Communication system capable of adjusting consumed power
A technology for power consumption and communication system, which is applied in the field of communication systems that can adjust power consumption, and can solve the problems of uneconomical, redundant power consumption of built-in transceivers, etc.
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example 1
[0030] Example 1: At the initial time, all power states are power supply states.
[0031] Until the incoming end 113 detects that no connection information is coming in through the receiving interface 13, the first transceiver device 11 switches the transmitting end 111 and the receiving end 112 to the power-saving state, thus causing no information to be transmitted to the second transceiver device 12. 收端122。 The receiving end 122. Therefore, the second transceiver device 12 also switches the transmitting end 121 and the receiving end 122 to a power saving state. At this time, the transceiver 11 and 12 cannot communicate.
[0032] Then, until the incoming end 113 detects that there is a connection message coming in through the receiving interface 13, the first transceiver device 11 will switch the transmitting end 111 and the receiving end 112 to the power supply state again, which will make the second transceiver device 12 because the receiving end 122 senses that there is an in...
example 2
[0033] Example 2: Please refer to figure 2 The communication device 2 also includes a monitoring interface 25, so that the second transceiver device 12 can know the working status of the first transceiver device 11 at any time. At the initial time, all power states are power supply states.
[0034] Until the incoming end 113 detects that there is no incoming connection message, the first transceiving device 11 switches the transmitting end 111 and the receiving end 112 to the power saving state. Then, the second transceiving device 12 learns through the monitoring interface 25 that the first transceiving device 11 is in the power-saving state, and the transmitting terminal 121 and the receiving terminal 122 are switched to the power-saving state.
[0035] Then, until the incoming end 113 detects that there is a connection message incoming, the first transceiver device 11 switches the transmitting end 111 and the receiving end 112 to the power supply state. Then, the second transc...
example 3
[0037] Example 3: Please refer to figure 2 The communication device 2 also includes a monitoring interface 25, so that the second transceiver device 12 can command the first transceiver device 11 to enter which power state. At the initial time, all power states are power supply states.
[0038] When the second transceiver device 12 commands to enter the power saving state, the first transceiver device 11 switches the transmitter 111 and the receiver 112 to the power saving state, and the second transceiver device 12 also switches the transmitter 121 and the receiver 122 to power saving status.
[0039] When the second transceiver device 12 commands to enter the power supply state, the first transceiver device 11 switches the transmitting terminal 111 and the receiving terminal 112 to the power supply state, and the second transceiver device 12 also switches the transmitting terminal 121 and the receiving terminal 122 to the power supply state.
[0040] In addition, in this example,...
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