IoT DEVICE HAVING LOW POWER CONSUMPTION MODE AND OPERATING METHOD THEREOF
First Claim
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1. An IoT device having low power consumption which is directly connected to a repeater without using a gate way and wirelessly communicates with a terminal, the IoT device having low power consumption comprising:
- a control part configured to operate in a repeater mode in a situation that a preset condition is satisfied, configured to operate in a terminal mode and try to access to the repeater corresponding to repeater information in a situation that a mode change signal and the repeater information are received in a preset time, and configured to operate in a sleep mode in a situation that the mode change signal and the repeater information are not received in the preset time, wherein beacons are transmitted in the repeater mode, and at least a part of the IoT device is not provided with power in the sleep mode;
a wireless communication part configured to transmit, according to control of the control part, the beacons or a signal for accessing to the repeater corresponding to the repeater information, or configured to receive the mode change signal or the repeater information from the terminal; and
a power supply part configured to provide the power using a battery.
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Abstract
An IoT device having a low power consumption mode and an operating method thereof are disclosed. An objective in accordance with an aspect of an embodiment is to provide an IoT device wirelessly communicating, without a gateway, with a terminal by only a repeater and an operating method thereof.
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Citations
20 Claims
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1. An IoT device having low power consumption which is directly connected to a repeater without using a gate way and wirelessly communicates with a terminal, the IoT device having low power consumption comprising:
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a control part configured to operate in a repeater mode in a situation that a preset condition is satisfied, configured to operate in a terminal mode and try to access to the repeater corresponding to repeater information in a situation that a mode change signal and the repeater information are received in a preset time, and configured to operate in a sleep mode in a situation that the mode change signal and the repeater information are not received in the preset time, wherein beacons are transmitted in the repeater mode, and at least a part of the IoT device is not provided with power in the sleep mode; a wireless communication part configured to transmit, according to control of the control part, the beacons or a signal for accessing to the repeater corresponding to the repeater information, or configured to receive the mode change signal or the repeater information from the terminal; and a power supply part configured to provide the power using a battery. - View Dependent Claims (2, 3, 4, 5, 6)
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7. An operating method of an IoT device having low power consumption which is directly connected to a repeater without a gate way and wirelessly communicates with the terminal, the operating method of the IoT device having low power consumption comprising:
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in a transmitting process, operating in a repeater mode in a situation that a preset condition is satisfied, wherein beacons are transmitted in the repeater mode; in a determining process, determining whether a mode change signal and a repeater information are received in a preset time; in an accessing process, operating in a terminal mode to try to access to the repeater corresponding to repeater information in a situation that the mode change signal and the repeater information are received in the preset time; and in a turning-off process, operating in a sleep mode to in a situation that the mode change signal and the repeater information are not received in the preset time, wherein in the sleep mode, at least a part of the IoT device is not provided with power. - View Dependent Claims (8, 9, 10, 11, 12)
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13. A control device of an IoT device having low power consumption which controls, without using a gate way, the IoT device directly connected to a repeater, the control device of the IoT device having low power consumption comprising:
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a wireless communication part configured to receive beacons released by the IoT device or configured to transmit a mode change signal and repeater information; a control part configured to control the wireless communication part to transmit the mode change signal and the repeater information, wherein the mode change signal is configured to change an operating mode of the IoT device from a repeater mode in which the beacons are released to a terminal mode, and the repeater information is configured to try to access to the repeater when the operating mode of the IoT device is changed from the repeater mode to the terminal mode; and an input part configured to receive the repeater information from outside. - View Dependent Claims (14, 15, 16)
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17. A control method of an IoT device having low power consumption which controls, without using a gate way, the IoT device directly connected to a repeater, the control method of the IoT device having low power consumption comprising:
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receiving beacons released by the IoT device; generating a mode change signal in a situation that the beacons are received, wherein the mode change signal is configured to change an operating mode of the IoT device from a repeater mode in which the beacons are released to a terminal mode; receiving repeater information when the operating mode of the IoT device is changed from the repeater mode to the terminal mode, wherein the repeater information is configured to try to access to the repeater; and transmitting the mode change signal and the repeater information to the IoT device. a control part configured to control the wireless communication part to transmit the mode change signal and the repeater information, wherein the mode change signal is configured to change an operating mode of the IoT device from a repeater mode in which the beacons are released to a terminal mode, and the repeater information is configured to try to access to the repeater when the operating mode of the IoT device from the repeater mode to the terminal mode; and an input part configured to receive the repeater information from outside. - View Dependent Claims (18, 19, 20)
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Specification