Resumes
Resumes
Milton Cram Phones & Addresses
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Cedar Park, TX
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Austin, TX
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Houston, TX
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Atlanta, GA
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9807 Vista View Dr, Austin, TX 78750
Work
Position:
Service Occupations
Business Records
Name / Title
Company / Classification
Phones & Addresses
Principal
Automated Church Systems
Business Services
Business Services
9807 Vis Vw Dr, Austin, TX 78750
Publications
Us Patents
Method And Apparatus For Balancing The Electrical Output Of The Receiver Coils Of An Induction Logging Tool By Use Of A Slidable Magnetic Rod For Eliminating Direct Coupling
View pageUS Patent:
54670195, Nov 14, 1995
Filed:
Mar 1, 1994
Appl. No.:
8/203809
Inventors:
Robert A. Lester - Houston TX
David Beard - Houston TX
Milton E. Cram - Houston TX
David Beard - Houston TX
Milton E. Cram - Houston TX
Assignee:
Western Atlas International Inc. - Houston TX
International Classification:
G01V 310
G01N 2772
G01N 2772
US Classification:
324339
Abstract:
In an induction logger, a method for nulling the output signal from a pair of series-coupled receiver coils by altering the magnetic flux distribution within the coils by use of one or more magnetic equalization bodies. The shape and aspect ratio of the equalization body are chosen to minimize temperature dependence of the initial permeability. Alternatively, a highly conductive equalization body may be used.
Time Domain Electromagnetic Well Logging Sensor Including Arcuate Microwave Strip Lines
View pageUS Patent:
56315627, May 20, 1997
Filed:
Sep 25, 1995
Appl. No.:
8/533188
Inventors:
Milton E. Cram - Houston TX
Thomas A. Janes - Tampa FL
Thomas A. Janes - Tampa FL
Assignee:
Western Atlas International, Inc. - Houston TX
International Classification:
G01V 312
G01R 2702
G01R 2702
US Classification:
324333
Abstract:
An electromagnetic well logging tool for imaging the electrical characteristics of a borehole. A tool inserted into the borehole includes the appropriate mechanical apparatus to align a plurality of transmission lines adjacent to the borehole wall without requiring direct electrical contact. Electrical circuitry applies a step or impulse voltage on one end and samples the reflections at the same end of each transmission line, where the reflections indicate the magnitude of any changes of dielectric constant of the material of the borehole wall. The transmission lines are preferably angled relative to the center line of the borehole for a complete mapping of the circumference. The tool is moved at a desired speed through the portion of the borehole where measurement is desired. The sampling rate of the reflections depends on the desired speed of the tool and the desired resolution of the measurements.
Fault Tolerant Optical Communication Apparatus And Method
View pageUS Patent:
63076527, Oct 23, 2001
Filed:
Apr 28, 1998
Appl. No.:
9/069060
Inventors:
Mohammed Fassih-Nia - Austin TX
Ernest A. Cisneros - Pflugerville TX
Milton E. Cram - Austin TX
Donald Ray Taylor - Austin TX
Ernest A. Cisneros - Pflugerville TX
Milton E. Cram - Austin TX
Donald Ray Taylor - Austin TX
Assignee:
Weed Instrument Company, Incorporated - Round Rock TX
International Classification:
H04B 1020
H04B 1000
H04B 1000
US Classification:
359110
Abstract:
An optical communication system (11) includes a plurality of nodes (16,17,18,19), each node connected in a first optical communication path (22) and a second optical communication path (23) extending parallel to the first optical communication path. The first optical communication path (22) is joined to each node by a first receiver (30) and first transmitter (31), while the second optical communication path (23) is joined to each node by a second receiver (32) and second transmitter (33). One of the nodes comprises a control unit node (19) having a control unit (37) associated therewith. The other nodes of the communication system comprise data unit nodes, each having a data unit (36) associated therewith. The communication system (11) normally operates with the control unit (37) in an open mode of operation in which data is not transferred across the node. Thus, in normal operation, the communication system (11) operates in an open ring configuration.