Hani M Nassar, Age 69250 3Rd Ave NE, Hickory, NC 28601

Hani Nassar Phones & Addresses

250 3Rd Ave NE, Hickory, NC 28601 (828) 234-6330

4260 1St St NE, Hickory, NC 28601 (828) 327-4918

1330 5Th St, Hickory, NC 28601 (828) 327-4120

Kennesaw, GA

4260 1St St NE, Hickory, NC 28601 (828) 234-6330

Social networks

Hani M Nassar

Linkedin

Work

Company: Klingspor Mar 2006 Position: Manager, strategic planning

Education

Degree: MS School / High School: Georgia Institute of Technology 1979 to 1981 Specialities: Mechanical Engineering

Skills

Strategic Planning • Management • Program Management • Project Management • Product Development • Business Planning • Cross Functional Team Leadership • Process Improvement • Product Management • Telecommunications • Leadership • Marketing Strategy • Project Planning • Account Management • Business Strategy • Continuous Improvement • New Business Development • Abrasives

Languages

German • Arabic • English

Interests

New Technology • Volunteering • All Racket Sports

Industries

Chemicals

Mentions for Hani M Nassar

Hani Nassar resumes & CV records

Resumes

Hani Nassar Photo 25

Manager, Strategic Planning

Location:
Lenoir, NC
Industry:
Chemicals
Work:
KLINGSPOR since Mar 2006
Manager, Strategic Planning
Detec Systems Mar 2003 - Jan 2006
President & CEO
Corning Cable Systems Aug 1999 - Aug 2002
Manager, Project Management
Siecor Corporation Jan 1982 - Aug 1999
Manager, Cable Development
Education:
Georgia Institute of Technology 1979 - 1981
MS, Mechanical Engineering
Georgia Institute of Technology 1977 - 1979
BS, Mechanical Engineering
Kennesaw Junior College 1976 - 1977
AS, Associate of Science
TBS 1961 - 1973
High School Diploma
Skills:
Strategic Planning, Management, Program Management, Project Management, Product Development, Business Planning, Cross Functional Team Leadership, Process Improvement, Product Management, Telecommunications, Leadership, Marketing Strategy, Project Planning, Account Management, Business Strategy, Continuous Improvement, New Business Development, Abrasives
Interests:
New Technology
Volunteering
All Racket Sports
Languages:
German
Arabic
English

Publications & IP owners

Us Patents

Moisture Detection Sensor Tape With Leak Locate

US Patent:
7292155, Nov 6, 2007
Filed:
Sep 19, 2005
Appl. No.:
11/229312
Inventors:
David E. Vokey - Sidney, CA
Hani Nassar - Hickory NC, US
Assignee:
Detec Systems LLC - Sidney, British Columbia
International Classification:
G08B 21/00
US Classification:
340602, 340604, 340605
Abstract:
An elongated substantially flat four-conductor moisture detection and location sensor is described. The sensor includes four parallel conductors laminated to a dielectric substrate. Two of the conductors are protected by a water pervious dielectric layer and form the water-sensing element. Two other conductors are covered by a water impervious dielectric layer and are used to loop-back one or more of the water-sensing conductors. Precise location of a water leak location is determined by connecting the four conductors to a resistance bridge. The design allows for the connection of a four-conductor cable to extend the monitoring and detection point to a convenient location without loss of location accuracy.

Moisture Detection Sensors For Building Structures

US Patent:
2011018, Aug 4, 2011
Filed:
Aug 11, 2010
Appl. No.:
12/854582
Inventors:
David E. Vokey - Sidney, CA
Hani Nassar - Hickory NC, US
Jody Aaron Wells - Victoria, CA
James Gary Coburn - Victoria, CA
International Classification:
G01R 27/08
US Classification:
324694
Abstract:
A moisture detection sensor self-adhesive tape is used in a building structure to detect moisture penetration and includes a substrate of dielectric, hydrophobic material. Two elongate, parallel, conductors are secured to the top surface of the substrate and a protective layer of non-hygroscopic, water pervious material secured to the to the top surface of the substrate, over the conductors. A pressure sensitive mounting adhesive is placed on a bottom surface of the substrate and covered with a release sheet. The sensor may include moisture probes adapted to penetrate the protective layer, the respective conductors and the substrate and to extend into a building component to which the substrate has been adhered. The preferred moisture probe is a U-shaped metal staple configured to be driven in by a conventional power stapler.

Moisture Detection Sensors For Building Structures

US Patent:
2012007, Mar 29, 2012
Filed:
Dec 1, 2011
Appl. No.:
13/309010
Inventors:
David E. Vokey - Sidney, CA
Hani Nassar - Hickory NC, US
Jody Aaaron Wells - Victoria, CA
James Gary Coburn - Victoria, CA
International Classification:
G01N 27/04
G01R 27/08
US Classification:
324696
Abstract:
A moisture detection sensor is used in a building structure to detect moisture penetration is a flat self-adhesive tape. It includes a substrate of dielectric, hydrophobic material. Two elongate, parallel, conductors are secured to the top surface and a protective layer of non-hygroscopic, water pervious material secured over the conductors. A pressure sensitive adhesive on a bottom surface of the substrate is covered with a release sheet. The sensor may include moisture probes which penetrate the protective layer, the respective conductors and the substrate and to extend into a building component to which the substrate has been adhered. Each probe is made from a conductive, corrosion resistant material. This is particularly useful with water absorbent building materials, such as wood, where the surface may appear dry, but the body is impregnated with water. The preferred moisture probe is a U-shaped metal staple driven by a power stapler.

Fiber Access Tool

US Patent:
4947549, Aug 14, 1990
Filed:
May 30, 1986
Appl. No.:
6/868525
Inventors:
Michael Genovese - Hickory NC
Hani Nassar - Hickory NC
Terry Morgan - Conover NC
Assignee:
Siecor Corporation - Hickory NC
International Classification:
H02G 112
US Classification:
30 908
Abstract:
A tool for slicing the gel filled buffer tube of a loose tube optical fiber construction including a set of blocks having a passage therein through which the buffer tube may be pulled, and a blade extending into the passage which lies within a plane containing the central axis of the passage. The tool may have a second blade oppositely directed from the first blade but spaced apart from the first blade in the longitudinal direction. Both blades may form an acute angle with respect to the passage exit.

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