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    • 1. 发明申请
    • System for detecting battery voltage with high precision
    • 高精度检测电池电压的系统
    • US20070145955A1
    • 2007-06-28
    • US11588367
    • 2006-10-27
    • David HoTao Xia
    • David HoTao Xia
    • H02J7/00
    • G01R31/3835G01R31/3648
    • The present invention discloses a system for detecting a battery voltage with high precision, of which a RC filter circuit or a PI type circuit is applied to a handheld hardware device for eliminating the effect of a power noise on a battery voltage detector of the handheld device, while an appropriate weight algorithm is used with the software of the handheld device, such that a conditional determination can be added to a remaining battery capacity parameter to compensate the effect of the fluctuated battery voltage caused by the consumed current, so as to detect the battery voltage with a high precision and allow users to determine the using time of the handheld device accurately.
    • 本发明公开了一种用于高精度地检测电池电压的系统,其中将RC滤波电路或PI型电路应用于手持式硬件装置,以消除对手持装置的电池电压检测器的功率噪声的影响 同时与手持设备的软件一起使用适当的权重算法,使得可以将剩余电池容量参数中的条件确定添加到补偿由消耗电流引起的电池电压波动的影响,以便检测 电池电压精度高,允许用户准确地确定手持设备的使用时间。
    • 6. 发明授权
    • Electronic device with a plurality of charging modes
    • 具有多种充电模式的电子设备
    • US07793118B2
    • 2010-09-07
    • US11618064
    • 2006-12-29
    • David HoTao Hsia
    • David HoTao Hsia
    • G06F1/00G06F13/20H02J7/00G05F5/00
    • G06F1/266
    • An electronic device with several charging modes includes a transmission module, a central control module, an interface module, and a power module. The transmission module includes a first connecting terminal for connecting an external electronic product and produces a corresponding identification signal according to each external electronic product. The central control module supplies different power supplies to each external electronic product and produces a corresponding power setting signal. The interface module obtains a different power supply for each external electronic product through the transmitting module and converts each different power supply into a same charging power according to the power setting signal and identification signal. The power is stored in the power module to charge the power module, so that the electronic device just needs a transmitting module to obtain the power from any external electronic product, and thus greatly improve the convenience of charging the electronic device.
    • 具有多种充电模式的电子设备包括传输模块,中央控制模块,接口模块和电源模块。 传输模块包括用于连接外部电子产品的第一连接端子,并且根据每个外部电子产品产生相应的识别信号。 中央控制模块为每个外部电子产品提供不同的电源,并产生相应的功率设置信号。 接口模块通过发送模块为每个外部电子产品获得不同的电源,并根据功率设置信号和识别信号将不同的电源转换为相同的充电功率。 电源存储在电源模块中,为电源模块充电,使电子设备只需要一个发送模块即可从任何外部电子产品获取电力,从而大大提高了对电子设备充电的便利性。
    • 9. 发明申请
    • Electronic Device with a Plurality of Charging Modes
    • 具有多种充电模式的电子设备
    • US20070168684A1
    • 2007-07-19
    • US11618064
    • 2006-12-29
    • David HoTao Hsia
    • David HoTao Hsia
    • G06F1/00
    • G06F1/266
    • An electronic device with several charging modes includes a transmission module, a central control module, an interface module, and a power module. The transmission module includes a first connecting terminal for connecting an external electronic product and produces a corresponding identification signal according to each external electronic product. The central control module supplies different power supplies to each external electronic product and produces a corresponding power setting signal. The interface module obtains a different power supply for each external electronic product through the transmitting module and converts each different power supply into a same charging power according to the power setting signal and identification signal. The power is stored in the power module to charge the power module, so that the electronic device just needs a transmitting module to obtain the power from any external electronic product, and thus greatly improve the convenience of charging the electronic device.
    • 具有多种充电模式的电子设备包括传输模块,中央控制模块,接口模块和电源模块。 传输模块包括用于连接外部电子产品的第一连接端子,并且根据每个外部电子产品产生相应的识别信号。 中央控制模块为每个外部电子产品提供不同的电源,并产生相应的功率设置信号。 接口模块通过发送模块为每个外部电子产品获得不同的电源,并根据功率设置信号和识别信号将每个不同的电源转换为相同的充电功率。 电源存储在电源模块中,为电源模块充电,使电子设备只需要一个发送模块即可从任何外部电子产品获取电力,从而大大提高了对电子设备充电的便利性。