Driving circuit, electronic device and communication method therefor

A communication method for an electronic device, the communication method comprising:

• sending a touch turn-off command to a driver board of the electronic device when the electronic device enters a sleep mode, the touch turn-off command being used to turn off a touch function of a touch panel of the electronic device;
• controlling the driver board to be powered off after a first preset time from sending the touch turn-off command;
• and
• receiving second response information from the driver board before the driver board is powered off, the second response information being sent by the driver board in response to the touch turn-off command;
• the communication method further comprises:
• controlling the driver board to be powered on when the electronic device enters a working mode;
• sending a touch turn-on command to the driver board of the electronic device after a second preset time from the driver board is powered on, the touch turn-on command being used to turn on the touch function of the touch panel of the electronic device;
• and
• receiving third response information from the driver board, the third response information being sent by the driver board in response to the touch turn-on command.

A non-transitory computer-readable storage medium, having stored computer program instructions that, when executed on a computer, cause the computer to:

• send a touch turn-off command to a driver board of the computer in response to an operation causing the computer to enter a sleep mode, the touch turn-off command being used to turn off a touch function of a touch panel of the computer;
• control the driver board to be powered off after a first preset time from sending the touch turn-off command;
• and receive second response information from the driver board before the driver board is powered off, the second response information being sent by the driver board in response to the touch turn-off command;
• the non-transitory computer-readable storage medium further having stored computer program instructions that, when executed on a computer, cause the computer to:
• control the driver board to be powered on when the electronic device enters a working mode;
• send a touch turn-on command to the driver board of the electronic device after a second preset time from the driver board is powered on, the touch turn-on command being used to turn on the touch function of the touch panel of the electronic device;
• and receive third response information from the driver board, the third response information being sent by the driver board in response to the touch turn-on command.