UNINTERRUPTIBLE POWER CONTROL METHOD AND ELECTRONIC DEVICE WITH UNINTERRUPTIBLE POWER SUPPLY
First Claim
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1. An uninterruptible power control method, comprising the steps of:
- reading a detection result from a motion sensor of an electronic device, wherein a primary battery module supplies power to the electronic device in a normal state;
determining whether the detection result meets a motion condition; and
turning on a power supply path of a secondary battery module of the electronic device when the detection result meets the motion condition, wherein the secondary battery module is built in the electronic device.
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Abstract
An uninterruptible power control method includes the steps of: reading a detection result from a motion sensor of an electronic device, determining whether the detection result meets a movement condition, and turning on a power supply path of a sub-battery module of the electronic device when the detection result meets the movement condition. The electronic device is powered by a primary battery module in normal state, and the sub-battery module is built in the electronic device.
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Citations
15 Claims
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1. An uninterruptible power control method, comprising the steps of:
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reading a detection result from a motion sensor of an electronic device, wherein a primary battery module supplies power to the electronic device in a normal state; determining whether the detection result meets a motion condition; and turning on a power supply path of a secondary battery module of the electronic device when the detection result meets the motion condition, wherein the secondary battery module is built in the electronic device. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. An electronic device with uninterruptible power supply, comprising:
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a power input end, wherein the electronic device in a normal state is powered by a primary battery module through the power input end; a secondary battery module; a switch module coupled to between the power input end and the secondary battery module; a motion sensor for sensing motion of the electronic device and yielding a detection result; and a control unit for determining whether the detection result meets a motion condition and, upon determination that the detection result meets the motion condition, generating a start signal to turn on the switch module, thereby turning on the power supply path of the secondary battery module. - View Dependent Claims (10, 11, 12, 13, 14, 15)
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Specification