This is a property of type Text.
S
La Machinerie : http://lamachinerie.org +
La Machinerie : http://lamachinerie.org +
tissus :
a trouver / définir
(cuir ? ou pas ? autre ? quoi ? )
et a acheté, du coup.
couturiere :
a trouver +
Check out this tutoral and many more on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com]. +
Check out this tutoral and many more on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com]. +
Idée d'amélioration : utiliser un gros pneu Goodyear plutôt que Michelin, et poncer les bords sur une meule. +
Idée d'amélioration : utiliser un gros pneu Goodyear plutôt que Michelin, et poncer les bords sur une meule. +
pour cette sarbacane, je me suis inspiré du tutoriel de Grant Thompson [https://www.youtube.com/watch?v=YgT8I2uxJ6o]. +
Association porteuse : exocean.org
Merci au Kon ar Lab (Fab Lab de Concarneau) : www.konkarlab.bzh +
Association porteuse : exocean.org
Merci au Kon ar Lab (Fab Lab de Concarneau) : www.konkarlab.bzh +
* To download the open source files for this thermostat, visit our [https://github.com/spark/thermostat Github page].
* To get the Photon tiny Wi-Fi development, visit [https://store.particle.io/collections/photon our store]
+
* To download the open source files for this thermostat, visit our [https://github.com/spark/thermostat Github page].
* To get the Photon tiny Wi-Fi development, visit [https://store.particle.io/collections/photon our store]
+
è una tecnica per realizzare prodotti virtuali +
For more information about UV Properties of Plastics: Transmission & Resistance, [http://www.coleparmer.com/TechLibraryArticle/834 visit this page]. +
For more information about UV Properties of Plastics: Transmission & Resistance, [http://www.coleparmer.com/TechLibraryArticle/834 visit this page]. +
== List of parts ==
1x [https://drive.google.com/file/d/1N1k6RxDnZtbSd_nBgNX-ozBYsEIFRAkR/view?usp=sharing <u>3D printed snap support</u>]
1x electronic component (ex. Led, buzzer, mini vibrating motor)
2x [https://www.banggood.com/Effetool-10pcs-12mmx6mm-Cylinder-Magnet-Round-Rare-Earth-Neodymium-Magnet-p-1304985.html?rmmds=myorder&cur_warehouse=CN <u>12x6mm magnets</u>] +
Thank you to the contributors :
* Florent Dupont for :
** the training courses to construct the Scheffler concentrator and other open-source technologies ; his work allowed Damien to transfer the Scheffler technologie and it developped the working skills of François to build up the roaster.
** the welcoming of 'Sun and Wind workshop' (in French, L'atelier du soleil et du vent), structure managed by Florent ; the drum presented in this tutorial was constructed here.
* Manfred Amoureux: for the contact between GRUPO PUCP, Damien and François.
* Damien Puigserver: for transferring the Scheffler technology to GRUPO PUCP
* Miguel Hadzich for its long lasting engagement in the management of GRUPO PUCP and for its support for the solar roasting project.
* Juan Pablo Perez Panduro :
** for his involvement and its motivation in this project, very useful to the people from the rural areas of Peru.
** for the 3D modeling of the Scheffler concentrator and Compadre's solar roaster!
* team of the Intikallana projet (Juan Pablo Perez Panduro, Luis Miguel Hadzich, Sandra Vergara, Julien Delcol et François Veynandt) that developped the first prototype of coffee solar roasting in 2012.
* team of Compadre startup (Juan Pablo Perez Panduro, François Veynandt, Fiorella Belli, Jose Uechi???, puis Felix Escalantes ???...) for the re-design of the solar roasting prototype, ergonomical version in 2014-2015. The presented model from this tutorial is adapted to higher latitudes (0° à 50°, ok in France). The model used in Peru is working perfectly for latitudes close to equator (0° à 40°).
* Donato for his expertise in metal work and his involvement in the roaster prototypes construction, especially during the development step
* UTEC University, Andrés Benavides and Gonzalo Villaran, for their support while developing the Compadre start-up
* Armenia Siladi for
** her moral support, her help for the building tutorial and chte construction of the French roaster version
** the translation from French to English of this building tutorial!
* Johann, Arnaud, Armenia Siladi, Jean-Baptiste Brette, Jean Vincent, Florent Dupont for their help and their advices for building the roaster.
* François Veynandt for :
** adapting the roaster plans to correspond to a Scheffler concentrator in France
** funding of the described roaster and the material logistics
** constructing the roaster and writing the building tutorial
* Open Source Ecologie France for its support to Compadre and the project and Compadre coffee presentation during the Fête d'OSE from January 2016.
* Charles Morat for his support to the Compadre project in France.
* WikiFab for constructing this platform to allow exchanges on open-source technologies!
* ...
(°u°)
Thank you to the contributors :
* Florent Dupont for :
** the training courses to construct the Scheffler concentrator and other open-source technologies ; his work allowed Damien to transfer the Scheffler technologie and it developped the working skills of François to build up the roaster.
** the welcoming of 'Sun and Wind workshop' (in French, L'atelier du soleil et du vent), structure managed by Florent ; the drum presented in this tutorial was constructed here.
* Manfred Amoureux: for the contact between GRUPO PUCP, Damien and François.
* Damien Puigserver: for transferring the Scheffler technology to GRUPO PUCP
* Miguel Hadzich for its long lasting engagement in the management of GRUPO PUCP and for its support for the solar roasting project.
* Juan Pablo Perez Panduro :
** for his involvement and its motivation in this project, very useful to the people from the rural areas of Peru.
** for the 3D modeling of the Scheffler concentrator and Compadre's solar roaster!
* team of the Intikallana projet (Juan Pablo Perez Panduro, Luis Miguel Hadzich, Sandra Vergara, Julien Delcol et François Veynandt) that developped the first prototype of coffee solar roasting in 2012.
* team of Compadre startup (Juan Pablo Perez Panduro, François Veynandt, Fiorella Belli, Jose Uechi???, puis Felix Escalantes ???...) for the re-design of the solar roasting prototype, ergonomical version in 2014-2015. The presented model from this tutorial is adapted to higher latitudes (0° à 50°, ok in France). The model used in Peru is working perfectly for latitudes close to equator (0° à 40°).
* Donato for his expertise in metal work and his involvement in the roaster prototypes construction, especially during the development step
* UTEC University, Andrés Benavides and Gonzalo Villaran, for their support while developing the Compadre start-up
* Armenia Siladi for
** her moral support, her help for the building tutorial and chte construction of the French roaster version
** the translation from French to English of this building tutorial!
* Johann, Arnaud, Armenia Siladi, Jean-Baptiste Brette, Jean Vincent, Florent Dupont for their help and their advices for building the roaster.
* François Veynandt for :
** adapting the roaster plans to correspond to a Scheffler concentrator in France
** funding of the described roaster and the material logistics
** constructing the roaster and writing the building tutorial
* Open Source Ecologie France for its support to Compadre and the project and Compadre coffee presentation during the Fête d'OSE from January 2016.
* Charles Morat for his support to the Compadre project in France.
* WikiFab for constructing this platform to allow exchanges on open-source technologies!
* ...
(°u°)
[[SolarOSE_-_Solar_concentrator_for_steam_generation|Project page]]
Next step: [[SolarOSE_-_Guide_2:_Mirror_facets]] +
[[SolarOSE_-_Solar_concentrator_for_steam_generation|Project page]]
Next step: [[SolarOSE_-_Guide_2:_Mirror_facets]] +
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