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    • 3. 发明申请
    • Charging control apparatus, charging control method
    • 充电控制装置,充电控制方式
    • US20070194761A1
    • 2007-08-23
    • US11706369
    • 2007-02-15
    • Kazuhi YamaguchiKouji FukuokaShinji YamashitaShinji TakemotoShinichiro Takatomi
    • Kazuhi YamaguchiKouji FukuokaShinji YamashitaShinji TakemotoShinichiro Takatomi
    • H02H7/06H02P9/00H02P11/00
    • H02J7/1446Y02T10/92
    • A charging control apparatus is adapted to control an alternator which is operable to generate a voltage to charge a battery which is operable to supply the voltage to an electric component. An interface is connected to the alternator, the battery, and the electric component and operable to input and output a signal therebetween. A microcomputer is connected to the inter face and operable to execute a gradual change process in which a generating voltage of the alternator is gradually changed to a target generating voltage of the alternator and a sudden change process in which the generating voltage is suddenly changed to the target generating voltage. The microcomputer is operable to detect a using status of the electric component based on the signal. The microcomputer is operable to judge whether the gradual change process is required or the sudden change process is required based on the detected using status. The microcomputer executes the sudden change process when the microcomputer judges that the sudden change process is required. The microcomputer executes the gradual change process when the microcomputer judges that the gradual change process is required.
    • 充电控制装置适于控制交流发电机,该交流发电机可操作地产生电压以对可操作以将电压提供给电气部件的电池充电。 接口连接到交流发电机,电池和电气部件,并可操作以在它们之间输入和输出信号。 微型计算机连接到接口,并且可操作地执行逐渐改变过程,其中交流发电机的发电电压逐渐改变为交流发电机的目标发电电压,并且发电电压突然改变为 目标发电电压。 微型计算机可操作以基于该信号检测电气部件的使用状态。 微型计算机可操作以基于检测到的使用状态来判断是否需要逐渐改变处理或者需要突发变化处理。 当微型计算机判断需要突然变化处理时,微型计算机执行突然变化处理。 当微型计算机判断需要逐渐改变过程时,微型计算机执行逐渐变化处理。
    • 6. 发明授权
    • Charging control apparatus, charging control method
    • 充电控制装置,充电控制方式
    • US07692412B2
    • 2010-04-06
    • US11706369
    • 2007-02-15
    • Kazuhi YamaguchiKouji FukuokaShinji YamashitaShinji TakemotoShinichiro Takatomi
    • Kazuhi YamaguchiKouji FukuokaShinji YamashitaShinji TakemotoShinichiro Takatomi
    • H02P11/00H02P9/00
    • H02J7/1446Y02T10/92
    • A charging control apparatus is adapted to control an alternator which is operable to generate a voltage to charge a battery which is operable to supply the voltage to an electric component. An interface is connected to the alternator, the battery, and the electric component and operable to input and output a signal therebetween. A microcomputer is connected to the inter face and operable to execute a gradual change process in which a generating voltage of the alternator is gradually changed to a target generating voltage of the alternator and a sudden change process in which the generating voltage is suddenly changed to the target generating voltage. The microcomputer is operable to detect a using status of the electric component based on the signal. The microcomputer is operable to judge whether the gradual change process is required or the sudden change process is required based on the detected using status. The microcomputer executes the sudden change process when the microcomputer judges that the sudden change process is required. The microcomputer executes the gradual change process when the microcomputer judges that the gradual change process is required.
    • 充电控制装置适于控制交流发电机,该交流发电机可操作地产生电压以对可操作以将电压提供给电气部件的电池充电。 接口连接到交流发电机,电池和电气部件,并可操作以在它们之间输入和输出信号。 微型计算机连接到接口,并且可操作地执行逐渐改变过程,其中交流发电机的发电电压逐渐改变为交流发电机的目标发电电压,并且发电电压突然改变为 目标发电电压。 微型计算机可操作以基于该信号检测电气部件的使用状态。 微型计算机可操作以基于检测到的使用状态来判断是否需要逐渐改变处理或者需要突发变化处理。 当微型计算机判断需要突然变化处理时,微型计算机执行突然变化处理。 当微型计算机判断需要逐渐改变过程时,微型计算机执行逐渐变化处理。