Engineering White Board

2016:


Rotational Force Analysis Paper Excerpts:








Qual Testing of The Smart Cap 2.0-Thanks Solubit!!




2015:


The Physics Behind a the Movement of a Concussed Brain:



Measuring Torque with Our Smart Helmet Version 4.X!












Modeling the Occipital Lobe for Our Advanced Brain Model:




Viscosity of water vs. temperature is applicable to Smart Helmet's augmentation:







Dampened sinusoidal movement of brain movement after impact continues to prove out in fluid dynamic tests:






2014:

More photos of The Smart Helmet Prototype 2.9, demonstrated to Dr. Rand Redfern:





The Smart Helmet MRAM-35 Nanosecond addressing!!!

Wired and Ready!!!






The Transmitter's Payload--all 22 Commands of The Smart Helmet!!






Our Smart Helmet MRAM Memory:



Smart Helmet Hexadecimal Wireless Command Structure:







Si 106 with Pico Board at 20 dB:




CMT is pleased to announce the receipt of our official trademark certificate for The Smart Helmet®






List of Telemetry Points-Database Rev 1.4:






List of Commands - Command Database - Inc 1.4:






Database Tables Rev 1.4

















The wireless MCU Inc 2.1 Rev C software thread for the wireless MCU, which defines all internal subroutines and calls to the other supporting interface CPCIs:  





2013:

Dec 16, 2013: System Engineering Tradespace continues on on-board transceivers, with Silicon Labs Si472x being an early favorite. The team is also looking at the wireless MCU product line.



Dec 16, 2013: LDC1000 Sensor Analysis Continues System Specs



December 2013: Continued Tradespace Analysis of Helmet Wire Harness Options



LDC1000 Rotational Sensor CONOPS Part 2 of 2: All sensors with Theta Angle Call out



LDC1000 Rotational Sensor CONOPS Part 1 of 2: Interfaces with MCU and Memory Call outs



Dec 2013-LDC1000 Interface to TI MSP430: I/F issues with SI Labs MCU Sim3U1 for Smart Helmet®



Dec 2013-Proximity Samples vs Microhenry
Need to confirm location of LDC 1000 within helmet min/max mm distance to surface et al



November 2013: Valve and Assembly Connected to MCU SDK Power within Helmet



Nov 2013 - First Database Table built for Oracle 12c



Nov 2013 - First Database Table built for Oracle 12c



Latest Depiction of Helmet Computer Housing for the Smart Helmet®



September,2013: Solenoid Valve Assembly Taking Shape within Helmet



Drawing reflecting how the MCU cartridge might look, with it being housed
In an aluminum, lightweight, strong chassis, with some ‘shock absorbers’
Installed on the 4 corners:
Fodemski/Agbesola: 26 Sept 2013; Columbus, Ohio






Drawing depicting how strain gauges would be put on a flex fabric/material
And etched into a printed circuit board, with all power meeting on the
Bottom and connecting with other “Layers”.
Fodemski /Agbesola: 26 Sept 2013-Columbus, Ohio




Drawing depicting how strain gauges would be put on a flex fabric/material
And etched into a printed circuit board, with all power meeting on the
Bottom and connecting with other “Layers”.
Fodemski /Agbesola: 26 Sept 2013-Columbus, Ohio



Depiction of how batteries might be within the MCU cartridge and
Options for placing air bags within the regular foam padding: 9/26/13
Fodemski/Agbesola: 26 Sept 2013; Columbus, Ohio



Prototype revision 1.2 MCU SDK & Solenoid Valves September 2013

















Comparative Weight Analysis



Smart Helmet® Accelerometer Analysis Military and Sports Max G-Forces August 2013



Software Architecture for the Smart Helmet® Initial Submittal White Paper August 2013



Veryst Engineering Test Labs-Needham, Mass July 2013



The start of the 6 month prototype plan June 2013



Another patent in the works – The Induction Torque Sensor June 2013



Final selection of the MCU June 2013



Advanced Measurement System Tier 0 Table All Sensors June 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



April 2013



Head –Spine Test with Integration of Neck Moment Arm March 2013



Feb 2013: Proof of Concept 3 Defined and Published




Feb 2013: Long Term Sustainment Architecture Defined and Published



2012:

Stepped Simulation Specification Initial Delivery December 2012



Proof of Concept 1 and 2 Draft Initial Delivery to Veryst Engineering Oct 2012



System Architecture Engineering, Integration and Test – First Draft October 2012



System Diagram w/ Render Analysis Sept. 2012



Helmet Parts:
October 2012
Memory-RAM
Installed within the Helmet-This is where the database is stored that tells at what thresholds of force to fire off the air bags as well as other personal information and algorithms

October 2012: Memory is Everything- Tradespace Begins: Installed within the helmet is memory that dictates what thresholds to fire the air dampening bladders



October 2012: Memory is Everything- Tradespace Begins: Installed within the helmet is memory that dictates what thresholds to fire the air dampening bladders



History of Helmets Section
Evaluations begin on the history of helmet design and performance.
Sept. 2012



History of Helmets Section
Evaluations begin on the history of helmet design and performance.
Sept. 2012



History of Helmets Section
Evaluations begin on the history of helmet design and performance.
Sept. 2012



Solenoid Valves Offramp-Tradespace Analysis Permanent On Ramp September 2012



First patent issuance for Concussion Mitigation Technologies March 2012



2011:

Film 1 – September 2011



First Heads Up Rendering – Total System Performance August 2011



Proof of Concept Dry Runs of the Dampened Sinusoidal Brain Model June 2011



Impact testing with 32 air bag configuration June 2011




2010:



2009:






Telephone

(719) 347-1693
Concussionmitigationtech@gmail.com

Troy A Fodemski
Manager/Founder

Postal address

121 South Tejon Street Suite 900
Colorado Springs, CO 80903

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