Driving method of display panel, display panel and display device

A display panel, wherein the display panel comprises:

• M pixel-rows arranged in a first direction, wherein M is a positive integer;
• a first driving circuit and a second driving circuit, wherein the first driving circuit comprises a plurality of first shift registers in cascade, and the second driving circuit comprises a plurality of second shift registers in cascade;
• M driving signal wires, wherein each one of the M driving signal wires drives a respective one of the M pixel-rows, the M driving signal wires comprise m first driving signal wires and n second driving signal wires, m and n are both positive integers, and m+n=M;
• the first driving signal wires are electrically connected to output terminals of respective first shift registers, and the second driving signal wires are electrically connected to output terminals of respective second shift registers;
• a first clock signal wire pair and a second clock signal wire pair, wherein the first clock signal wire pair and the second clock signal wire pair each comprise two clock signal wires, the first clock signal wire pair is configured to control an operation of the first driving circuit, and the second clock signal wire pair is configured to an control operation of the second driving circuit;
• a plurality of touch electrodes configured to transmit touch signals in a touch phase;
• a display driving module configured to
• provide a first clock signal with a first period length to the first clock signal wire pair, to control the operation of the first driving circuit;
• provide a second clock signal with a second period length to the second clock signal wire pair, to control the operation of the second driving circuit;
• wherein each of the first period length and the second period length is composed of widths of one high-level signal and one low-level signal that are adjacent and continuous;
• and
• control the display panel to execute a plurality of display phases;
• wherein in the display phase, one clock signal group controls N driving signal wires to provide driving signals to N pixel-rows arranged in sequence, wherein N is a positive integer and N≥3;
• the N driving signal wires comprise a first driving signal wire connected to the first shift register and a second driving signal wire connected to the second shift register, and the clock signal group comprises N effective clock signals provided jointly by the first clock signal wire pair and the second clock signal wire pair;
• and
• a touch function module configured to control the display panel to execute the touch phase between two adjacent display phases.

A display device, comprising a display panel, wherein the display panel comprises:

• M pixel-rows arranged in a first direction, wherein M is a positive integer;
• a first driving circuit and a second driving circuit, wherein the first driving circuit comprises a plurality of first shift registers in cascade, and the second driving circuit comprises a plurality of second shift registers in cascade;
• M driving signal wires, wherein each one of the driving signal wires drives a respective one of the M pixel-rows, the M driving signal wires comprise m first driving signal wires and n second driving signal wires, m and n are both positive integers, and m+n=M;
• and the first driving signal wires are electrically connected to output terminals of respective first shift registers, and the second driving signal wires are electrically connected to output terminals of respective second shift registers;
• a first clock signal wire pair and a second clock signal wire pair, wherein the first clock signal wire pair and the second clock signal wire pair each comprise two clock signal wires, the first clock signal wire pair is configured to control operation of the first driving circuit, and the second clock signal wire pair is configured to control operation of the second driving circuit;
• a plurality of touch electrodes configured to transmit touch signals in a touch phase;
• a display driving module configured to
• provide a first clock signal with a first period length to the first clock signal wire pair, to control the operation of the first driving circuit;
• provide a second clock signal with a second period length to the second clock signal wire pair, to control the operation of the second driving circuit;
• wherein each of the first period length and the second period length is composed of widths of one high-level signal and one low-level signal that are adjacent and continuous;
• and
• control the display panel to execute a plurality of display phases;
• wherein in the display phase, one clock signal group controls N driving signal wires to provide driving signals to N pixel-rows arranged in sequence, wherein N is a positive integer and N≥3;
• and the N driving signal wires comprises a first driving signal wire connected to the first shift register and a second driving signal wire connected to the second shift register, and the clock signal group comprises N effective clock signals provided jointly by the first clock signal wire pair and the second clock signal wire pair;
• and
• a touch function module configured to control the display panel to execute a touch phase between two adjacent display phases.