An in-cell capacitive touch panel Liquid Crystal Display module, comprising: a first substrate and a second substrate disposed opposite to each other; a touch layer disposed between the first substrate and the second substrate, wherein the touch layer comprises a plurality of spaced-apart driving lines and a plurality of spaced-apart sensing lines, and wherein the driving lines cross the sensing lines; a common electrode layer disposed between the first substrate and the second substrate and located below the driving lines and the sensing lines, wherein the common electrode layer comprises a plurality of spaced-apart first common electrodes and a plurality of spaced-apart second common electrodes; the driving lines are disposed at intervals between adjacent sensing lines, and the sensing lines are disposed at intervals between adjacent driving lines; the first common electrode is disposed at an interval between two adjacent second common electrodes, and the second common electrode is also disposed at an interval between two adjacent first common electrodes; at least a portion of the driving line overlaps with the first common electrode, and at least a portion of the sensing line overlaps with the second common electrode; and the first common electrodes cross the second common electrodes and are electrically isolated from the second common electrodes; and a control circuit adapted to divide a time period of each frame into a display time period and a touch control time period, supply a same display signal to the first common electrode and the second common electrode during the display time period, supply a first touch control signal to the first common electrode, and supply a second touch control signal to the second common electrode during the touch control time period to make the electric potential of the first common electrode equal to that of the driving line and the electric potential of the second common electrode equal to that of the sensing line; characterized in that the first common electrode and the driving line form a capacitor during the touch control time period whose two plates have equal electric potentials, and the second common electrode and the sensing line form a capacitor during the touch control time period whose two plates have equal electric potentials, so as to shield the noise generated by the LCD screen. a first substrate and a second substrate disposed opposite to each other; a touch layer disposed between the first substrate and the second substrate, wherein the touch layer comprises a plurality of spaced-apart driving lines and a plurality of spaced-apart sensing lines, and wherein the driving lines cross the sensing lines; a common electrode layer disposed between the first substrate and the second substrate and located below the driving lines and the sensing lines, wherein the common electrode layer comprises a plurality of spaced-apart first common electrodes and a plurality of spaced-apart second common electrodes; the driving lines are disposed at intervals between adjacent sensing lines, and the sensing lines are disposed at intervals between adjacent driving lines; the first common electrode is disposed at an interval between two adjacent second common electrodes, and the second common electrode is also disposed at an interval between two adjacent first common electrodes; at least a portion of the driving line overlaps with the first common electrode, and at least a portion of the sensing line overlaps with the second common electrode; and the first common electrodes cross the second common electrodes and are electrically isolated from the second common electrodes; and the common electrode layer comprises a plurality of spaced-apart first common electrodes and a plurality of spaced-apart second common electrodes; the driving lines are disposed at intervals between adjacent sensing lines, and the sensing lines are disposed at intervals between adjacent driving lines; the first common electrode is disposed at an interval between two adjacent second common electrodes, and the second common electrode is also disposed at an interval between two adjacent first common electrodes; at least a portion of the driving line overlaps with the first common electrode, and at least a portion of the sensing line overlaps with the second common electrode; and the first common electrodes cross the second common electrodes and are electrically isolated from the second common electrodes; and a control circuit adapted to divide a time period of each frame into a display time period and a touch control time period, supply a same display signal to the first common electrode and the second common electrode during the display time period, supply a first touch control signal to the first common electrode, and supply a second touch control signal to the second common electrode during the touch control time period to make the electric potential of the first common electrode equal to that of the driving line and the electric potential of the second common electrode equal to that of the sensing line; characterized in that the first common electrode and the driving line form a capacitor during the touch control time period whose two plates have equal electric potentials, and the second common electrode and the sensing line form a capacitor during the touch control time period whose two plates have equal electric potentials, so as to shield the noise generated by the LCD screen.