DAVID E WILSON
Nursing Home Administrators at 113 St, Scottsdale, AZ

License number
Florida 2275
Issued Date
Mar 19, 1985
Effective Date
Jan 1, 1901
Expiration Date
Jul 31, 1998
Category
Health Care
Type
Nursing Home Administrator
Address
Address
10685 N 113Th St, Scottsdale, AZ 85259
Phone
(602) 860-6396

Professional information

David Wilson Photo 1

Owner (Ism Automation Consulting)

Location:
Scottsdale, Arizona
Industry:
Marketing and Advertising
Work:
ISM Automation - Phoenix, Arizona Area Oct 2012 - May 2013 - Independent Owner (Executive Director) ICM Document Solutions - Phoenix, Arizona Area Jan 2012 - Oct 2012 - Executive Director Sales & Marketing Forescent Technologies, Inc. - Scottsdale, AZ May 2009 - Jan 2012 - VP Sales, Marketing & Business Development iWizard Holding, Inc. - Scottsdale, AZ Jan 2001 - May 2009 - Investor - VP Sales, Marketing and Business Development Acxiom - Little Rock, Arkansas Area Aug 1984 - Jan 2001 - VP - Business Unit Leader Sales, Marketing and Business Development
Education:
Lafayette Jefferson 1969 - 1971
High School
Indiana University Bloomington
B.S., Mathematics, Computer Science
Skills:
Enterprise Software, Strategic Partnerships, SaaS, CRM, Start-ups, Business Analysis, Strategy, Sales Management, New Business Development, Salesforce.com, Business Development, Marketing, Marketing Strategy, Entrepreneurship, Sales Operations, Account Management, Product Development, Professional Services, Sales
Interests:
New business development, sales, marketing, strategic partnerships, venture capital funding, new company startups, sports, CRM, internet software,


David Wilson Photo 2

Chef De Partie

Position:
Chef de Partie at MIM, Musical Instrument Museum
Location:
Scottsdale, Arizona
Industry:
Food & Beverages
Work:
MIM, Musical Instrument Museum since Dec 2010 - Chef de Partie Designer Studio Jul 2007 - Oct 2010 - Customer Service Associate Target Dec 2003 - Feb 2005 - Retail Attendant
Education:
College of Southern Nevada 2005 - 2007
Skills:
Cooking, Customer Service, Baking, Work Ethic, Organization, Cashiering, Leadership, Microsoft Office
Interests:
Jogging, Skydiving, Networking, Hiking, Traveling


David Wilson Photo 3

David Wilson - Scottsdale, AZ

Work:
ISM Automation
VP, Executive Director
ICM Document Solutions - Phoenix, AZ
Executive Director
Forescent Technologies, Inc
Vice President Sales, Marketing
Internet Community Exchange/iWizard Holding, Inc - Scottsdale, AZ
SVP Sales, Marketing, Business Development
Acxiom Corporation
VP, Business Unit Leader Sales Marketing and Business Development
Education:
Indiana University
Bachelor of Science in Mathematics
Skills:
Strategic Partnerships, Enterprise Software, CRM, Sales Management, Salesforce.com, Marketing Automation, Start Ups ,


David Wilson Photo 4

David Wilson - Scottsdale, AZ

Work:
Elliptical Mobile Solutions - Chandler, AZ
Operations Manager
HomeCheckaz - Scottsdale, AZ
Owner/Operations Manager
MOTOROLA Inc - Chandler, AZ
Materials Manager
Chain Management
Materials/Operations Manager
multiple Concurrent Engineering (CE) teams
Materials Manager
Radio Systems
Materials Team Member


David Wilson Photo 5

Loss-In-Weight Gravimetric Feeder

US Patent:
4579252, Apr 1, 1986
Filed:
May 5, 1983
Appl. No.:
6/491708
Inventors:
David H. Wilson - Scottsdale AZ
Kenneth W. Bullivant - Scottsdale AZ
Assignee:
K-Tron International, Inc. - Scottsdale AZ
International Classification:
G01G 1108
US Classification:
222 55
Abstract:
A loss-in-weight gravimetric feeding system is disclosed which includes a prefeeder for receiving and discharging material and at least first and second feeders for receiving material from the prefeeder and discharging the received material to a common collector. The system includes a device for alternately diverting material discharged from the prefeeder to the first and second feeders, circuits for generating a first and second weight signal representative of the weight of material in the first and second feeders respectively, and structure for generating a reference signal representative of a desired mass flow rate of material from a feeder. The system further includes a circuit for alternately comparing the reference signal to the first and second weight signals in synchronism with the diverting device for controlling each of the feeders based on the comparison between the reference signal and the weight signal associated with the feeder.


David Wilson Photo 6

Apparatus And Method For Improving The Accuracy Of A Loss-In-Weight Feeding System

US Patent:
4635819, Jan 13, 1987
Filed:
Mar 19, 1985
Appl. No.:
6/713749
Inventors:
David H. Wilson - Scottsdale AZ
James M. Loe - Scottsdale AZ
Assignee:
K-Tron International, Inc. - Scottsdale AZ
International Classification:
G01G 1108
US Classification:
222 58
Abstract:
A control for loss-in-weight feeders which decreases flow error during refill of the feeder hopper. The weight range (empty to full capacity) of the hopper is divided into weight increments. Samples are taken of the hopper weight during discharge and refill, and each sample is assigned to a weight increment. During discharge, a scale factor related to the density of material in the hopper is computed, assigned to a weight increment and stored in memory; and the hopper feed screw is driven at a speed proportional to the computed scale factor. During refill, the stored scale factors are retrieved from memory and the hopper feed screw is driven at a speed proportional to the stored scale factors; but no additional scale factors are calculated.


David Wilson Photo 7

Apparatus And Method For Improving The Accuracy Of A Loss-In-Weight Feeding System

US Patent:
4524886, Jun 25, 1985
Filed:
Jan 28, 1982
Appl. No.:
6/343143
Inventors:
David H. Wilson - Scottsdale AZ
James M. Loe - Scottsdale AZ
Assignee:
K-Tron International, Inc. - Scottsdale AZ
International Classification:
G01G 1108
US Classification:
222 58
Abstract:
A control for loss-in-weight feeders which decreases flow error during refill of the feeder hopper. The weight range (empty to full capacity) of the hopper is divided into weight increments. Samples are taken of the hopper weight during discharge and refill, and each sample is assigned to a weight increment. During discharge, a scale factor related to the density of material in the hopper is computed, assigned to a weight increment and stored in memory; and the hopper feed screw is driven at a speed proportional to the computed scale factor. During refill, the stored scale factors are retrieved from memory and the hopper feed screw is driven at a speed proportional to the stored scale factors; but no additional scale factors are calculated.