Search

Richard M Pavkov

from Hackettstown, NJ
Age ~53
Get Report
Also known as:
Richard Matthew Pavkov, Rick M Pavkov, Dick M Pavkov
Phone and address:
5 Powhatatan Way, Hackettstown, NJ 07840
(908) 850-1246
Related to:
Shanell Murphy, 40Timmy Everett, 54Mark Pavkov, 55Bonita Pavkov, 78Kenneth Pavkov, 80Ronald Jones
Connected to:
Emily J Pavkov, 33Matthew R Pavkov, 36William J Pavkov, 72David M Pavkovic, 56Audrey F Pavlack, 87Darlene E Pavlak, 68Jason P Pavlak, 51Kristina Z Pavlak, 43Lori L Pavlak, 58Michelle M Pavlak, 45

Richard Pavkov Phones & Addresses

  • 5 Powhatatan Way, Hackettstown, NJ 07840 (908) 850-1246
  • Roxboro, NC
  • Pittstown, NJ
  • 7037 7 Mile Rd, South Lyon, MI 48178
  • 420 Ridge St, South Lyon, MI 48178
  • 429 Ann Arbor Rd, Plymouth, MI 48170 (734) 254-9217
  • 39819 Birchwood Dr, Plymouth, MI 48170
  • O Fallon, MO
  • Morgan, NJ
  • Columbus, OH

Work

Company: Novartis pharmaceuticals, inc. Aug 2007 Address: East Hanover, NJ USA Position: Senior engineer/project leader

Education

School / High School: The Ohio State University

Skills

Medical Devices • Design Control • Validation • V&V • Drug Delivery • R&D • Pharmaceutical Industry • Gmp • Capa • Technology Transfer • Change Control • Biopharmaceuticals • Biotechnology • Iso 13485 • Fda • Quality System • Manufacturing • Injection Molding • Verification and Validation

Industries

Pharmaceuticals

Resumes

Resumes

Richard Pavkov Photo 1

Senior Engineer And Project Leader

View page
Location:
1712 Funny Cide Dr, Waxhaw, NC 28173
Industry:
Pharmaceuticals
Work:
Novartis Pharmaceuticals, Inc. - East Hanover, NJ USA since Aug 2007
Senior Engineer/Project Leader
Novartis - Basel Area, Switzerland Dec 2003 - Jul 2007
Senior Engineer
Education:
The Ohio State University
Skills:
Medical Devices
Design Control
Validation
V&V
Drug Delivery
R&D
Pharmaceutical Industry
Gmp
Capa
Technology Transfer
Change Control
Biopharmaceuticals
Biotechnology
Iso 13485
Fda
Quality System
Manufacturing
Injection Molding
Verification and Validation

Publications

Us Patents

Internal Vortex Mechanism For Inhaler Device

View page
US Patent:
6367471, Apr 9, 2002
Filed:
Nov 1, 1999
Appl. No.:
09/431266
Inventors:
Amir Genosar - Pardess-Hana, IL
Richard Matthew Pavkov - Northville MI
Assignee:
Sheffield Pharmaceuticals, Inc. - DE
International Classification:
A61M 1160
US Classification:
12820023, 12820014
Abstract:
A metered dose inhaler for use with a pressurized aerosol canister includes a housing defining a conduit with a mouthpiece, and an actuator with a nozzle discharge orifice arranged to discharge aerosol into the conduit. Vortex generators positioned within the wall of the conduit and in fluid communication with air inlets for receiving ambient outside air, provide the inner wall of the conduit with a circumferential-swirling turbulent boundary layer flow to minimize impaction of medication on the inner surfaces of the conduit.

Aerosol Air Flow Control System And Method

View page
US Patent:
6527151, Mar 4, 2003
Filed:
Sep 13, 2000
Appl. No.:
09/660989
Inventors:
Richard M. Pavkov - Plymouth MI
Thomas A. Armer - Cupertino CA
Nahed M. Mohsen - Farmington MI
Assignee:
Sheffield Pharmaceuticals, Inc. - St. Louis MO
International Classification:
A61M 1100
US Classification:
222566, 222564, 12820018, 12820019
Abstract:
Airflow in the exhaust piece of a fluid delivery device is forced through a series of gaps to achieve a split airflow. One component has a velocity and direction to impact on the source of the aerosol thus sweeping and entraining the aerosol off the aerosol generator into the directional air. The other airflow is used to protect the internal surfaces from aerosol deposition. The two air flows then recombine and are swept over a three dimensional surface or porous medium, used as an impaction or filtration site for determining the amount and particle size of the entrained aerosol at the exhaust exit.

