Robert Charles Moyer
Engineers in Rochester, NY

License number

Colorado 9951

Issued Date

Jun 6, 1970

Renew Date

Feb 23, 1985

Expiration Date

Feb 23, 1985

Type

Professional Engineer

Address

3409 St Paul Blvd, Rochester, NY 14617

Professional information

Robert Moyer - Rochester, NY

Work:

Bayview Family YMCA - Rochester, NY
American Sports and Fitness Certified Personal Trainer EOS-CCA - Rochester, NY
Collection Specialist PRALID - Rochester, NY
Residential Habilitator ADT Security Services - Rochester, NY
Inbound/Outbound Customer Service Representative West Asset Management - Warsaw, NY
Dept. of Education Collection Specialist Pioneer Credit Recovery/Sallie Mae - Perry, NY
United Student Aid Funds Collection Specialist

Education:

New York State Fire Academy - Montour Falls, NY
Certificate in Fire Sciences Erie Community College - Buffalo, NY
Emergency Medical Technician Genesee Community College - Batavia, NY
Criminal Justice, Business Administration

Skills:

MS Office, Excel, Word

Financial Specialist

Position:

YEAH RIGHT at Nope Industries

Location:

Rochester, New York Area

Industry:

Sports

Work:

Nope Industries - YEAH RIGHT

Ventilation Control System

US Patent:

4497242, Feb 5, 1985

Filed:

Feb 11, 1982

Appl. No.:

6/347752

Inventors:

Robert C. Moyer - Rochester NY

Assignee:

Barber-Colman Company - Rockford IL

International Classification:

F23J 1100

US Classification:

981153

Abstract:

The unnecessary removal of heated or cooled room air by fume hoods is prevented during off-peak periods through a manual and automatic fume hood ventilating system. Ventilation (exhaust) air quantities are reduced in response to operator and/or automated programmed control of the exhaust fan shaft speed. The safety integrity of the fume hood system is improved by providing the operator with visual and audible dynamic feedback of the system operating status. Room air balance is maintained through subsequent reset of the room supply air coincident with exhaust air quantity adjustment. Building make-up air balance is possible using individual instantaneous exhaust flow summary signals to control the outside air flow rate.