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Robert P Kazanjy

from Santa Ana, CA
Age ~71
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Also known as:
Robert Price Kazanjy, Robert Te Kazanjy, Robert D Kazanjy, Peter R Kazanjy, Robert P Kazanji, Robert Kazanjy Price
Phone and address:
2339 Oakmont Ave, Santa Ana, CA 92706
Related to:
Amanda M Petersen, 41Raymond Currie, 67Catherine A Currie, 57Catherine CurrieLorraine Currie, 62Ingrin Currie, 53
Connected to:
Peter R Kazanjy, 45Adam S Kazanowski, 35Robert Kazanowski, 35Adam Kazansky, 38David H Kazansky, 72Artem Kazantsev, 36Dmitri A Kazantsev, 54Michael J Kazantzis, 47Paul P Kazantzis, 73Ilyse W Kazar, 68

Robert Kazanjy Phones & Addresses

  • 2339 Oakmont Ave, Santa Ana, CA 92706
  • 13362 Prospect Ave, Santa Ana, CA 92705
  • Mammoth Lakes, CA
  • Los Angeles, CA
  • Irvine, CA
  • 13511 Holly Dr, Tustin, CA 92782
  • Augusta, GA
  • Tempe, AZ

Work

Company: Griswold water systems Feb 2010 Position: Development and manufacturing engineer

Education

School / High School: Uc Irvine 1994 to 1994

Skills

Engineering • Mechanical Engineering • Manufacturing • Aerospace • Testing • Structural Analysis • Modal Analysis • Structural Dynamics • Manufacturing Engineering • Program Management • Structural Engineering • Integration • Civil Engineering

Languages

English • Spanish

Interests

Skiing • Restoring Old Houses • Theater • The Economist • Fixing Things

Emails

r***[email protected]

Industries

Mechanical Or Industrial Engineering

Resumes

Resumes

Robert Kazanjy Photo 1

Development And Manufacturing Engineer

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Location:
Santa Ana, CA
Industry:
Mechanical Or Industrial Engineering
Work:
Griswold Water Systems
Development and Manufacturing Engineer
A Swmbo Engineering Jan 2006 - Jan 2010
Chief Engineer
Ficcadenti Waggoner and Castle Structural Engineers Aug 1992 - Apr 2007
Consulting Engineer
Uc Irvine Mar 1988 - Dec 2005
Senior Development Engineer and Structures Laboratory Lead Research Engineer
Pmr Enterprises Nov 1986 - Jan 2003
Principal Engineer
Education:
Uc Irvine 1994 - 1994
Uc Irvine 1982 - 1982
Stanford University 1977 - 1977
Uc Irvine 1971 - 1975
Bachelors, Bachelor of Science, Mechanical Engineering Foothill High School 1967 - 1971
Skills:
Engineering
Mechanical Engineering
Manufacturing
Aerospace
Testing
Structural Analysis
Modal Analysis
Structural Dynamics
Manufacturing Engineering
Program Management
Structural Engineering
Integration
Civil Engineering
Interests:
Skiing
Restoring Old Houses
Theater
The Economist
Fixing Things
Languages:
English
Spanish

Business Records

Name / Title
Company / Classification
Phones & Addresses
Robert Kazanjy
President
Pmr Enterprises
2339 Oakmont Ave, Santa Ana, CA 92706

Publications

Us Patents

Low Energy Centrifugal Liquid-Solid Separator System

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US Patent:
20120187032, Jul 26, 2012
Filed:
Jan 24, 2012
Appl. No.:
13/357335
Inventors:
Jerry Davey - New Smyrna Beach FL, US
Richard P. Escue - Port Orange FL, US
Robert P. Kazanjy - Santa Ana CA, US
Assignee:
Electronic Precipitation Systems, LLC - New Smyrna Beach FL
International Classification:
B01D 21/26
B01D 21/24
A47L 7/00
US Classification:
210197, 15320, 2105121, 2105123
Abstract:
A sweeper assembly can include a plurality of holes drilled in one or more sweeper headers that can be angled downwards towards the basin floor to produce a gentle flow of fluid to keep particulate matter rolling along the basin floor. A centrifugal separator can include a curved velocity plate for smoothly directing flow from an inlet pipe to an inner wall of the separator and creating a downward vortex of particulate-laden fluid within the centrifugal separator. The centrifugal separator can include one or more reversal mechanisms for transferring particulate matter to a collection chamber and reversing the direction of particle-free fluid, which may upwardly exit through a discharge pipe. The centrifugal separator can include a bleed valve in the discharge pipe for automatically bleeding accumulated air in the “dead zone” between the inlet pipe and the top of the centrifugal separator.

