Phacoemulsification sleeve

• US 5,645,530 A
• Filed: 08/28/1995
• Issued: 07/08/1997
• Est. Priority Date: 08/28/1995
• Status: Expired due to Fees

• Current Assignee: Alcon Manufacturing Limited (Alcon Incorporated)
• Original Assignee: Alcon Laboratories Incorporated (Alcon Incorporated)
• Inventors: Boukhny, Mikhail, Capetan, Thomas G.
• Primary Examiner(s): Bockelman, Mark
• Application Number:
  US08/494,270
• Time in Patent Office: 680 Days
• Field of Search: 138/121, 138/173, 604/22, 604/263, 604/264, 604/280, 604/192, 604/195, 604/198, 604/216, 604/164, 604/174, 604/93, 604/116, 604/175, 606/107, 606/108, 606/162, 222/95, 222/96
• US Class Current: 604/22
• CPC Class Codes: A61B 2017/320084 Irrigation sleeves
• CPC Class Codes: A61B 2017/3419 Sealing means between cannula and body
• CPC Class Codes: A61B 2017/3492 against the outside of the body
• CPC Class Codes: A61F 9/00745 using mechanical vibrations, e.g. ultrasonic

Abstract

A phacoemulsification sleeve having a centering ring isolated within an outer shell. A bellows-like sleeve between the handpiece and the outer shell provides a fluid path for the irrigating fluid.

Claims

1. A phacoemulsification sleeve, comprising:

i) a rigid sleeve having a bore, an outwardly extending ring held within the bore and a flange on an end of said sleeve for preventing the sleeve from being dislodged from a phacoemulsification incision when inserted therein, the rigid sleeve being sized and shaped to fit within a phacoemulsification incision; and

ii) a flexible irrigation bellows connected to the rigid sleeve forming an irrigation fluid path, the irrigation fluid path extending through the sleeve and into the phacoemulsification incision when said sleeve is inserted into a phacoemulsification incision.

2. The phacoemulsification sleeve of claim 1 wherein the ring is centered within the sleeve.

3. The phacoemulsification sleeve of claim 1 wherein the rigid sleeve and ring are formed as a single piece.

4. The phacoemulsification sleeve of claim 3 wherein the rigid sleeve and the ring comprise stainless steel.

5. The phacoemulsification sleeve of claim 3 wherein the rigid sleeve and the ring comprise titanium.

6. The phacoemulsification sleeve of claim 1 wherein the flexible irrigation bellows comprises silicone rubber.

7. The phacoemulsification sleeve of claim 1 wherein the rigid sleeve is elliptical.

8. A phacoemulsification handpiece comprising:

i) a body having ultrasonic vibration means;

ii) a vibrating phacoemulsification cutting tip connected to the body and extending from the handpiece;

iii) a rigid sleeve having a bore and a ring held within the bore positioned so that the cutting tip passes through the ring; and

iv) a flexible irrigation bellows having two ends connected to the rigid sleeve on a first end and to the body on a second end, the bellows forming an irrigation fluid path around the cutting tip and through the rigid sleeve.

9. The phacoemulsification handpiece of claim 8 wherein the ring is centered within the sleeve.

10. The phacoemulsification handpiece of claim 8 wherein the rigid sleeve and ring are formed as a single piece.

11. The phacoemulsification handpiece of claim 10 wherein the rigid sleeve and the ring comprise stainless steel.

12. The phacoemulsification handpiece of claim 10 wherein the rigid sleeve and the ring comprise titanium.

13. The phacoemulsification handpiece of claim 8 wherein the flexible irrigation bellows comprises silicone rubber.

14. The phacoemulsification handpiece of claim 8 wherein the rigid sleeve is elliptical.

15. A phacoemulsification sleeve comprising:

i) a rigid, elliptical sleeve having a bore and a ring held within the bore by at least two inwardly extending plates, the rigid sleeve and ring formed as a single piece, the rigid sleeve being sized and shaped to fit within a phacoemulsification incision; and

ii) a flexible irrigation bellows connected to the rigid sleeve forming an irrigation fluid path, the irrigation fluid path extending through the sleeve and into the phacoemulsification incision when said sleeve is inserted into a phacoemulsification incision.

16. The phacoemulsification sleeve of claim 15 wherein the ring is centered within the sleeve.

17. The phacoemulsification sleeve of claim 15 wherein the rigid sleeve and the ring comprise stainless steel.

18. The phacoemulsification sleeve of claim 15 wherein the rigid sleeve and the ring comprise titanium.

19. The phacoemulsification sleeve of claim 15 wherein the flexible irrigation bellows comprises silicone rubber.

20. A phacoemulsification sleeve comprising:

i) a rigid sleeve having, an outer side, a bore and a ring held spaced from said rigid sleeve within the bore, the rigid sleeve being sized and shaped to fit within a phacoemulsification incision;

ii) a compliant member attached to the outer side of the rigid sleeve so as to form a fluid tight seal across the bore; and

iii) a means for providing irrigation fluid through the compliant member extending through said compliant member between the ring and the sleeve.

21. The phacoemulsification sleeve of claim 20 wherein the ring is centered within the sleeve.

22. The phacoemulsification sleeve of claim 20 wherein the rigid sleeve and ring are formed as a single piece.

23. The phacoemulsification sleeve of claim 22 wherein the rigid sleeve and the ring comprise stainless steel.

24. The phacoemulsification sleeve of claim 22 wherein the rigid sleeve and the ring comprise titanium.

25. The phacoemulsification sleeve of claim 20 wherein the compliant member comprises silicone rubber.

26. The phacoemulsification sleeve of claim 20 wherein the rigid sleeve is elliptical.