Abstract A process for producing a liquid-crystal cell which comprises the steps of: (a) providing a curable sealant portion in the periphey of the side of an electrode plate that has an electrode or electrodes; (b) (i) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion, with a spacer being preliminarily provided in said portion; (ii) coating spacer-containing ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion; or (iii) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion and thereafter providing a spacer over said composition; (c) defoaming the coated layer of the liquid-crystal composition by heating during or after evacuation; (d) placing the other electrode plate in such a way that the side of said other electrode plate which has an electrode or electrodes faces the side of said one electrode plate containing the thermally defoamed coated layer of the liquid-crystal composition and compressing the two electrode plates together; and (e) curing said sealant.
A process for producing a liquid-crystal cell which comprises the steps of: (a) providing a curable sealant portion in the periphey of the side of an electrode plate that has an electrode or electrodes; (b) (i) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion, with a spacer being preliminarily provided in said portion; or (ii) coating a spacer-containing ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion; or (iii) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion and thereafter providing a spacer over said composition; (c) defoaming the coated layer of the liquid-crystal composition by heating the coated plate during or after evacuation up to the temperature at which the liquid-crystal composition exhibits an isotropic liquid or nematic phase; (d) placing the other electrode plate in such a way that the side of said other electrode plate which has an electrode or electrodes faces the side of said one electrode plate containing the thermally defoamed coated layer of the liquid-crystal composition and compressing the two electrode plates together; and (e) curing said sealant.
Claim 2
Dependent Claim
185 words
A process for producing a liquid-crystal cell which comprises the steps of: (a) providing a curable sealant portion in the periphey of the side of an electrode plate that has an electrode or electrodes; (b) (i) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion, with a spacer being preliminarily provided in said portion; or (ii) coating a spacer-containing ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion; or (iii) coating a ferroelectric liquid-crystal composition on the portion surrounded by said sealant portion and thereafter providing a spacer over said composition; (c) defoaming the coated layer of the liquid-crystal composition by heating the coated plate during or after evacuation up to the temperature at which the liquid-crystal composition exhibits an isotropic liquid or nematic phase; (d) placing the other electrode plate in such a way that the side of said other electrode plate which has an electrode or electrodes faces the side of said one electrode plate containing the thermally defoamed coated layer of the liquid-crystal composition and compressing the two electrode plates together; and (e) curing said sealant.
Claim 3
Dependent Claim
19 words
A process according to claim 1 which further includes the step of heating the liquid-crystal cell after step (e).