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Jason K Allaire, 46268 Fareham Dr, Venice, FL 34293

Known as:
Jason Keith Allaire Jason K Allarie Keith J Allaire
Related to:
John T Allaire

Jason Allaire Phones & Addresses

268 Fareham Dr, Venice, FL 34293    941-3752373   

4207 Hibiscus Rd, Venice, FL 34293    863-3752373    941-3752373   

2758 Dromedary Dr, Memphis, TN 38133    901-3863156   

Bartlett, TN   

Manchester, NH   

Rotonda West, FL   

Sarasota, FL   

Englewood, FL   

Brighton, TN   

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Jason Allaire resumes & CV records

Resumes

Jason Allaire Photo 18

Service Manager

Location:
Venice, FL
Industry:
Retail
Work:
Best Buy
Service Manager Best Buy
Dci Geek Squad
Education:
State College of Florida - Manatee - Sarasota 2000 - 2004
Western Maryland College 1998 - 1999
Manatee Community College
Jason Allaire Photo 19

Dci Geek Squad

Location:
Venice, FL
Work:
Best Buy
Dci Geek Squad

Publications & IP owners

Us Patents

Inducer Comminutor

US Patent:
2009009, Apr 9, 2009
Filed:
Oct 3, 2008
Appl. No.:
12/245038
Inventors:
Jason Douglas Allaire - Methuen MA, US
Donald Paul Russell - Kingston NH, US
Assignee:
LAWRENCE PUMPS, INC. - Lawrence MA
International Classification:
B02C 23/00
US Classification:
241 4617
Abstract:
A device for reducing solids and increasing pressure in a fluid handling system has comminution and inducer sections in a housing upstream of a pump impeller. A rotor has a hub with a small inlet diameter and a larger outlet diameter and a helical rotor blade with its blade pitch angle progressively increasing from inlet to outlet as a polynomial function. The comminutor section has a larger diameter than the inducer section and comminutor vanes extending inward forming a vane edge effective diameter equal to the inducer section diameter. The rotor blade turning within the closing fitting cage of vane edges provides a crushing and shearing action to solids in the fluid flow. Cutouts on the blade edge provide additional crushing and shearing action against the vanes. The fluid passageway sectional area at the outlet is bigger than the throat of the downstream main impeller.

Apparatus For Simultaneous Support Of Pressurized And Unpressurized Mechanical Shaft Sealing Barrier Fluid Systems

US Patent:
2010001, Jan 21, 2010
Filed:
Jul 17, 2009
Appl. No.:
12/504744
Inventors:
Dale B. Andrews - Derry NH, US
Jason D. Allaire - Wells ME, US
International Classification:
F16J 15/40
F04C 27/00
F04D 29/08
F16J 15/48
F16J 15/54
US Classification:
418 88, 418 84, 277304, 415112
Abstract:
An improved, piston-based, pressure-transforming barrier fluid support apparatus is disclosed that can support both the pressurized and unpressurized barrier fluid requirements of a shaft-driven machine from a single unit. The disclosed apparatus includes both a pressurized section that stores, cools, cleans, and pressure regulates pressurized barrier fluid, and an unpressurized section that stores, cools, and cleans unpressurized barrier fluid. The disclosed apparatus causes debris in the pressurized barrier fluid to gravitationally migrate away from the piston, so as to prevent piston fouling. If the piston rod becomes detached, it is expelled downward for enhanced safety. Removable covers and/or a removable cylinder can provide enhanced access for cleaning and maintenance. Embodiments include a common cover that is shared by the pressurized and unpressurized sections and serves as a common manifold for cost-efficient fluid connections thereto.

Possible Relatives

Cynthia L Allaire  David W Allaire  Damarys D Allaire  Debra M Allaire  Daniel E Allaire  Danielle E Allaire  Diane C Allaire  Jason F Last  Jason S Johnson  Jason R Stamps 

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