초록 ▼

In a liquid crystal displaying device where the aperture ratio is made higher by using a photocuring adhesive sealant for adhering two substrates, and the contraction of tact time is achieved, a liquid crystal displaying device which is free from inferior curing of the adhesive sealant and is high i

In a liquid crystal displaying device where the aperture ratio is made higher by using a photocuring adhesive sealant for adhering two substrates, and the contraction of tact time is achieved, a liquid crystal displaying device which is free from inferior curing of the adhesive sealant and is high in reliability can be obtained. In two substrates for forming a liquid crystal displaying device, where the substrates have at least one layer of light shielding film, the inferior curing of the photocuring adhesive sealant can be removed by limiting the width of the light shielding film existing above or under the adhesive sealant which glues the two substrates. As this result, a liquid crystal displaying device which is high in aperture ratio and high in reliability can be obtained.

대표청구항 ▼

1. A liquid crystal displaying device interposing a liquid crystal material between first and second substrates each having at least one layer of light shielding film running around a peripheral portion of the liquid crystal displaying device, at least one of said first and second substrates being p

1. A liquid crystal displaying device interposing a liquid crystal material between first and second substrates each having at least one layer of light shielding film running around a peripheral portion of the liquid crystal displaying device, at least one of said first and second substrates being provided with an electrode, wherein the liquid crystal displaying device is manufactured by adhering so that said first and second substrates are oppositely arranged with the photocuring adhesive sealant therebetween, being irradiated with light upon the photocuring adhesive sealant, and overlap between the light shielding film on the first substrate and the light shielding film on the second substrate, the amount of the overlap is 150 .mu.m or less.