James Joseph Weber
Engineers at Xeric Ct, Denver, CO
License number
Colorado 6641
Issued Date
Aug 28, 1965
Renew Date
Jun 2, 1984
Expiration Date
Jun 2, 1984
Type
Professional Engineer
Address
Address
3132 S Xeric Ct, Denver, CO 80231
Professional information
James P. Weber - Lakewood, CO
Work:
TriZetto Group, Inc - Greenwood Village, CO
Project Manager / Sr. Service Desk Associate IBM - Greenwood Village, CO
Insight Global Contractor U.S Federal Government BLM - Denver, CO
G&B Solutions / Northrop Grumman Contractor U.S. Federal Government BLM - Denver, CO
G&B Solutions / Northrop Grumman Contractor State of Colorado CDHS - Denver, CO
Compuware Corporation Contractor U.S. Federal Government DOL - Denver, CO
Greenbar Corporation Contractor Agilent Technologies - Denver, CO
Contractor
Project Manager / Sr. Service Desk Associate IBM - Greenwood Village, CO
Insight Global Contractor U.S Federal Government BLM - Denver, CO
G&B Solutions / Northrop Grumman Contractor U.S. Federal Government BLM - Denver, CO
G&B Solutions / Northrop Grumman Contractor State of Colorado CDHS - Denver, CO
Compuware Corporation Contractor U.S. Federal Government DOL - Denver, CO
Greenbar Corporation Contractor Agilent Technologies - Denver, CO
Contractor
Education:
Westwood College of Technology
Associate of Applied Science in Network/System Administration (CCNA) Academy
Associate of Applied Science in Network/System Administration (CCNA) Academy
James Weber - Lone Tree, CO
Work:
A and b builders - Denver, CO
Superintendent
Superintendent
Vacuum Control Valve
US Patent:
4856478, Aug 15, 1989
Filed:
Dec 14, 1987
Appl. No.:
7/132956
Inventors:
James H. Weber - Denver CO
Rodney H. Cornish - Littleton CO
Rodney H. Cornish - Littleton CO
International Classification:
F02P 512
US Classification:
123407
Abstract:
A vacuum control valve logically selects between a pair of variable vacuum sources to provide a vacuum to a vacuum use station such that the supplied vacuum is the greater of the two vacuums (the lesser of the pressures). The valve has a main body with a longitudinal passageway extending between first and second inlets connectable to the vacuum sources. An outlet connectable to the vacuum use station is located centrally of the passageway and communicates therewith. A pair of valve elements are located in the passageway and operate to open and close fluid communication between the outlet and the two inlets so that the inlet having the greater vacuum is open for communication while the inlet with the lesser vacuum is closed. Preferably, the valve elements are mechanically connected to one another by a hollow spindle provided with outer ports adjacent each valve element and a central port which communicates with the outlet. Each valve elements seats and unseats against a respective valve seat formed in the passageway.