Radiographic detector readout

1. A flexible digital radiographic detector comprising:

a flexible photosensor array comprising a two-dimensional array of photosensitive cells each configured to capture an amount of radiographic radiation which altogether forms a radiographic image;

a scintillator layer adjacent a first side of the flexible photosensor array and a flexible substrate adjacent a second side of the photosensor array opposite the first side;

integrated circuit readout electronics coupled to the photosensor array for reading out an amount of radiographic radiation absorbed in each of the photosensitive cells, the integrated circuit readout electronics including electrical detector contacts configured to electrically engage electrical readout device contacts for reading out the radiographic image;

a sealed flexible envelope enclosing the flexible photosensor array, the scintillator layer, the flexible substrate, and the integrated circuit readout electronics; and

a hand carried read out electronics box comprising the electrical readout device contacts to initiate the reading out of the radiographic image captured in the photosensor array.

2. The detector of claim 1 , further comprising a circuit board for supporting the integrated circuit readout electronics, the circuit board comprising the electrical detector contacts.

3. The detector of claim 2 , wherein the hand carried read out electronics box comprises a slot to receive the electrical detector contacts edge of the circuit board.

4. The detector of claim 3 , wherein the board comprises a length about half a length of the slot.

5. The detector of claim 1 , wherein the hand carried read out electronics box comprises a display screen to display the radiographic image captured in the photosensor array.

6. The detector of claim 5 , wherein the hand carried read out electronics box comprises a printer to print the radiographic image captured in the photosensor array.

7. The detector of claim 1 , wherein the flexible envelope includes an adhesive surface for adhering the photosensor array onto a curved surface.

8. A method of operating a flexible digital radiographic (DR) detector having a photosensor array, a scintillator layer adjacent the photosensor array, and a flexible substrate adjacent the photosensor array, the method comprising:

enclosing the photosensor array, the scintillator layer, and the flexible substrate in a sealed flexible envelope;

adhering one side of the sealed flexible envelope onto a curved structure;

capturing a radiographic image of the curved structure in the photosensor array;

inserting the flexible DR detector into a hand carried portable read out box, the read out box including a digital display; and

reading out and displaying the radiographic image of the curved structure using the read out box.

9. The method of claim 8 , further comprising engaging contacts on the DR detector with contacts in the read out box during the step of inserting.

10. The method of claim 9 , further comprising inserting the flexible DR detector into a slot of the hand carried portable read out box and electrically engaging the contacts in the read out box.

11. The method of claim 8 , wherein the step of adhering comprises placing an adhesive on the one side of the sealed flexible envelope.

12. The method of claim 8 , further comprising printing the radiographic image of the curved structure using a printer in the read out box.

13. A flexible digital radiographic detector comprising:

a flexible photosensor array comprising a two-dimensional array of photosensitive cells each configured to capture an amount of radiographic radiation which altogether forms a radiographic image;

a scintillator layer adjacent a first side of the flexible photosensor array and a flexible substrate adjacent a second side of the photosensor array opposite the first side;

integrated circuit readout electronics coupled to the photosensor array for reading out an amount of radiographic radiation absorbed in each of the photosensitive cells, the integrated circuit readout electronics including electrical detector contacts configured to electrically engage electrical readout device contacts for reading out the radiographic image;

a sealed flexible envelope enclosing the flexible photosensor array, the scintillator layer, and the flexible substrate, wherein the integrated circuit readout electronics are not within the sealed flexible envelope and are electrically connected to the flexible photosensor array through perforations in the sealed flexible envelope; and

a hand carried read out electronics box comprising the electrical readout device contacts to initiate the reading out of the radiographic image captured in the photosensor array.

14. The detector of claim 13 , further comprising a circuit board for supporting the integrated circuit readout electronics, the circuit board comprising the electrical detector contacts.

15. The detector of claim 14 , wherein the hand carried read out electronics box comprises a slot to receive the electrical detector contacts of the circuit board.

16. The detector of claim 15 , wherein the circuit board comprises a length about half a length of the slot.

17. The detector of claim 13 , wherein the hand carried read out electronics box comprises a display screen to display the radiographic image captured in the photosensor array.

18. The detector of claim 17 , wherein the hand carried read out electronics box comprises a printer to print the radiographic image captured in the photosensor array.

19. The detector of claim 13 , wherein the flexible envelope includes an adhesive surface for adhering the photosensor array onto a curved surface.