WILLIAM KEN SMITH, CRNA
Nursing at Ocean Dr, West Palm Beach, FL
License number
Florida ARNP2880202
Category
Nursing
Type
Nurse Anesthetist, Certified Registered
Address
Address
5250 N Ocean Dr #4N, West Palm Beach, FL 33404
Phone
(561) 876-5845
(561) 370-7026 (Fax)
(561) 370-7026 (Fax)
Personal information
See more information about WILLIAM KEN SMITH at radaris.comName
Address
Phone
Lakeland, FL
Winter Haven, FL
Mulberry, FL
Haines City, FL
Kissimmee, FL
Professional information
General Manager At Indian Spring Country Club
Position:
General Manager at Indian Spring Country Club
Location:
West Palm Beach, Florida Area
Industry:
Hospitality
Work:
Indian Spring Country Club
- Boynton Beach, Florida since May 2008
-
General Manager
Indian Spring Country Club
- Boynton Beach, FL 33472 Jul 2005 - May 2008
-
Director of Golf
Indian Spring Country Club
- Boynton Beach, FL Sep 1999 - Jul 2005
-
Clubhouse Manager/ Facility Manager/ IT Director
Indian Spring Country Club
- Boynton Beach, FL 33437 Oct 1989 - Sep 1999
-
Head Golf Professional
United States Marine Corps
- US Embassies Mar 1978 - Sep 1984
-
Sargent
President At Gci Consultants, Llc
Position:
President at GCI Consultants, LLC
Location:
West Palm Beach, Florida Area
Industry:
Construction
Work:
GCI Consultants, LLC
since Jun 1998
-
President
Allied Building Specialties, Inc.
1979 - 1992
-
President & General Manager
Sasser's Glass Works, Inc.
1971 - 1979
-
Sales Manager
Education:
Palm Beach Community College 1969 - 1971
Skills:
Glass, Doors, Curtain Wall, Construction, Construction Management, Waterproofing, Renovation, Building Materials, Submittals, Contractors, Contract Management, Building Envelope, Glazing, Roofers
Interests:
Woodworking, reading, leisure travel
William Grant Smith, West Palm Beach FL - Lawyer
Address:
Jones, Foster, Johnston & Stubbs, P.A.
505 S Flagler Dr STE 1100, West Palm Beach 33401
(561) 650-0461
505 S Flagler Dr STE 1100, West Palm Beach 33401
(561) 650-0461
Licenses:
Florida - Member in Good Standing 2010
Education:
University of Florida, Fredric G. Levin College of LawGraduated 2010
Specialties:
Estate Planning - 32%
Wills / Living Wills - 20%
Business - 16%
Corporate / Incorporation - 16%
Tax - 16%
Wills / Living Wills - 20%
Business - 16%
Corporate / Incorporation - 16%
Tax - 16%
Network Manager At Ibm
Position:
NETWORK MANAGER at IBM
Location:
West Palm Beach, Florida Area
Industry:
Computer Networking
Work:
IBM
-
NETWORK MANAGER
Ceo At Smith Industries
Position:
ceo at smith industries
Location:
West Palm Beach, Florida Area
Industry:
Computer Software
Work:
smith industries
-
ceo
Education:
Thomas College 2002 - 2004
Method Of Making Resiliently Coated Metallic Finger Seals
US Patent:
4114248, Sep 19, 1978
Filed:
Sep 21, 1976
Appl. No.:
5/725059
Inventors:
William E. Smith - Lake Park FL
Roy G. Nelson - Lake Park FL
Roy G. Nelson - Lake Park FL
Assignee:
United Technologies Corporation - Hartford CT
International Classification:
B23P 300, B23P 1904
US Classification:
29460
Abstract:
The resiliently coated metallic finger seal described herein is formed of two metallic seal members being fixed together at one end with fingers projecting rearwardly therefrom. The fingers on each member are offset so that the slits of each metallic seal member are not aligned. The fingers of the two members are then encapsulated by a resilient coating material, such as a room temperature vulcanizing silicone rubber. The seal means is described as annular and can be constructed of one piece or a plurality of sections. In constructing the seal means the metallic seal members are cleaned, primed where it is desired to have the resilient coat permanently affixed, and the resilient coat is then applied. The resilient coat does not cover the entire fingers so that the proper flexibility at the hinge location will reamin. After curing of the resilient coating material a heat reflecting and lubricating material is placed thereon.
Resiliently Coated Metallic Finger Seals
US Patent:
4022948, May 10, 1977
Filed:
Dec 23, 1974
Appl. No.:
5/535645
Inventors:
William E. Smith - Lake Park FL
Roy G. Nelson - Lake Park FL
Roy G. Nelson - Lake Park FL
Assignee:
United Technologies Corporation - Hartford CT
International Classification:
B32B 904
US Classification:
428542
Abstract:
The resiliently coated metallic finger seal described herein is formed of two metallic seal members being fixed together at one end with fingers projecting rearwardly therefrom. The fingers on each member are offset so that the slits of each metallic seal member are not aligned. The fingers of the two members are then encapsulated by a resilient coating material, such as a room temperature vulcanizing silicone rubber. The seal means is described as annular and can be constructed of one piece or a plurality of sections. In constructing the seal means the metallic seal members are cleaned, primed where it is desired to have the resilient coat permanently affixed, and the resilient coat is then applied. The resilient coat does not cover the entire fingers so that the proper flexibility at the hinge location will remain. After curing of the resilient coating material a heat reflecting and lubricating material is placed thereon.
Method Of Affixing An Abradable Metallic Fiber Material To A Metal Substrate
US Patent:
3936656, Feb 3, 1976
Filed:
Dec 16, 1974
Appl. No.:
5/533410
Inventors:
Robert Middleton - Palm Beach Gardens FL
William E. Smith - Lake Park FL
William E. Smith - Lake Park FL
Assignee:
United Technologies Corporation - Hartford CT
International Classification:
B23K 904, B21J 106
US Classification:
219 76
Abstract:
A method for fixing an abradable material of random interlocked metallic fibers sintered and pressed to a specified thickness and density in place on a substrate is set forth where the abradable material bonded to a metal backing plate is placed with the metal backing plate engaging a substrate. The abradable material is compressed without heat to substantially a solid mass at spaced spots; the compressed spots are heated by electrical resistance to a sintering temperature and pressed to form a solid mass. The solid mass of each spot of abradable material is heated to an increased temperature by electrical resistance, welding the solid mass of abradable material to the substrate by completely penetrating the backing plate and forming a weld nugget.
William Arthur Smith, Palm Beach Gardens FL - Lawyer
Address:
3950 Rca Blvd, Palm Beach Gardens, FL 33410
Experience:
28 years
Specialties:
Business Law
Jurisdiction:
Maryland (1996)
Memberships:
Maryland State Bar (1996)