Cornerstone Technical Solutions
Consulting and Contract Engineer
Bd May 2012 - Jan 2016
Mechanical Engineer, Contract
Limar Medical Oct 2001 - Jun 2012
Principal Mechanical Engineer
Bucchianeri Associates Sep 1, 2001 - 1996
Principal Mechanical Engineer
Cardiac Science 1997 - 2001
Principal Mechanical Engineer
Education:
Northeastern University 1967 - 1972
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Millis High School 1961 - 1964
Skills:
R&D Medical Devices Manufacturing Engineering Mechanical Engineering Quality System Product Development Design For Manufacturing Fmea Biomedical Engineering Injection Molding Prototype Product Design Research and Development Medical Device Product Development Fixture Design and Packaging Prototyping Solidworks Packaging Fda Design Control Iso 13485 Electronics Engineering Management Gd&T Sheet Metal Geometric Dimensioning and Tolerancing
Us Patents
Capacitor-Based Gas Detection In An Intravenous Fluid Delivery System
David E. Cassidy - Chelmsford MA, US Eric May - Norfolk MA, US Richard Bucchianeri - Westford MA, US
Assignee:
Enginivity, LLC - Lexington MA
International Classification:
G01N 27/22 G01N 27/60
US Classification:
73 191, 73 1901, 73 6444
Abstract:
An air or gas bubble detection system detects the presence of liquid in intravenous (IV) tubing. By detecting the presence of liquid rather than gas, false alarms due to micro bubbles or small air gaps between the sensor and the tubing are avoided.
Flow Control In An Intravenous Fluid Delivery System
David E. Cassidy - Chelmsford MA, US Eric May - Norfolk MA, US Richard Bucchianeri - Westford MA, US
Assignee:
General Electric Company - Schenectady NY
International Classification:
A61M 31/00
US Classification:
604 65
Abstract:
An intravenous flow control system provides closed loop control to maintain a desired flow rate. The actual flow rate is determined by two techniques, a geometrically based technique that uses geometric parameters of the IV system, and a thermally based technique that uses the power input to an IV fluid warmer and the temperature of the IV fluid entering and exiting the warmer.
Joel N. Cunningham - San Diego CA Richard M. Bucchianeri - Escondido CA Stephen H. O'Leary - Encinitas CA
Assignee:
Ivac Corporation - San Diego CA
International Classification:
G01L 708
US Classification:
128675
Abstract:
A pressure diaphragm, wherein at least a portion of an elongate fluid channel is formed diametrically across, and is open through, a flat raised surface of a substantially rigid, disk-like body, and wherein a flexible membrane overlies the raised surface and is sealed to a surrounding flange. The fluid channel communicates with fluid inlet and outlet fittings carried by the body, which are adapted for connection with the tubes of an IV set, and the cross-sectional flow area of the fluid channel is substantially equal to or less than the cross-sectional flow area of any IV tube adapted for connection to the fluid inlet fitting.
Richard Bucchianeri - Chelmsford MA Ralph Davis - Burlington WI Arthur Leuders - Mundelein IL Mark Senninger - Chicago IL
Assignee:
Millipore Corporation - Bedford MA
International Classification:
B01D 6100
US Classification:
210232
Abstract:
An apparatus and a system are provided for delivering a peritoneal dialysis solution to a patient. A connector containing a first set of conduit segments and a loader containing a second set of conduit segments are mated together such as with a mating set of tracks and slots so that the two sets of conduit segments form a plurality of conduits that are each sealed from the other conduits. The loader is provided with a device for mating the conduit segments together in sealed relationship such as an eccentrically mounted rotatable cylinder and a platen in contact with the cylinder. The apparatus permits delivery of the dialysis solution to the patient and removal of the solution subsequently from the patient.
Carolyn Bergkuist - Lexington MA Richard P. Buck - Chapel Hill NC Vasile V. Cosofret - Chapel Hill NC Richard A. Lucic - Durham NC John P. Moriarty - Lexington MA Michael R. Neuman - Cleveland OH Richard M. Bucchianeri - Westford MA
Assignee:
Grupo Ch-Werfen, S.A. Duke University - Durham NC The University of North Carolina - Cpahel Hill NC Case Western Reserve University - Cleveland OH
International Classification:
G01N 2726
US Classification:
204411
Abstract:
Sensor cartridges include a fluid constituent-selective sensor membrane in direct sealing contact with a face of a flow-through sample cell in surrounding relationship to a sensor port. The sensor membrane has sufficiently large surface area so as to entirely cover the sensor port and establish an annular region in surrounding relationship thereto. It is this annular region which is in direct contact with a corresponding region of the sample cell face so as to provide self-sealing capabilities. The sensor cartridge most preferably includes a flow-through sample cell having a zig-zag or serpentine flow channel so as to provide a series of sensor ports on both of the opposed cell faces. The faces of the sample cell are most preferably provided with recessed regions which define a series of land surfaces each of which surrounds a respective one of the sensor ports. A pair of sensor arrays having a corresponding series of sensors are thus juxtaposed with a respective land surface of the sample cell face so as to sandwich the sample cell therebetween.