Method for manufacturing color filter substrate
AssigneeWuhan China Star Optoelectronics Technology Co., Ltd.
InventorsYafeng LI, Jinfang WU
Life of this patent
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Abstract
The present invention provides a method for manufacturing a color filter substrate, the method comprises providing a substrate body with a surface of the substrate body having the pixel unit areas; defining a dividing line on the substrate body; defining a dividing line on the substrate body; marking two sides of the auxiliary area as a predetermined displaying area and a predetermined shielding area, marking first regions in the predetermined displaying area, marking second regions in the predetermined shielding area, and marking third regions in other areas; and forming a shielding layer in each of the second regions and at least one third region.
Claims20
A method for manufacturing a color filter substrate, a surface of the color filter substrate comprising a plurality of pixel unit areas, each of the pixel unit areas is corresponding to one pixel unit of an array substrate, the method comprising:
- providing a substrate body, wherein a surface of the substrate body comprises the pixel unit areas, each of the pixel unit areas comprises three sub pixel areas including a red sub pixel area, a green sub pixel area, and a blue sub pixel area, all of the red sub pixel area, the green sub pixel area, and the blue sub pixel area have an identical height and an identical area;
- defining a dividing line on the substrate body, wherein the dividing line is a smooth curve;
- defining an auxiliary area according to the dividing line, wherein the auxiliary area extends along the dividing line, and the dividing line passes through the auxiliary area;
- marking one side of the auxiliary area as a predetermined displaying area, marking each of the pixel unit areas arranged in the as a first region, marking the other side of the auxiliary area as a predetermined shielding area, marking each of the pixel unit areas arranged in the predetermined shielding area as a second region, and marking each of the pixel unit areas having a part arranged in the auxiliary area as a third region;
- and
- forming a shielding layer in each of the second regions and at least one third region.
A method for manufacturing a color filter substrate, a surface of the color filter substrate comprising a plurality of pixel unit areas, each of the pixel unit areas is corresponding to one pixel unit of an array substrate, the method comprising:
- providing a substrate body, wherein a surface of the substrate body comprises the pixel unit areas, each of the pixel unit areas comprises three sub pixel areas including a red sub pixel area, a green sub pixel area, and a blue sub pixel area;
- defining a dividing line on the substrate body, wherein the dividing line is a smooth curve;
- defining an auxiliary area according to the dividing line, wherein the auxiliary area extends along the dividing line, and the dividing line passes through the auxiliary area;
- marking one side of the auxiliary area as a predetermined displaying area, marking each of the pixel unit areas arranged in the predetermined displaying area as a first region, marking the other side of the auxiliary area as a predetermined shielding area, marking each of the pixel unit areas arranged in the predetermined shielding area as a second region, and marking each of the pixel unit areas having a part arranged in the auxiliary area as a third region;
- and
- forming a shielding layer in each of the second regions and at least one third region.
A method for manufacturing a color filter substrate, a surface of the color filter substrate comprising a plurality of pixel unit areas, each of the pixel unit areas is corresponding to one pixel unit of an array substrate, the method comprising:
- providing a substrate body, wherein a surface of the substrate body comprises the pixel unit areas;
- defining a dividing line on the substrate body, wherein the dividing line is a smooth curve;
- defining an auxiliary area according to the dividing line, wherein the auxiliary area extends along the dividing line, and the dividing line passes through the auxiliary area;
- marking one side of the auxiliary area as a predetermined displaying area, marking each of the pixel unit areas arranged in the predetermined displaying area as a first region, marking the other side of the auxiliary area as a predetermined shielding area, marking each of the pixel unit areas arranged in the predetermined shielding area as a second region, and marking each of the pixel unit areas having a part arranged in the auxiliary area as a third region;
- and
- forming a shielding layer in each of the second regions and at least one third region.
Dependencies are inferred from the claim text.