Power supply control method and wireless terminal
View Patent ↗A power supply control method and a wireless terminal. The method includes, in a part or all of a time period during which a wireless terminal is in a dormant state, stopping supplying power to some or all circuits of a radio frequency circuit in the wireless terminal, where the dormant state includes at least one of a dormant state in a discontinuous transmission (DTX) period and a dormant state in a discontinuous reception (DRX) period and the problems of electric energy waste and service life reduction of a wireless terminal are resolved.
1. A power supply control method, comprising:
simultaneously performing discontinuous transmission (DTX) and discontinuous reception (DRX) by a wireless terminal, the DTX comprising a DTX dormant time period and a DTX awake time period, and the DRX comprising a DRX dormant time period and a DRX awake time period;
stop supplying power to at least some circuits of a radio frequency circuit in the wireless terminal in only a part of a time period during which the wireless terminal is in a dormant state, the dormant state comprising the wireless terminal being in both the DTX dormant time period and the DRX dormant time period, the DTX dormant time period comprising an entire DTX period, and the DRX dormant time period comprising a fraction of a DRX period; and
resume supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal when the wireless terminal is in the DTX awake time period or the DRX awake time period.
2. The method of claim 1 , wherein the radio frequency circuit comprises a transmission processing circuit, a reception processing circuit, and an antenna switch, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises at least one of the following:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit;
disconnecting an electronic switch located on a power supply line of the reception processing circuit; or
disconnecting an electronic switch located on a power supply line of the antenna switch.
3. The method of claim 1 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting the electronic switch located on the power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
4. The method of claim 1 , wherein stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises stop supplying power for multiple discontinuous time periods.
5. The method of claim 1 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises disconnecting an electronic switch located on a power supply line of the reception processing circuit, and stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
6. The method of claim 1 , further comprising supplying power to all circuits of the radio frequency circuit in all other time periods than the time period during which power supply to the at least some circuits of the radio frequency circuit is cut off.
7. A power supply control method, comprising:
simultaneously performing discontinuous transmission (DTX) and discontinuous reception (DRX) by a wireless terminal, the DTX comprising a DTX dormant time period and a DTX awake time period, and the DRX comprising a DRX dormant time period and a DRX awake time period;
stop supplying power to at least some circuits of a radio frequency circuit in the wireless terminal in only a part of a time period during which the wireless terminal is in a dormant state, the dormant state comprising the wireless terminal being in both the DTX dormant time period and the DRX dormant time period, the DTX dormant time period comprising a fraction of a DTX period, and the DRX dormant time period comprising an entire DRX period; and
resume supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal when the wireless terminal is in the DTX awake time period or the DRX awake time period.
8. The method of claim 7 , wherein the radio frequency circuit comprises a transmission processing circuit, a reception processing circuit, and an antenna switch, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises at least one of the following:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit;
disconnecting an electronic switch located on a power supply line of the reception processing circuit; or
disconnecting an electronic switch located on a power supply line of the antenna switch.
9. The method of claim 7 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting the electronic switch located on the power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
10. The method of claim 7 , wherein stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises stop supplying power for multiple discontinuous time periods.
11. The method of claim 7 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises disconnecting an electronic switch located on a power supply line of the reception processing circuit, and stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
12. The method of claim 7 , further comprising supplying power to all circuits of the radio frequency circuit in all other time periods than the time period during which power supply to the at least some circuits of the radio frequency circuit is cut off.
13. A power supply control method, comprising:
simultaneously performing discontinuous transmission (DTX) and discontinuous reception (DRX) by a wireless terminal, the DTX comprising a DTX dormant time period and a DTX awake time period, and the DRX comprising a DRX dormant time period and a DRX awake time period;
stop supplying power to at least some circuits of a radio frequency circuit in the wireless terminal in only a part of a time period during which the wireless terminal is in a dormant state, the dormant state comprising the wireless terminal being in both the DTX dormant time period and the DRX dormant time period, the DTX dormant time period comprising a fraction of a DTX period, and the DRX dormant time period comprises a fraction of a DRX period; and
resume supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal when the wireless terminal is in the DTX awake time period or the DRX awake time period.
14. The method of claim 13 , wherein the radio frequency circuit comprises a transmission processing circuit, a reception processing circuit, and an antenna switch, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises at least one of the following:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit;
disconnecting an electronic switch located on a power supply line of the reception processing circuit; or
disconnecting an electronic switch located on a power supply line of the antenna switch.
15. The method of claim 13 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, and stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting the electronic switch located on the power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
16. The method of claim 13 , wherein stop supplying power to the at least some circuits of the radio frequency circuit in the wireless terminal comprises stop supplying power for multiple discontinuous time periods.
17. The method of claim 13 , wherein the radio frequency circuit comprises a transmission processing circuit and a reception processing circuit, stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises disconnecting an electronic switch located on a power supply line of the reception processing circuit, and stop supplying power to at least some circuits of the radio frequency circuit in the wireless terminal comprises:
disconnecting an electronic switch located on a power supply line of the transmission processing circuit; and
disconnecting an electronic switch located on a power supply line of the reception processing circuit.
18. The method of claim 13 , further comprising supplying power to all circuits of the radio frequency circuit in all other time periods than the time period during which power supply to the at least some circuits of the radio frequency circuit is cut off.