Low Energy Sweeper System

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US Patent:
20130206178, Aug 15, 2013
Filed:
Mar 15, 2013
Appl. No.:
13/834192
Inventors:
Richard P. Escue - Port Orange FL, US
Robert P. Kazanjy - Santa Ana CA, US
Assignee:
ELECTRONIC PRECIPITATION SYSTEMS, LLC - New Smyrna Beach FL
International Classification:
A47L 7/00
US Classification:
134 21, 15320
Abstract:
A sweeper assembly can include a plurality of holes drilled in one or more sweeper headers that can be angled downwards towards the basin floor to produce a gentle flow of fluid to keep particulate matter rolling along the basin floor. A centrifugal separator can include a curved velocity plate for smoothly directing flow from an inlet pipe to an inner wall of the separator and creating a downward vortex of particulate-laden fluid within the centrifugal separator. The centrifugal separator can include one or more reversal mechanisms for transferring particulate matter to a collection chamber and reversing the direction of particle-free fluid, which may upwardly exit through a discharge pipe. The centrifugal separator can include a bleed valve in the discharge pipe for automatically bleeding accumulated air in the “dead zone” between the inlet pipe and the top of the centrifugal separator.

Explosive Fuse For Projectile

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US Patent:
42429641, Jan 6, 1981
Filed:
Dec 18, 1978
Appl. No.:
5/970760
Inventors:
John B. Warren - Tustin CA
Ernest Y. Robinson - Altadena CA
Robert P. Kazanjy - Irvine CA
Assignee:
Ares, Inc. - Port Clinton OH
International Classification:
F42C 102
US Classification:
102275
Abstract:
A percussion type projectile nose fuse includes a generally conical fuse body having a cavity open only to the base thereof. Disposed within the cavity is a firing pin, a sleeve and a ball igniter. A fuse tip portion is defined by a weakened region, open to the fuse body exterior surface, which ruptures upon tip impact with a target, thereby causing at least partial rearward penetration of the tip into the cavity. Upon such tip penetration, the tip severs a flange on the firing pin by driving it against the sleeve, and propells the firing pin rearwardly along the sleeve and into engagement with the ball igniter. By forming the sleeve substantially longer than the length of the firing pin, a time delay before ignition, equal to the firing pin transit time, is provided. A forward opening recess formed in the apex of the tip, with a thin deformable wall thereabout, provides shock absorption so that accidental rupture of the weakened region does not occur during normal handling and loading of the projectile. The fuse is constructed of an aluminum alloy thereby permitting a relatively long fuse body to enhance the ballistic characteristics of an assembled projectile.

Ammunition Handling System And Method

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US Patent:
45065888, Mar 26, 1985
Filed:
Dec 13, 1982
Appl. No.:
6/449154
Inventors:
Robert P. Kazanjy - Santa Ana CA
Assignee:
Western Design Corp. - Irvine CA
International Classification:
F41F 902
US Classification:
89 34
Abstract:
An ammunition handling system includes a plurality of generally flat ammunition holding strips, each having clips thereon for holding a plurality of ammunition rounds and coupling apparatus disposed on each end thereof for releasably coupling the ammunition holding strips to one another for feeding the ammunition holding strips and the ammunition disposed thereon into an ammunition stripper and loader assembly. The ammunition stripper and loader assembly includes a chute for supporting at least one ammunition holding strip and apparatus for separating the ammunition rounds from the holding strips and feeding the separated ammunition rounds into an ammunition transfer unit of an automatic weapon.

Low Energy Sweeper Method

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US Patent:
20170038169, Feb 9, 2017
Filed:
Aug 15, 2016
Appl. No.:
15/236811
Inventors:
- New Smyma Beach FL, US
Richard P. Escue - Port Orange FL, US
Robert P. Kazanjy - Santa Ana CA, US
International Classification:
F28G 1/16
B08B 9/093
F28F 25/06
B04C 5/107
F28F 25/00
A47L 7/00
B04C 5/103
Abstract:
A method for cleaning debris from a floor of a cooling tower collection basin can include expelling a fluid from a first side of the basin floor to a second and opposite side of the basin floor where the fluid and debris are removed. The fluid may be expelled through radial openings in sweeper headers and may be removed through openings in a suction manifold. The method may further include removing the debris from the fluid.
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Robert P Kazanjy from Santa Ana, CA, age ~71 Get Report