Array substrate for display apparatus, display apparatus, method for producing array substrate for display apparatus, and method for producing display apparatus
A technique disclosed in the present specification relates to reducing failures at repairing a bright pixel defect to be a dark pixel. An array substrate for a display apparatus, in this technique includes an insulating substrate that is transparent, an insulating film at least partly disposed on an upper surface of the insulating substrate and containing silicon oxide or metal oxide as a main component, a first conductive film, a second conductive film spaced apart from the first conductive film, and an insulator portion that is in direct contact with and extends between the first conductive film and the second conductive film. The insulator portion is formed by converting an oxide semiconductor film into an insulator. The insulator portion includes an upper surface or lower surface in direct contact with the insulating film.
1. An array substrate for a display apparatus, comprising:
an insulating substrate that is transparent;
an insulating film at least partly disposed on an upper surface of said insulating substrate and containing silicon oxide or metal oxide as a main component;
a first conductive film;
a second conductive film spaced apart from said first conductive film; and
an insulator portion that is in direct contact with and extends between said first conductive film and said second conductive film, said insulator portion being formed by converting an oxide semiconductor film into an insulator,
wherein said insulator portion includes an upper surface or a lower surface in direct contact with said insulating film, and
wherein a structure shading an ultraviolet ray is not disposed both above and below any position in said insulating film that corresponds to said insulator portion in a plan view.
2. The array substrate for a display apparatus according to claim 1 ,
wherein said insulating film in its entirety is disposed on said upper surface of said insulating substrate, and
wherein said first conductive film and said second conductive film are in direct contact with said upper surface of said insulator portion.
3. The array substrate for a display apparatus according to claim 2 , wherein a structure shading an ultraviolet ray is not disposed below a position in said insulating film that corresponds to said insulator portion.
4. The array substrate for a display apparatus according to claim 1 ,
wherein said insulating film is in direct contact with said upper surface of said insulating substrate and said upper surface of said insulator portion, and
wherein said insulator portion is in direct contact with an upper surface of said first conductive film and an upper surface of said second conductive film.
5. The array substrate for a display apparatus according to claim 4 , wherein a structure shading an ultraviolet ray is not disposed above a position in said insulating film that corresponds to said insulator portion.
6. The array substrate for a display apparatus according to claim 1 , further comprising:
a color filter substrate disposed above said insulating substrate;
an electrode disposed on a lower surface of said color filter substrate;
a conductive spacer connected to said electrode and said first conductive film; and
a pixel electrode connected to said second conductive film.
7. The array substrate for a display apparatus according to claim 1 , wherein said insulator portion has a characteristic of being converted into a conductor by ultraviolet irradiation.
8. The array substrate for a display apparatus according to claim 1 ,
wherein said oxide semiconductor film includes an oxide semiconductor containing InGaZnO, InZnO, InGaO, InSnO, InSnZnO, InGaZnSnO, InAlZnO, InHfZnO, InZrZnO, InMgZnO, or InYZnO.
9. A display apparatus comprising the array substrate for a display apparatus according to claim 1 .
10. The display apparatus according to claim 9 , further comprising:
a color filter substrate disposed above said insulating substrate; and
a black matrix disposed on a lower surface of said color filter substrate,
wherein said black matrix is not disposed above a position in said insulating film that corresponds to said insulator portion in a plan view.
11. An array substrate for a display apparatus, comprising:
an insulating substrate that is transparent;
an insulating film at least partly disposed on an upper surface of said insulating substrate and containing silicon oxide or metal oxide as a main component;
a first conductive film;
a second conductive film spaced apart from said first conductive film;
an insulator portion that is in direct contact with and extends between said first conductive film and said second conductive film, said insulator portion being formed by converting an oxide semiconductor film into an insulator; and
a transistor,
wherein said insulator portion includes an upper surface or a lower surface in direct contact with said insulating film,
wherein said first conductive film is connected to a drain electrode of said transistor, and
wherein said second conductive film is connected to a gate wire of said transistor.
12. An array substrate for a display apparatus, comprising:
an insulating substrate that is transparent;
an insulating film at least partly disposed on an upper surface of said insulating substrate and containing silicon oxide or metal oxide as a main component;
a first conductive film;
a second conductive film spaced apart from said first conductive film; and
an insulator portion that is in direct contact with and extends between said first conductive film and said second conductive film, said insulator portion being formed by converting an oxide semiconductor film into an insulator,
said array substrate for a display apparatus having a fringe field switching (FFS) structure,
said array substrate for a display apparatus further comprising a transistor,
wherein said insulator portion includes an upper surface or a lower surface in direct contact with said insulating film,
wherein said first conductive film is connected to a drain electrode of said transistor, and
wherein said second conductive film is connected to a common electrode.