Milton Frank Stadium is a 12000-seat multi-purpose stadium in Huntsville, Alabama. It was used for Alabama A&M football games before the creation of Louis ...
The apparatus includes a hand-held RF transducer having a transmit section for providing an energizing signal to cause a RFID tag associated with an object retained in the body of the patient to transmit an RF signal and a receiver section for receiving the RF signal transmitted by the RFID tag, as the patient's body is scanned. An auxiliary antenna array for receiving the transmitted RF signal transmitted by the RFID tag is situated in the mattress on the operating table under the patient. Signal processing electronics are connected to the receiver section of the transducer and to the auxiliary antenna array for determining and indicating when a RF signal from a tag has been received, representing that a tagged object remains in the body of the patient, and for decoding the RF signal to identify the object.
A transponder assembly for use in identifying surgical implements such as sponges comprises a transponder substantially encased in a plastic body to which a base having an exposed adhesive surface is attached. The assembly may be fastened directly to a rigid implement or may be securely attached to a sponge by a supporting body embodying a pin-head clutch.
Tracking System For Prosthetic And Implantable Devices
A system is provided for tracking prosthetic and implantable devices. The system includes, in combination, a prosthetic or implantable device and an RFID transducer fixed to the device and having lot identification information stored therein. A wand is provided which is capable of scanning the transducer and reading the recorded information. Means are also provided for storing the read information.
Milton Frank - Bergenfield NJ, US Frank Froelich - Bergenfield NJ, US
International Classification:
A61B 19/00
US Classification:
128898000
Abstract:
The present invention relates to a computer-implemented method of tracking surgical instruments which begins with creating a virtual surgical kit. The number of each instrument selected for use in the surgery is stored to form the pre-surgical count for the virtual kit. The number of each instrument actually present during or after surgery is counted and is entered into the computer. The computer compares the pre-surgical count with the entered count and displays any difference between those counts, indicating that a surgical instrument is missing.
A transponder assembly for use in identifying surgical implements such as sponges comprises a transponder substantially encased in a plastic body to which a base having an exposed adhesive surface is attached. The assembly may be fastened directly to a rigid implement or may be securely attached to a sponge by a supporting body embodying a pin-head clutch.
Apparatus And Method For The Insufflation Of Gas Into A Body Cavity
A device is provided for controlling flow and pressure of a gas for insufflating the abdomen during laparoscopic surgery. Compressed gas from a tank passes through the device and is stepped down through multiple stages to a pressure under 25 psi. The resultant average pressure is then reduced to a desired pressure by passing the gas through a solenoid valve and manifold in a pulsating manner. Pressure and flow are constantly monitored with signals being sent to a microprocessor which adjusts the pulse width of the gas supply to compensate for any changes in pressure.
Electro-Surgical Instrument And Method For Use With Dental Implantations
Milton Frank - Riverdale NY Joel L. Rosenlicht - Manchester CT
Assignee:
BEI Medical Systems, Inc. - Hackensack NJ
International Classification:
A61C 300 A61C 1900 A61C 500 A61B 1739
US Classification:
433 32
Abstract:
An electro-surgical instrument and method is described for exposing gingival areas in preparation for a dental implant. The instrument includes an elongated handle, a leg extending perpendicular to the handle adjoined therewith, and a circular cutting loop. The loop is defined by a plane perpendicular to the leg and tangentially attached thereto along a circumference of the loop. The loop is formed of a unitary electrically conductive wire such as tungsten, and extends into the leg and at least partially into the handle. A high frequency current is passed through the wire into the loop to best activate the latter for cutting the gingival areas.