Double-sided display

1. A double-sided display comprising:

a first display panel having a first bonding area and a first display region;

a second display panel, disposed on the back of said first display panel, having a second bonding area and a second display region; and

a flexible printed circuit board having a first edge connector and a second edge connector for electrically connecting with said first bonding area and said second bonding area, respectively, and an opening formed between said first edge connector and said second edge connector to expose said second display region.

2. The double-sided display of claim 1 , wherein said flexible printed circuit board comprises a bending portion adapted for connecting said first display panel and for connecting said second display panel.

3. The double-sided display of claim 2 , wherein said opening is a closed opening.

4. The double-sided display of claim 2 , wherein said opening is a non-closed opening.

5. The double-sided display of claim 1 , further comprising a first integrated circuit and a second integrated circuit disposed on said first display panel and said second display panel, respectively.

6. The double-sided display of claim 1 , further comprising an integrated circuit disposed on said first display panel.

7. The double-sided display of claim 1 , wherein said first display panel and said second display panel are electroluminescene light emitting diode panels.

8. The double-sided display of claim 7 , wherein said electroluminescene panel is an organic light emitting diode panel.

9. The double-sided display of claim 7 , wherein said electroluminescene panel is a polymer light emitting diode panel.

10. The double-sided display of claim 1 , further comprising an integrated circuit disposed on said flexible printed circuit board.

11. The double-sided display of claim 1 , wherein said opening is a closed opening.

12. The double-sided display of claim 1 , wherein said opening is a non-closed opening.

13. A double-sided display comprising:

a first display panel having a first edge connector;

a second display panel having a second edge connector, wherein said first display panel and said second display panel are partially overlapped, and said first edge connector and said second edge connector are exposed; and

a flexible printed circuit board having:

a third edge connector and a fourth edge connector pointing to a same direction;

a bending portion adapted for electrically connecting said third edge connector and said first edge connector, and for electrically connecting said fourth edge connector and second edge connector; and

an opening formed between said third edge connector and said fourth edge connector to expose a portion of said second display panel.

14. The double-sided display of claim 13 , wherein said opening is a closed opening.

15. The double-sided display of claim 13 , wherein said opening is a non-closed opening.

16. The double-sided display of claim 13 , further comprising a first integrated circuit and a second integrated circuit disposed on said first display panel and said second display panel, respectively.

17. The double-sided display of claim 13 , further comprising an integrated circuit disposed on said first display panel.

18. The double-sided display of claim 13 , further comprising an integrated circuit disposed on said flexible printed circuit board.

19. The double-sided displays of claim 13 , wherein said first display panel and said second display panel are electroluminescene panels.

20. The double-sided display of claim 19 , wherein said electroluminescene panel is an organic light emitting diode panel.

21. The double-sided display of claim 19 , wherein said electroluminescene panel is a polymer light emitting diode panel.