Paul R Ingram

US Patent:

54631637, Oct 31, 1995

Filed:

Mar 29, 1993

Appl. No.:

8/038485

Inventors:

Trent P. Young - Longmont CO
Paul R. Ingram - Thornton CO
Steven J. Ingram - Denver CO

Assignee:

SOL-CAP, Inc. - Longmont CO

International Classification:

B09B 300

US Classification:

588249

Abstract:

A process for absorbing liquid and solid toxic waste in an agglomerate using asbestos, rock wool and the like as a sponge material. The toxic waste is mixed with the sponge material in a dehydration tank. The dehydration tank is used to remove any residual vapor from the mixed material in order to provide a dry textured mixture. The dry mixture of the sponge material with absorbed toxic waste is than introduced to a resin adhesive mixing tank. The resin adhesive mixing tank is used for coating the exterior surface of the sponge material to prevent seepage and migration of the toxic waste from the sponge material. The coated sponge material with toxic waste is removed from the resin adhesive mixing tank and individual portions of the coated mixture are compacted under high pressure into a stackable solid waste cubes. In the case of absorbing radioactive nuclear toxic waste, each of the solid waste cubes is than encapsulated with a lead and cadmium thermoplastic coating for attenuating gamma radiation from the toxic waste. The cadmium prevents emitted neutrons in the toxic waste from ionizing the lead in the surrounding encapsulation.

US Patent:

20180165418, Jun 14, 2018

Filed:

Dec 8, 2016

Appl. No.:

15/373273

Inventors:

- Denver CO, US
Matthew Kellar MacLeod - Denver CO, US
Paul Ingram - Poulsbo WA, US

International Classification:

G06F 19/00

Abstract:

A health recommendations system that collects data about multiple factors pertaining to an individual's health and uses such data to recommend contextual changes that are likely to have a positive health impact on the individual. The collected factor data is used by the system to generate a vector characterizing the health of the individual over time. Using the individual's health vector, the system generates a current health score of the individual, which characterizes whether the individual is healthy or unhealthy. By periodically assessing the health vector of the individual and generating health scores, the system also constructs a trend of the individual's health score as the individual's health varies over time. The system compares the individual's health score trend data with data reflecting the health score trend of similarly-situated people, and, based on that comparison, generates recommendations for actions or changes that the individual can take that are likely to improve the individual's health.