Color optical printer head having a liquid crystal layer

Claim 2

A color optical printer head comprising: a liquid crystal, two glass substrates, said liquid crystal being sealed between said glass substrates, polarizing plates mounted on outer surfaces of said glass substrates, liquid crystal shutter arrays having plural transparent electrodes arranged in an opposing manner on said two glass substrates on the side contacting said liquid crystal, and color filter layers mounted at locations where transparent electrodes are formed to act as an optical shutter when a predetermined voltage is selectively applied between said opposing transparent electrodes, said color filter layers being of different colors corresponding to the colors to be resolved and being interposed between one of said glass substrates and the transparent electrodes on said one glass substrate.

Claim 3

A color optical printer head according to claim 1, wherein said color filter layer comprises colored resin layers or laminations thereof, and a transparent layer coating said layers or laminations so as to make the distance between opposing electrodes uniform over the whole surface of the shutter arrays.

Claim 4

A color optical printer head according to claim 2, wherein said transparent layer is a layer of photosensitive resin.

Claim 5

A color optical printer head according to claim 3, wherein said photosensitive resin layer is a photohardening resin and comprises a polymer including an unsaturated bond group which is expressed as --CH═CR--CO-- (wherein R denotes hydrogen atom, alkyl group, cyano group, or allyl group).

Claim 6

A color optical printer head according to claim 4, wherein said polymer is selected from the group consisting of polyester, polyamide, and polycarbonate.

Claim 7

A color optical printer head according to claim 2, wherein photosensitive resin is located between the layers forming said color filters.

Claim 8

A color optical printer according to claim 6, wherein said photosensitive resin between the layers forming said color filter layers is the same photosensitive resin as said coating layer.

Claim 9

A color optical printer head according to claim 2, wherein said laminated colored resin layers are layers preventing color mixture.

Claim 10

A color optical printer head according to claim 2, wherein said coating layer includes a transparent layer which prevents alkali ions from entering the liquid crystal.

Claim 11

A color optical printer head comprising: a liquid crystal, two glass substrates, said liquid crystal being sealed between said glass substrates, polarizing plates mounted on outer surfaces of said glass substrates, liquid crystal shutter arrays having plural transparent electrodes arranged in an opposing manner on said two glass substrates on the side contacting said liquid crystal, and color filter layers mounted at locations where transparent electrodes are formed to act as an optical shutter when a predetermined voltage is selectively applied between said opposing transparent electrodes, said color filter layers being of different colors corresponding to the colors to be resolved and being interposed between one of said glass substrates and the transparent electrodes on said one glass substrate, said color filter layer comprising colored resin layers or laminations thereof, and a transparent layer coating said layers or laminations, so as to make the distance between opposing electrodes uniform over the whole surface of the shutter arrays, said transparent layer being a layer of photosensitive resin.

Claim 12

A color optical printer head comprising: a liquid crystal, two glass substrates, said liquid crystal being sealed between said glass substrates, polarizing plates mounted on outer surfaces of said glass substrates, liquid crystal shutter arrays having plural transparent electrodes arranged in an opposing manner on said two glass substrates on the side contacting said liquid crystal, and color filter layers mounted at locations where transparent electrodes are formed to act as an optical shutter when a predetermined voltage is selectively applied between said opposing transparent electrodes, said color filter layers being of different colors corresponding to the colors to be resolved and being interposed between one of said glass substrates and the transparent electrodes on said one glass substrate, said color filter layer comprising colored resin layers or laminations thereof, and a transparent layer coating said layers or laminations, so as to make the distance between opposing electrodes uniform over the whole surface of the shutter arrays, said transparent layer being a layer of photosensitive resin.

Claim 13

A color optical printer according to claim 10, wherein said photosensitive resin layer is a photohardening resin and comprises a polymer including an unsaturated bond group which is expressed as --CH--CR--CO-- (wherein R denotes hydrogen atom, alkyl group, cyano group, or allyl group).

Claim 14

A color optical printer head according to claim 11, wherein said polymer is selected from the group consisting of polyester, polyamide, and polycarbonate.

Claim 15

A color optical printer head comprising: a liquid crystal, two glass substrates, said liquid crystal being sealed between said glass substrates, polarizing plates mounted on outer surfaces of said glass substrates, liquid crystal shutter arrays having plural transparent electrodes arranged in an opposing manner on said two glass substrates on the side contacting said liquid crystal, and color filter layers mounted at locations where transparent electrodes are formed to act as an optical shutter when a predetermined voltage is selectively applied between said opposing transparent electrodes, said color filter layers being of different colors corresponding to the colors to be resolved and being interposed between one of said glass substrates and the transparent electrodes on said one glass substrate, said color filter layer comprising colored resin layers or laminations thereof, and a transparent layer coating said layers or laminations, so as to make the distance between opposing electrodes uniform over the whole surface of the shutter arrays, photosensitive resin being located between the layers forming said color filter layers and being the same photosensitive resin as said transparent layer.

Claim 16

A color optical printer head comprising: a liquid crystal, two glass substrates, said liquid crystal being sealed between said glass substrates, polarizing plates mounted on outer surfaces of said glass substrates, liquid crystal shutter arrays having plural transparent electrodes arranged in an opposing manner on said two glass substrates on the side contacting said liquid crystal, and color filter layers mounted at locations where transparent electrodes are formed to act as an optical shutter when a predetermined voltage is selectively applied between said opposing transparent electrodes, said color filter layers being of different colors corresponding to the colors to be resolved and being interposed between one of said glass substrates and the transparent electrodes on said one glass substrate, said color filter layer comprising colored resin layers or laminations thereof, and a transparent layer coating said layers or laminations, so as to make the distance between opposing electrodes uniform over the whole surface of the shutter arrays, photosensitive resin being located between the layers forming said color filter layers and being the same photosensitive resin as said transparent layer.