Liquid crystal display cell for an electronic timepiece

Claim 2

A liquid crystal display cell for use in an electronic timepiece having combined analog and digital functions, comprising: a first glass substrate including a polygonal profile as viewed in plan, with at least one interior angle of said polygonal profile being within the range 180 degrees to 360 degrees, said first glass substrate including a first region having a first display section, and a second region having a second display section; a second substrate arranged parallel to and adjacent to said first glass substrate, said second glass substrate having a profile identical to said polygonal profile of said first glass substrate as viewed in plan and regions being equal to said first and second regions of said first glass substrate; transparent electrodes deposited upon surfaces of said first and second glass substrates to provide said first and second display sections; a sealant material provided around the periphery of said first and second glass substrates; and a layer of liquid crystal material sealed between said first and second glass substrates by said sealant material; said first and second glass substrates being formed with said polygonal polygonal profile by means of an etching process applied to large plates of glass; said transparent electrodes being deposited upon surfaces of said large plates of glass prior to said etching process being executed; said sealant material being provided on the surfaces of said large plates of glass corresponding to the periphery of said first and second glass substrates, prior to said etching process being executed; said layer of liquid crystal material being sealed between said large plates of glass by said sealant material prior to said etching process being executed.

Claim 3

A liquid crystal display cell for use in an electronic timepiece having combined analog and digital display functions, comprising: a first glass substrate including a polygonal profile as viewed in plan, with at least one interior angle of said polygonal profile being within the range 180 degrees to 360 degrees, said first glass substrate including at least a part of said polygonal profile having a smooth arcuate shape, a first region having a first display section and a second region having a second display section; a second glass substrate arranged parallel to an adjacent to said first glass substrate having a profile identical to said polygonal profile of said first glass substrate as viewed in plan, and regions and a smooth arcuate shaped part being equal to said first and second regions and said part of said first glass substrate, respectively; transparent electrodes deposited upon surfaces of said first and second glass substrates to provide said first and second display sections; a sealant material provided around the periphery of said first and second glass substrates; and a layer of liquid crystal material sealed between said first and second glass substrates by said sealant material; said first and second glass substrates being formed with said polygonal profile by means of an etching process applied to large plates of glass; said transparent electrodes being deposited on surfaces of said large plates of glass prior to said etching process being executed; said sealant material being provided on the surfaces of said large plates of glass corresponding to the periphery of said first and second glass substrates, prior to said etching process being executed; said layer of liquid crystal material being sealed between said large plates of glass by said sealant material prior to said etching process being executed.

Claim 4

A liquid crystal display cell for use in an electronic timepiece having combined analog and digital display functions, comprising: a first glass substrate including a polygonal profile as viewed in plan, with at least one interior angle of said polygonal profile being within the range 180 degrees to 360 degrees, said first glass substrate including at least a part of said polygonal profile having a smooth arcuate shape, a first region having a first display section and a second region having a second display section; a second glass substrate arranged parallel to an adjacent to said first glass substrate having a profile identical to said polygonal profile of said first glass substrate as viewed in plan, and regions and a smooth arcuate shaped part being equal to said first and second regions and said part of said first glass substrate, respectively; transparent electrodes deposited upon surfaces of said first and second glass substrates to provide said first and second display sections; a sealant material provided around the periphery of said first and second glass substrates; and a layer of liquid crystal material sealed between said first and second glass substrates by said sealant material; said first and second glass substrates being formed with said polygonal profile by means of an etching process applied to large plates of glass; said transparent electrodes being deposited on surfaces of said large plates of glass prior to said etching process being executed; said sealant material being provided on the surfaces of said large plates of glass corresponding to the periphery of said first and second glass substrates, prior to said etching process being executed; said layer of liquid crystal material being sealed between said large plates of glass by said sealant material prior to said etching process being executed.