Shield for electrosurgical device

• US 4,949,734 A
• Filed: 08/25/1988
• Issued: 08/21/1990
• Est. Priority Date: 08/25/1988
• Status: Expired due to Fees

• Current Assignee: Gerald Bernstein
• Original Assignee: Gerald Bernstein
• Inventors: Bernstein, Gerald
• Primary Examiner(s): Cohen, Lee S.
• Assistant Examiner(s): SHAY, DAVID M
• Application Number:
  US07/236,501
• Time in Patent Office: 726 Days
• Field of Search: 128/303.1, 128/303.11-303.19, 128/846, 128/847, 604/162, 604/192, 604/283, 219/121.43, 606/32, 606/41-52
• US Class Current: 128/897
• CPC Class Codes: A61B 90/05 Splash shields for protection of the surgeon, e.g. splash guards connected to the apparatus A41D13/11 takes precedence

Abstract

A transparent shield for the electrode of an electrosurgical device. The shield is designed to prevent the spray of blood and splatter of tissue generated during electrosurgery from being deposited upon the surgeon using the device and is particularly adapted to protect the face and eyes of the surgeon against contact by such airborne fluids and particles. The shield is adapted to be mounted upon a wide variety of electrodes or electrosurgical instruments and may be curved for use with curved electrodes. The shield may also be curved in the transverse direction along its length to better confine spray and splatter.

Claims

1. A spray shield for an electrosurgical unit having an electrode extending from a holder comprising:

transparent barrier means, positioned between the electrode and the operator of the electrosurgical unit during use when the electrode contacts a work area on a patient for capturing a portion of the matter emanating from the work surface, said barrier means transversely subtending an angle of at least 45°

about the electrode; and

mounting means integral with said barrier means for mounting said spray shield on said electrosurgical unit to hold said spray shield in said position between the electrode and the operator during use of the electrosurgical unit.

2. The spray shield of claim 1 wherein said transparent barrier means extends longitudinally along said electrode to a point substantially adjacent to but spaced from the electrode tip.

3. The spray shield of claim 1 wherein said transparent barrier means extends longitudinally along said electrode toward the tip of the electrode and is curved transversely to partially surround said electrode and tip.

4. The spray shield of claim 1 wherein said electrode is curved along a longitudinal axis thereof and said spray shield is correspondingly curved to allow said transparent barrier means to be positioned between the patient contacting tip of the electrode on said work area and said operator.

5. The spray shield of claim 1 wherein said spray shield is made of electrically nonconductive material.

6. The spray shield of claim 1 wherein said mounting means comprises resilient clamping means for gripping said electrode.

7. The spray shield of claim 6 wherein said mounting means comprises means extending transversely from said transparent barrier means distal from the end of said barrier means adjacent a tip of the electrode;

said means including opening means for resiliently engaging said electrode.

8. The spray shield of claim 7 wherein said mounting means includes opening means sized to resiliently engage electrodes of differing diameter.

9. A device for intercepting spray or splatter of blood or tissue produced during contact of the tip of an electrode of an electrosurgical unit with the skin or other body portion of a patient to prevent the spray or splatter from being deposited on the user of the electrosurgical unit, comprising:

a transparent barrier removably mounted on said electrosurgical unit and extending adjacent the patient contacting electrode tip and between said tip and the user of the electrosurgical unit for capturing a portion of the matter emanating from the work surface, said barrier means transversely subtending an angle of at least 45°

about the electrode.

10. The device of claim 9, wherein said transparent barrier is formed of a material that may be sterilized prior to use.

11. The device of claim 9, including means for mounting said transparent barrier means adjacent said electrode tip comprising resilient means for engaging said electrode.

12. The device of claim 9, wherein said transparent barrier means extends longitudinally along said electrode toward the tip of the electrode and is curved transversely to partially surround said electrode and tip.

13. A spray shield for an electrosurgical unit having an electrode extending from a holder, comprising:

transparent barrier means adapted to be positioned between the electrode and the operator of the electrosurgical unit during use when the electrode contacts a work area on a patient, said transparent barrier means extending longitudinally along said electrode toward a tip of the electrode and curved transversely to partially surround said electrode and tip; and

mounting means integral with said barrier means for mounting said spray shield on said electrosurgical unit to hold said spray shield on said electrosurgical unit in said position between the electrode and the operator during use of the electrosurgical unit.

14. The spray shield of claim 13, wherein the electrode is curved along a longitudinal axis thereof, and said spray shield is correspondingly curved to allow said transparent barrier means to be positioned between the patient contacting tip of the electrode on the work area and the operator.

15. The spray shield of claim 13, wherein said spray shield is made of electrically nonconductive material.

16. The spray shield of claim 13, wherein said mounting means comprises resilient clamping means adapted to grip the electrode.

17. The spray shield of claim 16, wherein said mounting means comprises means extending transversely from said transparent barrier means distal from the end of said barrier means adjacent the tip of the electrode, and said means includes opening means adapted to resiliently engage the electrode.

18. The spray shield of claim 17, wherein said mounting means includes opening means sized to resiliently engage electrodes of differing diameters.

19. A spray shield for an electrosurgical unit having an electrode extending from a holder, comprising:

transparent barrier means for positioning between the electrode and the operator of the electrosurgical unit during use when the electrode contacts a work area on a patient; and

mounting means integral with said barrier means adapted to mount said spray shield on the electrode to hold said spray shield in position between the electrode and the operator during use of the electrosurgical unit, said mounting means extending transversely from said transparent barrier means distal from an end of said barrier means adjacent a tip of the electrode and said mounting means including opening means sized to resiliently engage electrodes of differing diameter.

20. The spray shield of claim 19, wherein said transparent barrier means extends longitudinally along said electrode to a point adjacent to but spaced from the electrode tip.

21. The spray shield of claim 19, wherein said transparent barrier means extends longitudinally along the electrode toward the tip of the electrode and is curved transversely to partially surround the electrode and tip.

22. The spray shield of claim 19, wherein the electrode is curved along a longitudinal axis thereof and said spray shield is correspondingly curved to allow said transparent barrier means to be positioned between the patient contacting tip of the electrode on the work area and the operator.