초록 ▼

A liquid crystal display element comprising drive circuits 56, 57 integrally formed with a drive element 31 on a substrate 32 and two substrates 32, 33 sealed by a sealing agent 67 to include a drive circuit formed portion with a seal area (120), wherein a spacer 66 for determining the gap between t

A liquid crystal display element comprising drive circuits 56, 57 integrally formed with a drive element 31 on a substrate 32 and two substrates 32, 33 sealed by a sealing agent 67 to include a drive circuit formed portion with a seal area (120), wherein a spacer 66 for determining the gap between the substrates is not contained in a sealing agent but disposed in a display outside area (110). The gap between the electrode substrates is kept constant without damaging the drive circuit and small frame area, so that the liquid crystal device is made compact and lightweight.

대표청구항 ▼

[ What is claimed is:] [1.] A liquid crystal device comprising:a first substrate;a second substrate positioned opposed to said first substrate with a gap between said first and second substrates, said second substrate including on a surface thereof a seal area, an area with an image display area hav

[ What is claimed is:] [1.] A liquid crystal device comprising:a first substrate;a second substrate positioned opposed to said first substrate with a gap between said first and second substrates, said second substrate including on a surface thereof a seal area, an area with an image display area having a plurality of pixel electrodes disposed in the image display area and a display outside area located between the seal area and the image display area;a sealing member disposed in the seal area for fixing said first substrate to said second substrate;a liquid crystal layer held between said first and second substrates;driving elements connected to the pixel electrodes disposed in the image display area;a drive circuit for driving the driving elements disposed in at least said seal area; anda plurality of first spacer members and second spacer members arranged around said drive circuit to provide an even cell thickness across the liquid crystal device; said plurality of first spacer members being disposed in the display outside area and said second spacer members being disposed in the image display area,wherein an area of said first spacer members facing the surface of said second substrate per unit area of the image display area is different from an area of said second spacer members facing the surface of said second substrate per unit area of the display outside area, and no member for maintaining the gap between said first and second substrates is disposed on said driver circuit.