Paul M Cashman

US Patent:

20080098322, Apr 24, 2008

Filed:

Jun 1, 2007

Appl. No.:

11/756884

Inventors:

Howard Champion - Annapolis MD, US
Paul Sherman - Seattle WA, US
Mary Lawnick - Olney MD, US
Paul Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Kelliher - Scotia NY, US

Assignee:

SimQuest LLC - Silver Spring MD

International Classification:

G06F 3/048

US Classification:

715771000

Abstract:

A 3D surface wound, injury, and personal protective equipment (PPE) data entry system provides an easily usable graphical user interface through which an examiner can objectively record data relating to surface wounds and injuries sustained by a subject human, as well as PPE used when the wounds/injuries were sustained. The system includes a 3D human model onto which the examiner draws the surface wound(s) and/or damage to the PPE. The subject human's record is stored in a database of similar records. The database records comprise quantifiable, objective data that is easily compared and analyzed. An analysis tool can aggregate a selected population of human subjects within the database to create wound density information that can be statistically analyzed and/or displayed on a standard 3D human model. Such objective wound density information may facilitate improved medical and/or tactical training, and improved PPE design.

US Patent:

20080098333, Apr 24, 2008

Filed:

Jun 1, 2007

Appl. No.:

11/756908

Inventors:

Howard Champion - Annapolis MD, US
Paul Sherman - Seattle WA, US
Mary Lawnick - Olney MD, US
Paul Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Kelliher - Scotia NY, US

Assignee:

SimQuest LLC - Silver Spring MD

International Classification:

G06F 3/048
G06F 17/30

US Classification:

715849000, 707104100, 707E17009

Abstract:

A 3D surface wound, injury, and personal protective equipment (PPE) data entry system provides an easily usable graphical user interface through which an examiner can objectively record data relating to surface wounds and injuries sustained by a subject human, as well as PPE used when the wounds/injuries were sustained. The system includes a 3D human model onto which the examiner draws the surface wound(s) and/or damage to the PPE. The subject human's record is stored in a database of similar records. The database records comprise quantifiable, objective data that is easily compared and analyzed. An analysis tool can aggregate a selected population of human subjects within the database to create wound density information that can be statistically analyzed and/or displayed on a standard 3D human model. Such objective wound density information may facilitate improved medical and/or tactical training, and improved PPE design.

US Patent:

20140222458, Aug 7, 2014

Filed:

Apr 14, 2014

Appl. No.:

14/252342

Inventors:

- Silver Spring MD, US
Paul Sherman - Seattle WA, US
Mary M. Lawnick - Olney MD, US
Paul M. Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Patrick Kelliher - Scotia NY, US

Assignee:

SimQuest International LLC - Silver Spring MD

International Classification:

G06F 19/00

US Classification:

705 2

Abstract:

A computer-implemented method of analyzing damage to personal protective equipment (PPE) uses a processor connected to a memory device. A plurality of location informations are stored in the memory device. Each location information relates to a respective damage sustained by a respective PPE and comprises a size, shape, and location of the respective damage on the respective PPE. The method includes aggregating and analyzing the location informations from a plurality of the plurality of location informations. At least two of said plurality of the plurality of location informations relate to respective damages sustained by different respective personal protective equipment. The analysis may include displaying the damage from a plurality of the location informations as a function of location on a personal protective equipment model. The analysis may involve filtering the information to isolate criteria of interest. The analysis may be used to improve PPE design and/or tactical training.