    • US07246591B2
    • 2007-07-24
    • US11477549
    • 2006-06-30
    • Yoshihisa ShinogiTomoki Fukushima
    • Yoshihisa ShinogiTomoki Fukushima
    • F02D41/06
    • F02M1/08
    • In an auto-choke system for a general-purpose engine, it is determined whether the operator has operated a combination switch to enable ignition in the engine and based on the result of this determination, the operation of a choke motor (actuator) is controlled to regulate the opening of the choke valve, specifically the operation of the choke motor is controlled to fully open the choke valve when ignition is found to be disabled. As a result, jetting of fuel is minimized and flooding prevented when the recoil starter is manipulated with ignition disabled. In addition, the operation of the choke motor is controlled to fully close the choke valve when ignition is found to be enabled, thereby enhancing the starting performance of the engine.
    • 在用于通用发动机的自动扼流系统中,确定操作者是否操作组合开关以在发动机中启用点火,并且基于该确定的结果,控制扼流马达(致动器)的操作 调节节流阀的开度,具体来说,当发现点火被禁用时,控制扼流马达的动作完全打开节流阀。 结果,当点火禁用时,反冲起动器被操纵时,燃料喷射被最小化并防止溢流。 此外,当发现点火被启用时,控制扼流马达的操作以完全关闭阻风阀,从而提高发动机的启动性能。
    • 8. 发明申请
    • Industrial engine completion inspection method
    • 工业发动机完井检查方法
    • US20070000314A1
    • 2007-01-04
    • US11448694
    • 2006-06-07
    • Yoshihisa ShinogiTomoki FukushimaAkihisa Shinoda
    • Yoshihisa ShinogiTomoki FukushimaAkihisa Shinoda
    • G01M15/00
    • G01M15/02
    • An inspection method is conducted after the assembly of an industrial engine is complete. An identification code assigned to an industrial engine is read. Basic engine specification data and device-specific engine specification data that correspond to the read identification code are extracted from a database to a completion inspection unit. Various inspections are conducted on the individual engine by the completion inspection unit on the basis of the extracted basic engine specification data. The device-specific engine specification data of the engine that has passed the inspection is written into memory. A confirmation inspection is then conducted by a device-specific inspection machine to determine whether the engine has the output characteristics required by the mounting device.
    • 在工业发动机的组装完成之后进行检查方法。 读取分配给工业发动机的识别码。 与读取的识别码相对应的基本引擎规格数据和与设备相关的引擎规格数据从数据库提取到完成检查单元。 基于所提取的基本引擎规格数据,由完成检查单元对各引擎执行各种检查。 通过检查的发动机的设备特定的发动机规格数据被写入存储器。 然后由设备专用检查机进行确认检查,以确定发动机是否具有安装装置所要求的输出特性。
    • 10. 发明授权
    • Industrial engine completion inspection method
    • 工业发动机完井检查方法
    • US07458255B2
    • 2008-12-02
    • US11448694
    • 2006-06-07
    • Yoshihisa ShinogiTomoki FukushimaAkihisa Shinoda
    • Yoshihisa ShinogiTomoki FukushimaAkihisa Shinoda
    • G01M15/00
    • G01M15/02
    • An inspection method is conducted after the assembly of an industrial engine is complete. An identification code assigned to an industrial engine is read. Basic engine specification data and device-specific engine specification data that correspond to the read identification code are extracted from a database to a completion inspection unit. Various inspections are conducted on the individual engine by the completion inspection unit on the basis of the extracted basic engine specification data. The device-specific engine specification data of the engine that has passed the inspection is written into memory. A confirmation inspection is then conducted by a device-specific inspection machine to determine whether the engine has the output characteristics required by the mounting device.
    • 在工业发动机的组装完成之后进行检查方法。 读取分配给工业发动机的识别码。 与读取的识别码相对应的基本引擎规格数据和与设备相关的引擎规格数据从数据库提取到完成检查单元。 基于所提取的基本引擎规格数据,由完成检查单元对各引擎执行各种检查。 通过检查的发动机的设备特定的发动机规格数据被写入存储器。 然后由设备专用检查机进行确认检查,以确定发动机是否具有安装装置所要求的输出特性。