Tony Small

US Patent:

46332480, Dec 30, 1986

Filed:

Jul 19, 1984

Appl. No.:

6/632493

Inventors:

Tony M. Small - Houston TX

Assignee:

Halliburton Company - Duncan OK

International Classification:

G01V 100

US Classification:

340853

Abstract:

A well logging sonde adapted to be lowered in a wellbore which incorporates an improved shock isolation system is set forth in the preferred and illustrated embodiment. An electronic support wafer or circuit board mount within the sonde is enclosed within the outer steel case or housing. Shock mounting is achieved by imposing a spring member having oval cross section turns between the support wafer and the surrounding housing. The wafer has a shallow circumferential groove cooperatively shaped for receiving the spring member. A preferred material for the spring member is beryllium copper alloy.

US Patent:

44509073, May 29, 1984

Filed:

Jul 19, 1982

Appl. No.:

6/399544

Inventors:

James M. Clark - Lafayette LA
Tony M. Small - Houston TX

Assignee:

Halliburton Company - Duncan OK

International Classification:

E21B 2100

US Classification:

166223

Abstract:

This invention relates to a system for cleaning debris and precipitated materials from above a packer in a well bore. The tool includes a special overshot which attaches to a cut off tubing on a packer. The overshot has a closed off bore and a side opening which is coupled to a tubing string. A cleaning tool is pumped down the tubing and has a flexible tubing which passes through the side opening. Fluid can be circulated from the tubing to the annulus and remove precipitates. The cleaning tool has a collar location for position alignment.

US Patent:

45047367, Mar 12, 1985

Filed:

Jun 16, 1982

Appl. No.:

6/388844

Inventors:

Harry D. Smith - Houston TX
Tony M. Small - Houston TX
John G. Deaton - Brookshire TX

Assignee:

Halliburton Company - Duncan OK

International Classification:

G01V 504

US Classification:

250256

Abstract:

This invention relates to a logging tool housing construction for use with gamma ray logging devices. The tool housing is constructed of materials designed for maximum transmission of low energy natural gamma ray energies (E=150-300 Kev). The housing material which encloses a gamma ray detector is a tubular, filament wound graphite composition and has a tubular metal sleeve for wear protection. The core and tubular metal sleeve are constructed and interconnected to meet mechanical and pressure requirements for oil well logging use.