A liquid crystal display device, comprising: a lower substrate, an upper substrate, and a liquid crystal layer disposed between the lower substrate and the upper substrate, wherein the lower substrate comprises: a plurality of pixel areas disposed in a matrix manner, the pixel areas including subpixels comprising pixel electrodes and common electrodes each subpixel comprising a thin film transistor; non-aperture areas surrounding aperture areas in the pixel areas; a contact hole area provided within the non-aperture area of each subpixel at the vicinity of the thin film transistor, a contact hole connecting the thin film transistor to the pixel electrode and a common contact hole connecting the common electrode to a common line being disposed within each contact hole area; a first color filter disposed in the non-aperture area and the aperture area of a first subpixel in the pixel areas, except in the contact hole area; and a second color filter disposed in the non-aperture area and the aperture area of a second subpixel in the pixel areas, except in the contact hole area; wherein the first and the second color filter overlap in the non-aperture area; wherein the upper substrate comprises, at said overlap areas: gap column spacers configured to keep the gap of the liquid crystal layer in uniform condition; and push column spacers separated from the lower substrate and configured to sustain the gap when a pressing force is applied to a surface of the display device. a lower substrate, an upper substrate, and a liquid crystal layer disposed between the lower substrate and the upper substrate, wherein the lower substrate comprises: a plurality of pixel areas disposed in a matrix manner, the pixel areas including subpixels comprising pixel electrodes and common electrodes each subpixel comprising a thin film transistor; non-aperture areas surrounding aperture areas in the pixel areas; a contact hole area provided within the non-aperture area of each subpixel at the vicinity of the thin film transistor, a contact hole connecting the thin film transistor to the pixel electrode and a common contact hole connecting the common electrode to a common line being disposed within each contact hole area; a first color filter disposed in the non-aperture area and the aperture area of a first subpixel in the pixel areas, except in the contact hole area; and a second color filter disposed in the non-aperture area and the aperture area of a second subpixel in the pixel areas, except in the contact hole area; a plurality of pixel areas disposed in a matrix manner, the pixel areas including subpixels comprising pixel electrodes and common electrodes each subpixel comprising a thin film transistor; non-aperture areas surrounding aperture areas in the pixel areas; a contact hole area provided within the non-aperture area of each subpixel at the vicinity of the thin film transistor, a contact hole connecting the thin film transistor to the pixel electrode and a common contact hole connecting the common electrode to a common line being disposed within each contact hole area; a first color filter disposed in the non-aperture area and the aperture area of a first subpixel in the pixel areas, except in the contact hole area; and a second color filter disposed in the non-aperture area and the aperture area of a second subpixel in the pixel areas, except in the contact hole area; wherein the first and the second color filter overlap in the non-aperture area; wherein the upper substrate comprises, at said overlap areas: gap column spacers configured to keep the gap of the liquid crystal layer in uniform condition; and push column spacers separated from the lower substrate and configured to sustain the gap when a pressing force is applied to a surface of the display device. gap column spacers configured to keep the gap of the liquid crystal layer in uniform condition; and push column spacers separated from the lower substrate and configured to sustain the gap when a pressing force is applied to a surface of the display device.