Jason Alan Fox

20030144901, Jul 31, 2003

Sep 24, 2002

10/254822

Jeffery Coulter - Frisco TX, US
Terry Mullis - Frisco TX, US
Nancy Meduna - Omaha NE, US
Jeffrey Cotten - Addison TX, US
Jason Fox - Plano TX, US

G06F017/60

705/011000

Managing performance data includes receiving a record of an agreement between a first party and a second party, where the second party is either a supplier or an alliance partner. Performance data describing the second party is retrieved. An evaluation of the second party evaluated with respect to the agreement and the performance data is received. The record of the agreement, the performance data, and the evaluation of the second party are reported.

20110125698, May 26, 2011

Aug 17, 2007

12/376566

David R. Rome - Lone Tree CO, US
Peter Allmond Tinker - West Hills CA, US
Jason R. Fox - Thousand Oaks CA, US

G06N 5/02

706 50

Provided is a method of determining task scheduling probability. More specifically, the method includes establishing a set of task attributes. A database of prior task vectors in accordance with the set of task attributes then also provided, wherein each prior task vector representing a prior scheduled task. A new task is received having at least a subset of the task attributes. For this new task, a new task vector is generated based on the new task attributes. The new task vector is compared with the prior task vectors and the differences are recorded. The probability of successful scheduling is then evaluated based on the aggregate differences for each attribute. A system operable to perform the method is also provided.

20210402097, Dec 30, 2021

Jun 28, 2021

17/360850

- Broomfield CO, US
Matthew Gilbert Seehausen - Westminster CO, US
Jason William Fox - Greenwood Village CO, US
Richard Wayne LeVaughn - Arvada CO, US
Andrew David Fish - Monument CO, US
Eric William Sugano - Arvada CO, US

A61M 5/20
A61M 5/32

Parenteral delivery of a beneficial agent using an auto-injector configured for reduction of forces acting on a primary container for the beneficial agent during activation of the auto-injector. The primary container may be disposed within a pressure chamber of the auto-injector such that an increased pressure within the pressure chamber during activation is applied to a stopper of the primary container and an external surface of a sidewall of the primary container. In turn, a pressure differential between a containment volume of the primary container and the pressure chamber may be reduced or eliminated. In turn, forces acing on the primary container in response to the pressure increase in the pressure container may be reduced or eliminated. Configurations are also provided for improved relative movement between a stopper and a sidewall of the primary container for more reliable injection.