Kearney Lee Pruett
Engineering at Adams Rd, Springridge, LA

License number
Louisiana PLS.0003116
Issued Date
Dec 21, 1970
Expiration Date
Sep 30, 2012
Category
Civil Engineer
Address
Address
9175 Adams Rd, Springridge, LA 71047

Professional information

Kearney Pruett Photo 1

Air/Water Volume Control System

US Patent:
5205316, Apr 27, 1993
Filed:
Sep 8, 1992
Appl. No.:
7/941532
Inventors:
Kearney L. Pruett - Keithville LA
International Classification:
F04F 100
US Classification:
137209
Abstract:
Apparatus is described for controlling the volumes of water and headspace air in a water storage/delivery tank of an individual water well system that includes a pump for maintaining water within the storage/delivery tank and for maintaining the pressure in the tank within preselected limits. The apparatus enables the water level within the tank to be assessed, the air pressure within the tank to be assessed, and the respective volumes of headspace air and water within the tank to be adjusted independently of the pump. Three versions of the apparatus are described: a manually operated system, a semi-automatic system, and a fully automatic system. Use of the apparatus overcomes problems associated with the absorption of the air within the tank and resultant water-logging of the tank. Once this occurs, the pump is caused to switch on and off to an excessive extent. This in turn results in excessive power consumption and wear and tear on the pump and its associated motor, to say nothing of the nuisance the dwelling occupants experience because of such frequent stops and starts of the motorized pump.


Kearney Pruett Photo 2

Tire Carcass Shredding Method And Apparatus

US Patent:
5443567, Aug 22, 1995
Filed:
Oct 20, 1994
Appl. No.:
8/327692
Inventors:
Kearney L. Pruett - Keithville LA
International Classification:
B02C 1802, B02C 1912, B02C 2302
US Classification:
241 29
Abstract:
The present invention relates to a method and apparatus for shredding annular objects, preferably the carcasses of discarded tires, into multiple uniformly shaped pieces. More specifically, the present invention includes a novel multi-stage apparatus which automatically divides tire carcasses into two side wall sections and a tread section. The apparatus then further divides the wall and tread sections into multiple relatively small, uniform pieces. The pieces so formed are suitable for a variety of purposes, including recycling.