be reduced fig1 a to g show the driving waveforms of the scanning electrode driving voltage r 1 and signal electrode driving voltage c 1 in the case of displaying all elements of the liquid crystal panel shown in fig2 with making comparison among the driving method a the driving method b and the driving by the first embodiment of the present invention fig1 a and b show the driving wavforms by the driving method a fig1 c and d show the waveforms by the driving method b and fig1 e f and g show the waveforms in the first embodiment as is evident from these figures since the driving frequency in the present invention can be set to be lower than that by the driving method a and to be higher than that by the driving method b it is possible to eliminate the blurs in display also fig2 a to g show the driving waveforms of the scanning electrode voltage r 1 and the signal electrode driving voltage c 1 in the case of displaying all elements of the liquid crystal display panel shown in fig2 with making a comparison among the driving method a the driving method b and the driving by the second embodiment fig2 a and b show the driving waveforms by the driving method a fig2 c and d show the driving waveforms by the driving method b and fig2 e f and g show the driving waveforms in the second embodiment as is evident from these figures since the driving voltage frequency in the present invention can be set to be lower than that by the driving method a and to be higher than that by the driving method b it is possible to eliminate the.