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Integrated near field communication and wireless charging technology on mobile electronic device with peak shift application

机译:具有峰值偏移应用的移动电子设备上的集成近场通信和无线充电技术

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Peak shift is the function to shift the daytime's mobile electronic device power demand to the nighttime. Peak shift application program controls "forced battery operation mode" and "disable battery charge mode" based on the time table. "Forced battery operation mode" is the status that EC turns off the AC adapter power line switch.mobile electronic device is switched from AC adapter power to battery power. Battery remaining capacity decreases during this mode. If the battery status reaches low battery, EC needs to switch battery power to AC adapter power automatically and wireless charging module. "Disable battery charge mode" is the status that EC disables the battery charge even though the AC adapter is attached and charge start condition is satisfied. "Forced battery operation mode" and "Disable battery charge mode" have the different time tables. These two modes can be controlled independently. This combo module with coil also provided near field communication (Felica or Mifare) technology performance. Subsequently, we develop a near-optimal solution and prove its performance guarantee.
机译:调峰功能是将白天的移动电子设备电力需求转移到夜间的功能。峰值移动应用程序根据时间表控制“强制电池运行模式”和“禁用电池充电模式”。 “强制电池运行模式”是EC关闭交流适配器电源线开关的状态。移动电子设备已从交流适配器电源切换为电池电源。在此模式下,电池剩余电量会减少。如果电池电量不足,则EC需要自动将电池电源切换为AC适配器电源和无线充电模块。 “禁用电池充电模式”是即使连接了AC适配器并且满足充电开始条件,EC也会禁用电池充电的状态。 “强制电池运行模式”和“禁用电池充电模式”具有不同的时间表。这两种模式可以独立控制。该带有线圈的组合模块还提供了近场通信(Felica或Mifare)技术性能。随后,我们开发了一种接近最佳的解决方案,并证明了其性能保证。

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