Jeremy L Colvin

US Patent:

20060070858, Apr 6, 2006

Filed:

Sep 30, 2005

Appl. No.:

11/241057

Inventors:

Cornelius de Swardt - Houston TX, US
Jeremy Colvin - Houston TX, US
Gerald Seidl - Houston TX, US

International Classification:

B65G 49/00

US Classification:

198803200

Abstract:

A waste water filter has a pair of driven chains carried by the frame and extending in a loop. Screen segments are located between the chains, each of the segments having apertures for the passage of fluid and a shelf portion to lift debris. End plates are secured to opposite ends of each of the segments and seal plates are located between the end plates and the chains. Fasteners secure the end plates and seal plates to the chains. Each of the segments has a first edge that overlaps an upstream side of a second edge of an adjacent segment.

US Patent:

20150154600, Jun 4, 2015

Filed:

Dec 4, 2013

Appl. No.:

14/097032

Inventors:

- Minneapolis MN, US
Laura Beth Rau - Frisco TX, US
Mohamed Adnan Elkadri - Frisco TX, US
Jeremy Wayne Colvin - Providence Village TX, US
Alexis Mary Shupak - Frisco TX, US
Lisa Marie Szatkiewicz - Irving TX, US
Patricia Anne Hooker - Frisco TX, US

International Classification:

G06Q 20/40
G06Q 20/10

Abstract:

Systems and methods provide for monitoring, determining, and processing risk indicators relating to a network and/or a consumer. Primary risk indicators may be determined that include measurable metrics of changes in consumer complaint data, e.g. fraud complaint volume or a change in volume with respect to other factors such as number of agents, transactions, and the like. Secondary and/or tertiary risk factors may also be determined, e.g. changes in network such as an increase in the number of agents, total transactions, metrics regarding agent training, trends in particular areas, changes in regulations, etc. With these primary and secondary metrics, systems and methods may monitor these metrics and provide statistical data regarding potential fraudulent activity or other loss data. Upon observing that risk indicators are beyond a pre-determined threshold, systems may determine and/or implement loss prevention measures throughout the network or in targeted areas of the network.