Methods And Apparatus For Delivering Aerosolized Medication

View page
US Patent:
60268085, Feb 22, 2000
Filed:
Jun 7, 1999
Appl. No.:
9/326538
Inventors:
Thomas Alex Armer - Ann Arbor MI
Bryce Burwick Evans - Jackson MI
Nahed Mohsen Mohsen - Farmington Hills MI
Richard Matthew Pavkov - Northville MI
Atul M. Sudhalkar - Fremont CA
Assignee:
Sheffield Pharmaceuticals, Inc. - St. Louis MO
International Classification:
A61M 1100
A61M 1500
US Classification:
12820023
Abstract:
A metered dose inhaler (10) for use with a pressurized aerosol canister (18) includes a housing (12) defining a conduit (16) with a mouthpiece (56), and an actuator (26) with a nozzle discharge orifice (30) arranged to discharge aerosol into the conduit. An air tube (34) is arranged within the conduit with an inlet (38) of the air tube formed in the conduit wall (74) and an outlet (36) of the air tube in opposing relationship with the nozzle orifice. Inhalation through the mouthpiece causes air to be drawn into the inlet and flow out of the outlet of the air tube to form an air jet which impinges on an oppositely moving aerosol plume from the orifice. Auxiliary air inlets (46) in the closed end (24) of the conduit provide a boundary layer flow along the inner wall (44) of the conduit. Vortex generators (54) on the inner wall of the conduit add vorticity and turbulence to the boundary layer flow.

Methods And Apparatus For Delivering Aerosolized Medication

View page
US Patent:
59540478, Sep 21, 1999
Filed:
Oct 17, 1997
Appl. No.:
8/954352
Inventors:
Thomas Alex Armer - Ann Arbor MI
Bryce Burwick Evans - Jackson MI
Nahed Mohsen Mohsen - Farmington Hills MI
Richard Matthew Pavkov - Northville MI
Atul M. Sudhalkar - Fremont CA
Assignee:
Systemic Pulmonary Development, Ltd. - St. Louis MO
International Classification:
A61M 1100
US Classification:
12820023
Abstract:
A metered dose inhaler (10) for use with a pressurized aerosol canister (18) includes a housing (12) defining a conduit (16) with a mouthpiece (56), and an actuator (26) with a nozzle discharge orifice (30) arranged to discharge aerosol into the conduit. An air tube (34) is arranged within the conduit with an inlet (38) of the air tube formed in the conduit wall (74) and an outlet (36) of the air tube in opposing relationship with the nozzle orifice. Inhalation through the mouthpiece causes air to be drawn into the inlet and flow out of the outlet of the air tube to form an air jet which impinges on an oppositely moving aerosol plume from the orifice.

Methods And Apparatus For Delivering Aerosolized Medication

View page
US Patent:
60951419, Aug 1, 2000
Filed:
Jun 7, 1999
Appl. No.:
9/326531
Inventors:
Thomas Alex Armer - Ann Arbor MI
Bryce Burwick Evans - Jackson MI
Nahed Mohsen Mohsen - Farmington Hills MI
Richard Matthew Pavkov - Northville MI
Atul M. Sudhalkar - Fremont CA
Assignee:
Sheffield Pharmaceuticals, Inc. - St. Louis MO
International Classification:
A61M 1600
A61M 1100
US Classification:
12820426
Abstract:
A metered dose inhaler (10) for use with a pressurized aerosol canister (18) includes a housing (12) defining a conduit (16) with a mouthpiece (56), and an actuator (26) with a nozzle discharge orifice (30) arranged to discharge aerosol into the conduit. An air tube (34) is arranged within the conduit with an inlet (38) of the air tube formed in the conduit wall (74) and an outlet (36) of the air tube in opposing relationship with the nozzle orifice. Inhalation through the mouthpiece causes air to be drawn into the inlet and flow out of the outlet of the air tube to form an air jet which impinges on an oppositely moving aerosol plume from the orifice. Automatic actuation of the canister responsive to the patient's inhalation is achieved by a canister trigger (154) connected to a movable piston assembly (132) forming a wall of a variable-volume chamber (162) in fluid communication with a venturi (184) in the air tube. Air drawn through the venturi by the user's breath causes evacuation of air from the chamber, thereby moving the piston assembly and trigger to cause actuation of the canister.
Control profile
Richard M Pavkov from Hackettstown, NJ, age ~53 Get Report