Bipolar electrocoagulator

Claim 2

A bipolar electrical coagulator comprising: a working body of revolution which is introduced into a wound during surgery, said working body of revolution having a peripheral surface; a first electrode secured to said peripheral surface forming a helix and a groove; a second electrode on the body of revolution; electrical leads connected to each of said first and second electrodes; a first current collector disposed on said working body of revolution which is electrically connected to said first electrode; a second current collector disposed on said working body of revolution which is electrically connected to said second electrode; an electrical power supply connected to said first and second current collectors, whereby an electric field is built up between said first electrode and said second electrode to cause blood to coagulate and form coagulant; and an electric drive means connected to said working body of revolution for causing said working body of revolution and said first and said second electrodes to rotate and remove said coagulant by means of said helix into said groove.

Claim 3

The biopolar electrical coagulator according to claim 1 wherein said second electrode is secured to said peripheral surface to form a second helix; and further comprising a two-start helix formed by the helix formed by said first electrode and said second helix, said two-start helix having a helical groove located between said first electrode and said second electrode for removing said coagulant.

Claim 4

The bipolar electric coagulator according to claim 2, wherein said first electrode and said second electrode each has a half-oval cross-sectional configuration.

Claim 5

The bipolar electric coagulator according to claim 1 wherein said groove is provided on said peripheral surface to define a fillet on said surface; and wherein said first electrode is secured to, and flush with said fillet.

Claim 6

The bipolar electric coagulator according to claim 4, wherein said working body of revolution is made of metal and wherein said working body of revolution further comprises an electrical insulation layer insulating said first electrode from said working body of revolution.

Claim 7

The bipolar electric coagulator according to claim 2, wherein said working body of revolution is made of metal and wherein said working body of revolution further comprises an electrical insulation layer insulating said first electrode and said second electrode from said working body of revolution.

Claim 8

The bipolar electric coagulator according to claim 2, wherein said helical groove is provided on said peripheral surface to define fillets on said peripheral surface; and wherein said first and second electrodes are secured to and flush with said fillets.

Claim 9

The bipolar electric coagulator according to claim 2, wherein a two-start helical groove is provided on said peripheral surface to define a first row of fillets and a second row of fillets extending along a helical line; and wherein said first electrode is secured to, and flush with said first row of fillets, and said second electrode is secured to, and flush with said second row of fillets.

Claim 10

The bipolar electric coagulator according to claim 1, wherein a helical groove is provided on said peripheral surface to define fillets on said peripheral surface; a layer of electrical insulation is provided on said fillets; said first electrode is secured to, and flush with said layer of electrical insulation; said working body of revolution is made of metal and defines a second electrode; and wherein said second current collector is electrically connected to said working body of revolution.

Claim 11

The bipolar electric coagulator according to claim 1, wherein the shape of said working body of revolution is the form of a cone.

Claim 12

The bipolar electric coagulator according to claim 1, wherein the shape of said working body of revolution is in the form of an ellipsoid.

Claim 13

The bipolar electric coagulator according to claim 2, wherein the shape of said working body of revolution is in the form of a cone.

Claim 14

The bipolar electric coagulator according to claim 2, wherein the shape of said working body of revolution is in the form of an ellipsoid.

Claim 15

The bipolar electric coagulator according to claim 1, further comprising a cleansing means for cleansing said electric coagulator during surgery, and wherein, said cleansing means is secured in close proximity to said peripheral surface.

Claim 16

A bipolar coagulator comprising: a working body of revolution which is introduced into a wound during surgery, said working body of revolution having a peripheral surface; a helical groove disposed on said peripheral surface to define fillets; a first electrode which is secured to and flush with said fillets along a helical line; a second electrode which is secured to and flush with said fillets along a helical line; electrical leads connected to said first and second electrodes; a first current collector disposed on said working body of revolution which is electrically connected to said first electrode; a second current collector disposed on said working body of revolution which is electrically connected to said second electrode; a power supply source connected to said first and second current collectors, whereby an electric field is built up between said first and said second electrode to cause blood to coagulate and form coagulant; and an electric drive means connected to said working body of revolution for causing said working body of revolution, said helical groove and said first and second electrodes to rotate and remove said coagulant by means of said helix into said groove.

Claim 17

A bipolar coagulator comprising: a working body of revolution which is introduced into a wound during surgery, said working body of revolution having a peripheral surface; a helical groove disposed on said peripheral surface to define fillets; a first electrode which is secured to and flush with said fillets along a helical line; a second electrode which is secured to and flush with said fillets along a helical line; electrical leads connected to said first and second electrodes; a first current collector disposed on said working body of revolution which is electrically connected to said first electrode; a second current collector disposed on said working body of revolution which is electrically connected to said second electrode; a power supply source connected to said first and second current collectors, whereby an electric field is built up between said first and said second electrode to cause blood to coagulate and form coagulant; and an electric drive means connected to said working body of revolution for causing said working body of revolution, said helical groove and said first and second electrodes to rotate and remove said coagulant by means of said helix into said groove.