Plastic color filter manufacturing method and color filter manufactured in the manufacturing method

A plastic color filter comprising:

• a plastic film substrate;
• a plurality of electrodes formed on said plastic film substrate;
• an insulating layer formed on said plurality of electrodes formed on said plastic film substrate, said insulating layer having a plurality of electrode connecting holes formed therein;
• and
• conductive color filter layers formed on said plurality of electrodes, respectively, by an electrochemical method, as a result of selected electrodes of said plurality of electrodes being connected to an external circuit via respective ones of said plurality of connecting holes, in turn,
• wherein a value obtained as a result of subtracting a width of each one of the plurality of electrode connecting holes from a width of a respective one of the plurality of electrodes is large enough so that a position of the electrode connecting hole is prevented from deviating from a position of the electrode even when the plastic film substrate expands or contracts maximally.

A color liquid-crystal display device comprising:

• two substrates;
• and
• an electrooptic-material layer, a light transmitting condition thereof being electrically controlled, said electrooptic material layer being sandwiched by said two substrates,
• wherein, as a result of an electric field being applied to said electrooptic-material layer by a plurality of electrodes, on which conductive color filter layers are formed, said electrooptic-material layer displays information, and
• wherein at least one of said two substrate comprises a plastic color filter, said plastic color filter comprising:
• a plastic film substrate;
• said plurality of electrodes formed on said plastic film substrate;
• an insulating layer formed on said plurality of electrodes formed on said plastic film substrate, said insulating layer having a plurality of electrode connecting holes formed therein;
• and
• said conductive color filter layers formed on said plurality of electrodes, respectively, by an electrochemical method, as a result of selected electrodes of said plurality of electrodes being connected to an external circuit via respective ones of said plurality of connecting holes, in turn,
• wherein a value obtained as a result of subtracting a width of each one of the plurality of electrode connecting holes from a width of a respective one of the plurality of electrodes is large enough so that a position of the electrode connecting hole is prevented from deviating from a position of the electrode even when the plastic film substrate expands or contracts maximally.