ALBERT CASAREZ LOZANO, JR
Electrician at Warfield St, San Antonio, TX
License number
Texas 117970
Expiration Date
Oct 6, 2017
Category
Apprentice Electrician
Address
Address
12026 Warfield St, San Antonio, TX 78216
Phone
(210) 340-3169
Professional information
Albert Lozano - San Antonio, TX
Work:
Shop foremanVidaurri inc
Sheet meatal installer Apple/Volt - San Antonio, TX
Inbound Technician Wells Fargo - San Antonio, TX
outbound Collection Representative Sears Call Center - San Antonio, TX
Inbound Customer Service Representative
Sheet meatal installer Apple/Volt - San Antonio, TX
Inbound Technician Wells Fargo - San Antonio, TX
outbound Collection Representative Sears Call Center - San Antonio, TX
Inbound Customer Service Representative
Albert Lozano - San Antonio, TX
Work:
Apple/Volt
Inbound Technician support Wells fargo - San Antonio, TX
Inbound/outbound Collection Representative Sears Call Center - San Antonio, TX
Inbound Customer Service Representative
Inbound Technician support Wells fargo - San Antonio, TX
Inbound/outbound Collection Representative Sears Call Center - San Antonio, TX
Inbound Customer Service Representative
Albert Lozano - San Antonio, TX
Work:
Star Shuttle
Driver Keystone Academic Excellence - San Antonio, TX
Custodian Champs Medical
Driver/ Technician Construction Laborer - San Antonio, TX
Driver Keystone Academic Excellence - San Antonio, TX
Custodian Champs Medical
Driver/ Technician Construction Laborer - San Antonio, TX
Magnetic Inspection Of Reinforcing Steel Using Sensor Array
US Patent:
4531091, Jul 23, 1985
Filed:
Mar 29, 1982
Appl. No.:
6/363219
Inventors:
Felix N. Kusenberger - San Antonio TX
Albert S. Lozano - San Antonio TX
Wilson B. Tarver - San Antonio TX
Albert S. Lozano - San Antonio TX
Wilson B. Tarver - San Antonio TX
Assignee:
The United States of America as represented by the Secretary of
Transportation - Washington DC
Transportation - Washington DC
International Classification:
G01N 2782, G01R 3312
US Classification:
324242
Abstract:
A method of inspecting the reinforcing members in prestressed concrete beams by generating a magnetic field close to the beam and measuring the field by means of a Hall effect sensor located between the pole pieces of the magnet. A partial or total break in a reinforcing member produces an anomaly in the magnetic field, which in turn registers as a voltage "spike" in the output of the Hall effect sensor. The method further includes a method for enhancing the data by substantially reducing or eliminating the effects of transverse reinforcing steel or support members located at the site of a break in the prestressed member.