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    • 7. 发明授权
    • System for charging portable computer's battery using both the dynamically determined power available based on power consumed by sub-system devices and power limits from the battery
    • 使用基于由子系统设备消耗的功率和来自电池的电力限制的动态确定的可用功率来对便携式计算机电池进行充电的系统
    • US06222347B1
    • 2001-04-24
    • US09070489
    • 1998-04-30
    • Andrew Gong
    • Andrew Gong
    • H02J700
    • G06F1/263
    • Improved techniques for charging batteries within portable computing devices are disclosed. The improved techniques operate to charge a battery at dynamically determined power levels. The power levels for charging the battery are dynamically determined by monitoring the power consumption of the portable computing device. When subsystems of the portable computing device are determining to be consuming less power than has been allocated thereto, higher levels of power from a power source are made available for charging the battery. As a result, the battery is able to be charged at a rate that is significantly faster than previously performed. Also, by dynamically monitoring the power consumption of the portable computing device, the improved techniques also ensure that the portable computing device will not be starved for power during its operation even as its subsystem's switch between normal (active) modes and low power modes.
    • 公开了用于在便携式计算设备内为电池充电的改进的技术。 改进的技术用于以动态确定的功率电平对电池充电。 通过监视便携式计算设备的功耗来动态地确定对电池充电的功率电平。 当便携式计算设备的子系统确定消耗的功率小于分配给它的功率时,来自电源的较高级别的功率可用于为电池充电。 因此,电池能够以比先前执行的速度快得多的速率充电。 此外,通过动态地监视便携式计算设备的功耗,改进的技术还确保便携式计算设备在其操作期间即使在其子系统在正常(主动)模式和低功率模式之间的切换时也不会被饿死。
    • 8. 发明授权
    • Method and apparatus for providing a high throughput two-conductor
serial interface with support for slave device detection
    • 用于提供高吞吐量双导体串行接口的方法和装置,支持从设备检测
    • US5758098A
    • 1998-05-26
    • US241738
    • 1994-05-12
    • David B. TownsleyAndrew Gong
    • David B. TownsleyAndrew Gong
    • G06F13/42G06F13/00
    • G06F13/4291
    • A master agent and a slave agent are interconnected over a two-conductor bus system. One conductor is utilized to transfer data signals between the agents and the second conductor is utilized to transfer a clock signal between the agents. The master agent includes a single data port for both input and output. The slave agent includes two data ports: an input port and an output port. The input port and the output port are coupled to a single conductor, thereby allowing data to be input to and output from the slave agent on a single line. An open collector device is situated between the output port of the slave agent and the data conductor. Data is transferred between the master and slave agents by first synchronizing the agents. The agents are synchronized by first allowing the data conductor to obtain a high state. Upon sensing the data conductor high, the master agent drives the clock conductor to a low state. The slave agent responds by driving the data conductor low if the agent is ready for a transfer. The master agent then drives the clock conductor high in response to the slave agent driving the data conductor low. The slave agent then drives the data conductor high, and prepares for the data transfer.
    • 主代理和从属代理通过双导体总线系统互连。 一个导体用于在代理之间传送数据信号,并且第二导体被用于在代理之间传送时钟信号。 主代理包括用于输入和输出的单个数据端口。 从属代理包括两个数据端口:输入端口和输出端口。 输入端口和输出端口耦合到单个导体,从而允许数据在单个线路上从从属代理器输入和输出。 一个集电极开路的器件位于从器件的输出端口和数据导体之间。 首先同步代理程序,在主代理和从属代理之间传输数据。 通过首先允许数据导体获得高状态来使代理同步。 当感应到数据线高时,主机将时钟导体驱动到低电平状态。 如果代理程序准备好进行传输,则从机构通过将数据导体驱动为低电平来进行响应。 然后,主代理器响应于从属代理将数据导体驱动为低电平而驱动时钟导体。 然后,从属代理程序将数据导体高速驱动,并准备进行数据传输。