Display apparatus with pixel structure on glass substrate and glass substrate

1. A display apparatus, comprising:

a glass substrate comprising principal surfaces and a side face;

a pixel structure disposed on one principal surface of the principal surfaces of the glass substrate;

an input electrode, disposed on the one principal surface, for inputting a driving signal to the pixel structure;

a back connection member disposed on an other principal surface of the principal surfaces of the glass substrate so as to be electrically connected to the input electrode;

a first insulating layer disposed on the other principal surface, the first insulating layer having a recess and comprising a top face located above a top face of the back connection member;

a pixel-structure placement member on the one principal surface side, the pixel-structure placement member lying between the pixel structure and the glass substrate, a height of a top face of the pixel structure placement member from the one principal surface being smaller than a height of the top face of the first insulating layer from the other principal surface; and

a driver device that generates the driving signal, the driver device being located in the recess without contacting the first insulating layer, the driver device comprising a top face located above the top face of the first insulating layer.

2. The display apparatus according to claim 1 , wherein the back connection member is covered with a second insulating layer, and

a top face of the second insulating layer is located below the top face of the first insulating layer.

3. The display apparatus according to claim 1 , wherein the first insulating layer is located in a position corresponding to a placement position of the pixel structure.

4. The display apparatus according to claim 1 , wherein the driver device is disposed on the other principal surface, and

a top face of a back wiring line for connecting the driver device and the back connection member is located below the top face of the first insulating layer.

5. The display apparatus according to claim 1 , wherein a side wiring line is disposed on a side face of the glass substrate, and

the side wiring line connects the input electrode and the back connection member.

6. The display apparatus according to claim 5 , wherein the back connection member comprises a back electrode and a back cover wiring line, and

the back cover wiring line comprises a material of the side wiring line.

7. A glass substrate, comprising:

a plurality of pixel structures disposed on one principal surface;

an input electrode, disposed on the one principal surface, for inputting a driving signal to the plurality of pixel structures;

a back connection member disposed on an other principal surface so as to be electrically connected to the input electrode;

a first insulating layer on the other principal surface, the first insulating layer lying over an effective region comprising the plurality of pixel structures, the first insulating layer having a recess and comprising a top face located above a top face of the back connection member;

a pixel-structure placement member on the one principal surface side, the pixel-structure placement member lying between the pixel structure and the glass substrate, a height of a top face of the pixel structure placement member from the one principal surface being smaller than a height of the top face of the first insulating layer from the other principal surface; and

a driver device that generates the driving signal, the driver device being located in the recess without contacting the first insulating layer, the driver device comprising a top face located above the top face of the first insulating layer.

8. The glass substrate according to claim 7 , wherein the back connection member is covered with a second insulating layer, and

the top face of the first insulating layer is located above a top face of the second insulating layer.

9. The glass substrate according to claim 7 , wherein the driver device is directly disposed on the other principal surface.

10. The glass substrate according to claim 7 , wherein a side wiring line is disposed on a side face contiguous to the one principal surface and the other principal surface, and

the side wiring line connects the input electrode and the back connection member.

11. A display apparatus, comprising:

a glass substrate comprising principal surfaces and a side face;

a pixel structure disposed on one principal surface side of the principal surfaces of the glass substrate;

a front connection member, comprising an input electrode, disposed on the one principal surface side, the input electrode for inputting a driving signal to the pixel structure;

a back connection member disposed on an other principal surface side of the principal surfaces of the glass substrate, the back connection member electrically connected to the input electrode;

a first insulating layer disposed on the other principal surface side, the first insulating layer having a recess and comprising a top face located above a top face of the back connection member;

a pixel-structure placement member on the one principal surface side, the pixel-structure placement member lying between the pixel structure and the glass substrate, the pixel-structure placement member comprising a top face located above a top face of the front connection member, a height of a top face of the pixel structure placement member from the one principal surface being smaller than a height of the top face of the first insulating layer from the other principal surface; and

a driver device that generates the driving signal, the driver device being located in the recess without contacting the first insulating layer, the driver device comprising a top face located above the top face of the first insulating layer.

12. The display apparatus according to claim 11 , wherein the back connection member and the front connection member are covered with a second insulating layer,

a top face of the second insulating layer, on the other principal surface side, is located below the top face of the first insulating layer, and

a top face of the second insulating layer, on the one principal surface side, is located below the top face of the pixel-structure placement member.