KENNETH DUDLEY SMITH, III
Pilots at Thorntree Ct, San Jose, CA
License number
California A1774016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
1123 Thorntree Ct, San Jose, CA 95120
Professional information
Director Of Hospitality Services At Regional Medical Center Of San Jose
Position:
Director of Hospitality Services at Regional Medical Center of San Jose
Location:
San Jose, California
Industry:
Hospital & Health Care
Work:
Regional Medical Center of San Jose
since Mar 2000
-
Director of Hospitality Services
Marriot Hotels
1981 - 1998
-
Exceutive Chef
Education:
Auburn University/California Culinary Academy 1980 - 1984
Associate of Arts and Sciences (AAS), Dietetics and Clinical Nutrition Services
Associate of Arts and Sciences (AAS), Dietetics and Clinical Nutrition Services
Interests:
My interest range for culinary arts, system improvements, emergency management, green technology landscaping & gardening, home improvements, swimming, bicycling, outdoor, motorcycling and restoring antiques back to their former beauty. My interests are many and I enjoy the challenges’ they bring me. I am a hands on can do type of person.
Awards:
Pacific Coast Chef Association
Pacific Coast Chef Association
Blue Ribbon in a regional food show
Pacific Coast Chef Association
Blue Ribbon in a regional food show
Certifications:
NIMS IS 700 & ICS 100-200 for Healthcare Professionals, Governor's Office of Emergency Management
IS -00100.hcb (Incident Command System), FEMA Emergency Management of US Department of Homeland Security
First Responder Operation Decon (Hazardous Materials), Chapter 7 of division 1 of Title 2 California Government Code 8574. 19-23
HICS – Hospital Incident Command System Train the Trainer course, California Hospital Association
IS -00100.hcb (Incident Command System), FEMA Emergency Management of US Department of Homeland Security
First Responder Operation Decon (Hazardous Materials), Chapter 7 of division 1 of Title 2 California Government Code 8574. 19-23
HICS – Hospital Incident Command System Train the Trainer course, California Hospital Association
Kenneth Smith - San Jose, CA
Work:
Account Executive Sales
Education:
Heald Business College
Computer Business Administration West Valley College
Marketing Principles DeAnza College
Business/Attending
Computer Business Administration West Valley College
Marketing Principles DeAnza College
Business/Attending
Military:
Rank: E-4 SpecialistL.i.location.original
Skills:
45wpm,MS Word, Excel, Powerpoint,Opera Sales/Catering (PMS)
Capacitive Electrostatic Stylus Writing With Counter Electrodes
US Patent:
4424522, Jan 3, 1984
Filed:
Nov 14, 1980
Appl. No.:
6/206786
Inventors:
William A. Lloyd - Los Altos CA
Keith E. McFarland - Woodside CA
Kenneth E. Smith - San Jose CA
Keith E. McFarland - Woodside CA
Kenneth E. Smith - San Jose CA
Assignee:
Xerox Corporation - Stamford CT
International Classification:
G01D 1506
US Classification:
346154
Abstract:
A capacitive charging mechanism is used in electrostatic stylus recorders having opposed writing nibs and counter electrodes to create electrostatic latent images on electrographic film and other dielectrically coated recording media. To capacitively charge the dielectric surface coating of such a recording medium, a writing voltage is first applied to one or more of the stylii or nibs and another writing voltage pulse is later applied to a counter electrode or electrode segment after a predetermined delay period which is selected to allow the nib voltages to stabilize. The charging of the dielectric surface coating of the recording medium to substantially a predetermined image voltage level occurs on the lead edge of the counter electrode writing voltage pulse. To prevent premature discharge of the charge deposited on the dielectric surface coating, the electrode writing voltage pulse is terminated before or simultaneously with the nib writing voltage pulse. Capacitive charging enables such recorders to print on electrographic film and other recording media having insulative substrates, accomodates increased printing rates, and reduces the sensitivity of the printing process to variations in the resistivity of the substrate when applied to recording on electrographic paper.