A billing system for billing for the use of television sets in a hospital, hotel or the like includes a computer located in a billing office and television sets located in various rooms. Command signals from the computer, video signals, and power for powering the television are all delivered to each television set over a single coaxial cable. Each television set includes a microprocessor, a modem and logic circuits which remain active even if a user turns off his television receiver. The computer may assume control over any one or more of the television receivers by issuing a slave command which, at a time specified in the command (1) turns an addressed television receiver on if it is off and (2) tunes the addressed receiver to a specific channel. The slave commands may be of two types. One type permits no control over the TV receiver by a user and the other permits a user to override the slave command.
A cable-ready television set having a controller with first and second sets of leads for scanning a plurality of push-button switches and, in response to actuation of the switches, entering into a tuner memory designations defining which channels may be selected for viewing and which channels may not be selected, is modified by disconnecting the switches and connecting the first and second sets of leads to a first connector accessible from the exterior of the set. A hand-held programming module includes a plurality of programming switches connected to a second connector so that each programming switch is connected between one lead in each of the first and second sets of leads when the connectors are mated. The hand-held module includes a non-volatile memory for storing tier data and a microprocessor responsive to actuation of tier selection switches on the module for applying the tier data to the programming switches. Actuation of the programming switches causes the tuner controller to load the tuner memory with designations indicating which channels may or may not be viewed.
Name / Title
Company / Classification
Phones & Addresses
Scott Brusaw Manager
PDi Communication Systems Inc. Medical Devices · Mfg Radio/TV Communication Equipment Mfg Industrial Machinery · Nonclassifiable Establishments
Solar Roadways Incorporated - Sagle, Idaho since Feb 2006
President & CEO
Radiant Bridge Solutions Apr 2001 - Feb 2006
Owner
ITT Technical Institute Aug 2003 - Dec 2004
Instructor
PDi Communications Dec 1988 - Mar 2001
Director of Research and Development
USMC May 1976 - May 1980
Sergeant (E-5) Ammunition Technician
Education:
University of Dayton 1990 - 1994
MS, Electrical Engineering
University of Dayton 1986 - 1988
BS, Electrical Engineering
Sinclair Community College 1983 - 1985
AS, General Studies
Skills:
Solar Energy Renewable Energy Solar Pv Alternative Energy Strategic Planning Sustainable Energy Entrepreneurship Electronics Public Speaking Start Ups Program Management Green Technology Sustainability New Business Development Highways Business Strategy Photovoltaics Microsoft Office Team Building Engineering Road Research Energy Efficiency Energy Climate Change Sustainability Consulting Strategy Project Planning Marketing Strategy Energy Audits Social Media Power Distribution Team Leadership Public Relations Nonprofits Management Consulting Energy Policy Software Social Networking Energy Management Teaching Fundraising Electrical Engineering Energy Conservation Editing Non Profits Wind Firmware Green Building Wordpress
billion per square mile. Scott Brusaw, founder of Solar Roadways, says there's about 29,000 square miles of paved roads in the lower 48 US states, and he'd like to turn most of them into solar roads. He'll need one hell of a Kickstarter to raise $330 trillion16 times the US national debtthough.
Date: Dec 23, 2016
Category: Business
Source: Google
Projects Seek to Turn Pavement into Alternative Energy Sources
ranslating that into a practical solution hasn't been easy, as it isn't as simple as taking solar cells off of a rooftop and burying them into the pavement. Scott Brusaw, who was trained as an electrical engineer, has come up with a hexagonal block that contains a solar cell protected by a thick glass cover.
Date: May 31, 2014
Category: Business
Source: Google
Indiegogo project wants to replace roads with solar panels
The project, simply titledSolar Roadways, was started by Idaho couple Julie and Scott Brusaw. As of Monday afternoon, the husband-and-wife team had passedtheir $1 million goal with no signs of stopping.