Apparatus and methods for treating tooth root canals

• US 20100047735A1
• Filed: 11/02/2009
• Published: 02/25/2010
• Est. Priority Date: 12/06/2006
• Status: Abandoned Application

• Current Assignee: Gary J. Pond
• Original Assignee: Gary J. Pond
• Inventors: Pond, Gary J.
• Application Number:
  US12/590,051
• Publication Number:
  US 20100047735A1
• Time in Patent Office: Days
• US Class Current: 433/29
• CPC Class Codes: A61C 5/40 Implements for surgical treatment of the roots or nerves of the teeth; Nerve needles; Methods or instruments for medication of the roots

Abstract

Systems and methods provide for automated, cyclic delivery and evacuation of a treatment or irrigation solution from a tooth root pulp chamber and pulp canals. A manifold has a base member sized and configured to rest on a crown of an instrumented tooth and a top member sized and configured to couple with the base member to define an inlet chamber and an outlet chamber. The distal end of a needle is passed through an opening between the inlet and outlet chambers and extended distally beyond the base member into a pulp canal. The proximal end of the needle includes an opening in fluid communication with the inlet chamber. A solution is transferred from a fluid supply source to the inlet chamber and through the needle into the pulp chamber and pulp canals. The spent solution is evacuated from the pulp chamber and pulp canals through the outlet chamber. The system further includes additional devices, such as a light source, an electrical source, a heat source, for increasing the efficacy of the system.

Claims

1. A tooth root canal treatment system comprising:

a manifold having a base member sized and configured to rest on a crown of a tooth and a top member sized and configured to couple with the base member to define an inlet chamber and an outlet chamber,

means for preventing fluid communication between the inlet chamber and the outlet chamber,

an opening between the inlet and outlet chambers,

a needle having a proximal end and a distal end, the distal end of the needle sized and configured for passage through the opening between the inlet and outlet chambers and extending distally beyond the base member and in fluid communication with the outlet chamber, the proximal end of the needle including an opening in fluid communication with the inlet chamber,

a fluid supply source coupled to the inlet chamber, and

means for increasing the efficacy of the system.

2. The tooth root canal system according to claim 1 wherein said efficacy increasing means further comprises a light source.

3. The tooth root canal system according to claim 2 wherein said light source is located externally of said manifold, said top member comprising a material that allows said light source to enter said manifold.

4. The tooth root canal system according to claim 1 wherein said efficacy increasing means comprises an electrical device.

5. The tooth root canal system according to claim 4 wherein said electrical device comprises:

an electricity source located externally of said manifold; and

an electrode in electrical communication with said electricity source, said electrode capable of entering said root canal.

6. The tooth root canal system according to claim 5, wherein said needle comprises said electrode.

7. The tooth root canal system according to claim 1 wherein said efficacy improving means comprises a heat source.

8. The tooth root canal system according to claim 1 further comprising:

means for maintaining a net negative pressure within the manifold.

9. A tooth root canal treatment system comprising:

a manifold having a base member sized and configured to rest on a crown of a tooth and a top member sized and configured to couple with the base member to define an inlet chamber and an outlet chamber;

means for preventing fluid communication between the inlet chamber and the outlet chamber;

a fluid supply source coupled to the inlet chamber;

means for maintaining a net negative pressure within the manifold; and

means for increasing the efficacy of the system.

10. The tooth root canal system according to claim 9 wherein said efficacy increasing means further comprises a light source.

11. The tooth root canal system according to claim 10 wherein said light source is located externally of said manifold, said top member comprising a material that allows said light source to enter said manifold.

12. The tooth root canal system according to claim 9 wherein said efficacy increasing means comprises an electrical device.

13. The tooth root canal system according to claim 12 wherein said electrical device comprises:

an electricity source located externally of said manifold; and

an electrode in electrical communication with said electricity source, said electrode capable of entering said root canal.

14. The tooth root canal system according to claim 13 further comprising:

a needle having a proximal end and a distal end, the distal end of the needle sized and configured for passage through the opening between the inlet and outlet chambers and extending distally beyond the base member and in fluid communication with the outlet chamber, the proximal end of the needle including an opening in fluid communication with the inlet chamber, said needle comprising said electrode.

15. The tooth root canal system according to claim 9 wherein said efficacy improving means comprises a heat source for heating said fluid.

16. An automated system for treating a tooth root canal having a pulp chamber and pulp canal defining a fluid reservoir, the system comprising:

a tooth manifold having an inlet chamber and an outlet chamber, the inlet chamber being coupleable to a fluid supply source and the outlet chamber being coupleable to an evacuation source,

means for directing fluid from the inlet chamber directly into the pulp canal, bypassing the pulp chamber, and

means for evacuating the fluid from the fluid reservoir through the evacuation chamber; and

means for increasing the efficacy of the system.

17. A system as in claim 16, further comprising:

means for maintaining a net negative pressure within the manifold while directing fluid from the inlet chamber into the pulp canal and while evacuating the fluid from the fluid reservoir.

18. The tooth root canal system according to claim 16 wherein said efficacy increasing means further comprises a light source.

19. The tooth root canal system according to claim 16 wherein said efficacy increasing means comprises an electrical device.

20. The tooth root canal system according to claim 16 wherein said efficacy increasing means comprises a heat source for heating said fluid.