STEPHEN BRUCE CORN, MD
Anesthesiologist Assistant in Boston, MA

5370110, Dec 6, 1994

Aug 31, 1992

7/938366

Stephen B. Corn - Boston MA

Children's Medical Center Corporation - Boston MA

A62B 1704

12820122

An anesthesia scavenging hood is adapted to fit over the head of a surgical patient and to prevent the contamination of operating rooms with waste anesthetic vapor and nitrous oxide gas. The hood enables placement of an endotracheal tube or other breathing or anesthesia circuit into the patient's airway. The hood may be sealed about the endotracheal tube and about the patient. The hood also includes a port having disposed therein a suction tube which communicates waste vapor and gas out of the hood and outside of the operating room with the aid of a vacuum source.

5468230, Nov 21, 1995

May 12, 1994

8/242031

Stephen B. Corn - Boston MA

Children's Medical Center Corporation - Boston MA

A61M 532

604110

A catheter docking system is provided that is easily affixed to a patient and that facilitates the secure connection of an infusion line to an anesthesia-delivering catheter. The system comprises a docking station having an adapter mounted thereon. The adapter incudes a first port adapted to communicate with an infusion line and a second port adapted to communicate with an anesthesia-delivering catheter. A valve device may be provided to regulate the flow between the first and second ports. In addition, the system preferably has associated with the docking station a device for relieving any tensile strain on the catheter line.

5385139, Jan 31, 1995

May 24, 1993

8/066719

Stephen B. Corn - Boston MA

G01M 302

12820024

A method and apparatus for testing flow control valves is disclosed. Specifically, the flow control valves of anesthesia machines are tested. The method contemplates the application of positive and negative air pressure to the valve being tested. If the valve is functioning properly, the valve will open or seal as expected. An apparatus is disclosed which enables a technician to apply either negative or positive pressure to the flow control valve and determine whether the valve is opening and sealing properly. The apparatus includes a pump for creating the air pressure and a fitting adapted to sealingly engage the port of the valve. The apparatus is simple to use and reduces the risk of transmitting disease.

6076524, Jun 20, 2000

Jun 23, 1994

8/264704

Stephen B. Corn - Boston MA

Children's Medical Center Corporation - Boston MA

A62B 1900

12820512

An anesthesia scavenging hood is adapted to fit over the head of a surgical patient and to prevent the contamination of operating rooms with waste anesthetic vapor and nitrous oxide gas. The hood enables placement of an endotracheal tube or other breathing or anesthesia circuit into the patient's airway. The hood may be sealed about the endotracheal tube and about the patient. The hood also includes a port having disposed therein a suction tube which communicates waste vapor and gas out of the hood and outside of the operating room with the aid of a vacuum source.

5577693, Nov 26, 1996

Jan 11, 1995

8/371019

Stephen B. Corn - Boston MA

Children's Medical Center Corporation - Boston MA

F16M 1100

2481761

An anesthesia circuit stand is able to support an anesthesia circuit fitting, when not attached to a patient or to a patient airway securement device in such a manner that anesthesia vapor and nitrous oxide is prevented from escaping into the environment of an operating room. The stand includes a base portion to which is connected a stalk element. The stalk can be substantially in the form of a cone having a proximal end with a greater diameter than a distal end. Alternatively, the stalk can be in the shape of a generally cylindrical rod. A distal end of the stalk includes a plug portion which has a diameter sufficient to engage the inner diameter of an outlet orifice of an anesthesia circuit elbow in a frictional fit.