Project description
UV-mask is a UV-mask meant for people with a highly sensitive skin.
It features 100% protection from UV and has an integrated fan.**
The full design (electronics, mechanics and software) is available under
free licenses and the design is exclusively made with free tools.
The project started with ThePort hackathon 2015 to help to children suffering from Xeroderma pigmentosum (XP), a genetic disorder that causes extreme sensitivity to ultraviolet light. Special equipment has been developed to protect them from UV exposure and is in use since 2014 but it still has some issues with acoustics, temperature control and durability. The association THE Port started this project to help the children afflicted by the disorder and their families.
The aim of this project is to create a mask with several improvements:
- a more effective ventilation system to reduce the amount of steam that forms on the screen of the mask, especially in winter, and to improve wearer comfort in warm temperatures,
- a more ergonomic visor design with better acoustic properties to avoid reflection of the wearer's voice,
- different sizes of mask, i.e. one size for children and another for adults and teenagers,
- a technical material for the hood,
- a battery system indicating the run-time of the ventilation system,
- improved communications possibilities.
To be informed of the latest developments, and participate in the discussions, please subscribe to the mailing list.
Work on the mask in October 2015 (click picture to enlarge)*
Specifications
Electronics*
- Sensors
- Humidity
- Temperature
- I/O
- Fan (xx m3/h)
- Switches (fan on/off, manual/automatic)
- Various
- 500 mAh Lithium-ion battery, fuel gauge ?
- Based on Raspberry Pi
- Additional electronics developed with open KiCad design tool for schematics and PCB
- "Block diagram"
Mechanics*
- 3D-printed skeleton
- Developed with open FreeCAD design tool
Tissue*
- Medically approved UV-blocking tissue
Software*
- Developed with open gcc compiler
Project documents
- General information
- Information for designers
Related projects
Team
- Project management: Andrew Butterworth, Iulia Pascu
- Electronics: Andrew Butterworth, Erik van der Bij, Matteo Macchini, Christian Nieke, Robin Rajmaki, Katherin Garschall
- Mechanics design: Li Yu
- Mask cooling: Rémy Soubirane
- Tissue: Li Yu, Wafa Chaabi, Katherin Garschall
- Software: Matteo Macchini, Christian Nieke, Robin Rajmaki
- UV Dosimeter: Cosimo Canti, Bruce Marsh, Sebastien Rothe, Erik van der Bij, Andrew Butterworth
- Other: Karola Dette
- OHR site management: Erik van der Bij
- Wafa Chaabi (President of Enfants de la Lune)
Status
Date | Event |
02-10-2015 | Start at ThePort hackathon, first prototypes shown |
25-10-2015 | First wiki page |
17-11-2015 | Meeting. Decided to focus on checking out cost effective UV meters. |
08-12-2015 | Meeting. New design sketches for next mask prototype. Discussion about UV meters. Minutes |
09-02-2016 | Meeting. Contacts with a company about making a dedicated UV-meter advancing. Minutes |
09-03-2016 | Company is testing new UV detector component. |
21-04-2016 | Company actively testing new UV detector component. Student will work on studying methods of mask cooling. |
23-05-2016 | Company reached resolution of 0.001 MED/hr on low priced meter: 100 times better than before. Still we'd like to see 10 times better. |
24-05-2016 | Meeting discussing progress. Minutes |
21-06-2016 | Prototype UV meter can be shipped from US. Ready in time for "Camp Eté 2016 à Lamoura". |
15-07-2016 | Prototype UV meter received. Reading in 0.001 MED/hr. |
07-11-2016 | Progress on new prototype UV meter. Internal precision even 0.0001 MED/hr. Will have blinking UV symbol when UV light is present. |
24-04-2017 | New prototype UV meter still under development. |
24 April 2017