ELLIOT HAROLD KORNBERG, M.D.
Radiology at Atlantic Ave, Cocoa Beach, FL

4562596, Jan 7, 1986

Apr 25, 1984

6/603800

Elliot Kornberg - Cocoa Beach FL

A61F 124, A61F 122, A61B 1700

623 1

An aortic graft that is specifically constructed for intraluminal insertion and comprising a flexible hollow, tubular material, having a generally cylindrical shape with an upper end and lower end and having a minor and major axis, and having disposed along its major axis a plurality of parallel struts, the struts having angled hooks with barbs at their upper ends, the upper ends of the struts extending beyond the upper end of the tubular material, thus allowing the graft to be securely attached to the inside of the aorta above the aneurysm. A tubular device for inserting the graft is also disclosed.

5084032, Jan 28, 1992

Apr 16, 1990

7/508721

Elliot Kornberg - Cocoa Beach FL
William R. Tarello - Bethesda MD

A61M 500

604263

A method of using a protective apparatus with an intravenous system and especially an implanted intravenous needle assembly or a Y-junction of a piggy back intravenous system. The protective apparatus includes a protective sheath having an open end and a second end suitable for connection with a fluid introduction source. The sheath includes a slot along its lowest surface and can include a needle extending within a hollow interior defined by the sheath. The sheath features two curved runner sections or a pair of wing-shaped runners which extend from a channel section defining a portion of the slot. The curved runner sections and wing-shaped runners allow for easy insertion of a needle into a taped receptive port of an implanted intravenous needle assembly. An alternate embodiment features two slits with or without an additional channel/elongated aperture combination. The two slits allow for easy insertion of a needle into a taped receptive port while the channel/elongated aperture combination allows for use of the protective sheath with a Y-junction of an intravenous system.

5111828, May 12, 1992

Sep 18, 1990

7/584614

Elliot Kornberg - Cocoa Beach FL
William R. Tarello - Bethesda MD

PEB Biopsy Corporation - Cocoa Beach FL

A61B 1000

128754

A method for percutaneous excisional breast biopsy and a percutaneous excisional breast biopsy device (PEBB device). In one variation of the method, the following steps are conducted: locating a breast lesion by radiographic techniques; positioning and implanting a localizing needle distal to said breast lesion, said localizing needle containing a hooked guide wire; positioning and implanting said hooked guide wire distal to said breast lesion; making a small incision on the surface of the breast at the point where said localizing needle enters the breast; passing a PEBB device over said localizing needle; inserting said PEBB device through said incision; further inserting said PEBB device and pushing aside the breast tissue; positioning said PEBB device to the desired location proximate said lesion; further inserting into the breast a first cutting surface of said PEBB device to the desired location distant said lesion; manipulating a second cutting surface of said PEBB device and cutting the portion of the breast tissue distal to said hooked guide wire to separate a portion of said breast tissue containing all of said lesion; and removing the PEBB device containing said lesion.

5353804, Oct 11, 1994

Mar 17, 1993

8/033785

Elliot Kornberg - Cocoa Beach FL
William R. Tarello - Bethesda MD

PEB Biopsy Corporation - Cocoa Beach FL

A61B 1000

128754

An apparatus for removing suspect breast tissue which includes a penetrating member in the form of a stylet with a tapered front end that can be guided along a localization guide wire. The apparatus also including a first cutting device in the form of a cannula slidingly engaged with the stylet. A driving assembly is in driving engagement with the cannula and, upon activation, potential energy stored in the driving assembly acts to drive the forward end of the cannula forward of the stylet's forward end so as to define a core cavity. A second cutting device which includes a garret wire having a looped section positioned within a recess at the forward end of the cannula is also provided. The driving assembly preferably also acts to rotate the cannula with a cam arrangement such that the cannula rotates when being driven forward. The garret wire is also attached to the rotating cannula such that the wire is drawn up to a stop bead just at the time the cannula reaches its maximum forward extension and further rotation of the cannula results in the contraction of the wire loop and a cutting of a core sample of suspect breast tissue.

