James Edward Jones
Electrician at Zephyr Way, Littleton, CO
License number
Colorado 103170
Issued Date
Mar 2, 2000
Renew Date
Mar 1, 2009
Expiration Date
Sep 30, 2011
Type
Journeyman Electrician
Address
Address
8134 S Zephyr Way S Zephyr Way, Littleton, CO 80128
Personal information
See more information about James Edward Jones at radaris.comName
Address
Phone
5124 Williams Fork Trl APT 206, Boulder, CO 80301
Professional information
Associate Broker
Specialties:
Buyer's Agent, Listing Agent, Relocation, Short-Sale
Work:
4610 W Mineral Dr, Littleton 80128
Links:
Website
Twitter
LinkedIn
James Jones - Littleton, CO
Work:
Western States Fire Protection
Fire Sprinkler Installer Cherry Cleaners - Denver, CO
l Provided outstanding customer service and manager duties
Fire Sprinkler Installer Cherry Cleaners - Denver, CO
l Provided outstanding customer service and manager duties
Education:
The Academy of Art University - San Francisco, CA
Bachelor of Arts in Animation
Bachelor of Arts in Animation
Arrangement Of Interactive Processors For Control Of Ports
US Patent:
4479034, Oct 23, 1984
Filed:
Jun 23, 1983
Appl. No.:
6/507935
Inventors:
Barrie Brightman - Fern Park FL
Thomas E. Ellis - Altamonte Springs FL
James E. Jones - Littleton CO
Pedro A. Lenk - Fern Park FL
William H. Stewart - Longwood FL
John W. Woodward - Longwood FL
Thomas E. Ellis - Altamonte Springs FL
James E. Jones - Littleton CO
Pedro A. Lenk - Fern Park FL
William H. Stewart - Longwood FL
John W. Woodward - Longwood FL
Assignee:
Stromberg-Carlson Corp. - Longwood FL
International Classification:
H04M 302, H04Q 354
US Classification:
179 18ES
Abstract:
A common control for a community office (C. O. ) switching system includes two interactive processors. One of these interactive processors is a call control processor which comprises the uppermost element in the control hierarchy. It is a stored program processor and its functions include: (i) control of call progression, (ii) marking paths through the matrix switch network, and translations. The other of these interactive processors is a port event processor. It is a construction of electronic logic circuitry known as "combinatorial logic". The port event processor operates on the principle of the combinatorial logic being sequentially coupled to every one of the port equipment positions over a 4 millisecond scan cycle. A pair of functional units of the port event processor provide the common control capability to sense or transmit supervisory events. These function units also interact with the call control processor in a way which permits the latter to function as the uppermost hierarchical element of the common control with substantially no burden of performing real-time tasks connected with port events.
Arrangement Of Interactive Telephone Switching Processors For Performing Timing Analyses Of Port Events
US Patent:
4451702, May 29, 1984
Filed:
Jun 18, 1981
Appl. No.:
6/275072
Inventors:
Barrie Brightman - Fern Park FL
Thomas E. Ellis - Altamonte Springs FL
James E. Jones - Littleton CO
Pedro A. Lenk - Fern Park FL
Jayantkumar R. Shah - Longwood FL
William H. Stewart - Longwood FL
John W. Woodward - Longwood FL
Thomas E. Ellis - Altamonte Springs FL
James E. Jones - Littleton CO
Pedro A. Lenk - Fern Park FL
Jayantkumar R. Shah - Longwood FL
William H. Stewart - Longwood FL
John W. Woodward - Longwood FL
Assignee:
Stromberg-Carlson Corporation - Lake Mary FL
International Classification:
H04M 322, H04Q 354
US Classification:
179 18ES
Abstract:
A common control for a community office (C. O. ) switching system includes two interactive processors. A call control processor comprises the uppermost element in the control hierarchy and is a stored program processor that controls call progression, marks paths through a matrix switch network, and performs other functions. A port event processor constructed of "combinatorial logic" is sequentially coupled to every port equipment position connected thereto over a four millisecond scan cycle. Interaction between the call control processor and the port event processor is effected through a port data store, which provides an individual port data file per port equipment position. The port event processor also includes timers that respond to call timing information that can be stored in a port data field for controlling the processing of certain signals from the corresponding port equipment position.