5243460, Sep 7, 1993

Nov 8, 1991

7/789582

Elliot Kornberg - Cocoa Beach FL

G02B 2722, G02C 704, G02C 710, H04N 1300

359464

A light filtering system for creating perception of a stereoscopic image from a conventional video image is disclosed. The light filtering system has a first lens formed of a red filter and a second lens formed of a green filter. In a preferred embodiment, the red filter will filter light to the dominant eye while the green filter will filter light to the non-dominant eye. A method creating perception of a stereoscopic image by a viewer of a conventional video image also is disclosed.

5197484, Mar 30, 1993

May 8, 1992

7/880208

Elliot Kornberg - Cocoa Beach FL
William R. Tarello - Bethesda MD

PEB Biopsy Corporation - Cocoa Beach FL

A61B 1000

128754

An apparatus for removing suspect breast tissue which includes a penetrating member in the form of a stylet with a tapered front end that can be guided along a localization guide wire. The apparatus also including a first cutting device in the form of a cannula slidingly engaged with the stylet. A driving assembly is in driving engagement with the cannula and, upon activation, potential energy stored in the driving assembly acts to drive the forward end of the cannula forward of the stylet's forward end so as to define a core cavity. A second cutting device which includes a garret wire having a looped section positioned within a recess at the forward end of the cannula is also provided. The driving assembly preferably also acts to rotate the cannula with a cam arrangement such that the cannula rotates when being driven forward. The garret wire is also attached to the rotating cannula such that the wire is drawn up to a stop bead just at the time the cannula reaches its maximum forward extension and further rotation of the cannula results in the contraction of the wire loop and a cutting of a core sample of suspect breast tissue.

4617932, Oct 21, 1986

Sep 3, 1985

6/771913

Elliot Kornberg - Cocoa Beach FL

A61B 1704, A61F 206

128334R

An aortic graft that is specifically constructed for intraluminal insertion and comprising a flexible hollow, tubular material, having a generally cylindrical shape with an upper end and lower end and having a minor and major axis, and having disposed along its major axis a plurality of parallel struts, the struts having angled hooks with barbs at their upper ends, the upper ends of the struts extending beyond the upper end of the tubular material, thus allowing the graft to be securely attached to the inside of the aorta above the aneurysm. A tubular device for inserting the graft is also disclosed.

4915699, Apr 10, 1990

Oct 19, 1988

7/259709

Elliot Kornberg - Cocoa Beach FL

A61M 532

604195

A syringe assembly which greatly reduces the chances of an operator coming in contact with an infectious needle. The syringe assembly includes an outer casing within which an inner chamber slides. A plunger having a sealing plug at one end extends into both the inner chamber and outer casing such that the sealing plug is fixedly secured within the interior of the inner chamber and outer casing, yet free to slide along the length of the inner chamber. The inner chamber and outer casing are structured such that the needle can be retracted completely within the interior of the outer casing when the inner chamber is releasably locked at the rear end of the outer casing. The needle can also be placed into an operational position when the inner chamber with attached needle is releasably locked at the forefront of the outer casing. The releasable locking of the inner chamber to the outer casing at the forward and rearward ends of the outer casing is achieved by either utilizing frictional contact between the two which is greater than that between the inner chamber and sealing plug. In an alternative embodiment, a knob/groove or ridge/groove locking arrangement is used.

4969877, Nov 13, 1990

Nov 15, 1989

7/436688

Elliot Kornberg - Cocoa Beach FL

The Pascall Medical Corporation - Cocoa Beach FL

A61M 532

604195

A syringe assembly which greatly reduces the chances of an operator coming in contact with an infectious needle. The syringe assembly includes an outer casing within which an inner chamber slides. A plunger having a sealing plug at one end extends into both the inner chamber and outer casing such that the sealing plug is fixedly secured within the interior of the inner chamber and outer casing, yet free to slide along the length of the inner chamber. The inner chamber and outer casing are structured such that the needle can be retracted completely within the interior of the outer casing when the inner chamber is releasably locked at the rear end of the outer casing. The needle can also be placed into an operational position when the inner chamber with attached needle is releasably locked at the forefront of the outer casing. The releasable locking of the inner chamber to the outer casing at the forward and rearward ends of the outer casing is achieved by either utilizing frictional contact between the two which is greater than that between the inner chamber and sealing plug. In an alternative embodiment, a knob/groove or ridge/groove locking arrangement is used.