Recherche par propriété

Cette page fournit une simple interface de navigation pour trouver des entités décrites par une propriété et une valeur nommée. D’autres interfaces de recherche disponibles comprennent la page recherche de propriété, et le constructeur de requêtes ask.

Recherche par propriété

Une liste de toutes les pages qui ont la propriété « Notes » avec la valeur « Une création du [[Group:I-Lab|I-Lab de Toulon]] à l'occasion du challenge Trotec sur Wikifab. ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

Affichage de 96 résultats à partir du n°1.

Voir (200 précédentes | 200 suivantes) (20 | 50 | 100 | 250 | 500).

    

Liste de résultats

    • Torréfacteur de café à énergie solaire (pour concentrateur de Scheffler)  + ('''Merci aux contributeurs :''' * Florent … '''Merci aux contributeurs :''' * Florent Dupont pour : ** les stages de formation à la construction du concentrateur de Scheffler et autres technologies open source, qui ont permis à Damien le transfert de la technologie Scheffler et développé les compétences de François pour la réalisation du torréfacteur ** l'accueil à "l'atelier du soleil et du vent", structure qu'il a mise en place, où a été réalisé le torréfacteur présenté dans ce tutoriel * Manfred Amoureux : pour le contact établi entre le GRUPO PUCP et Damien, puis François * Damien Puigserver pour le transfert de technologie Scheffler au GRUPO PUCP * Miguel Hadzich pour son engagement de longue date à la tête du GRUPO PUCP et l'impulsion initiale puis le soutien au projet de torréfaction solaire. * Juan Pablo Perez Panduro pour: ** son implication et sa motivation dans ce projet --depuis la construction du premier Scheffler au Pérou !-- au service des personnes des zones rurales du Pérou, ** la modélisation en 3D du concentrateur de Scheffler et du torréfacteur solaire Compadre! * l'équipe du projet Intikallana (Juan Pablo Perez Panduro, Luis Miguel Hadzich, Sandra Vergara, Julien Delcol et François Veynandt) pour le développement du premier prototype de concentrateur solaire de café en 2012. * l'équipe du projet "Chocolate Solar" (Jorge Soria Navarro, Felix Escalante Delgado, Juan Pablo, François) pour la poursuite des travaux de torréfaction et les expérimentations avec le cacao. * l'équipe de la startup Compadre (Juan Pablo Perez Panduro, François Veynandt, Fiorella Belli, Jose Uechi, puis Felix Escalante Delgado...) pour la reconception du prototype de torréfacteur dans une version plus ergonomique en 2014-2015. La version présentée dans ce tutoriel en est une adaptation aux latitudes plus élevées (optimisée pour 45° +/-15°). La version utilisée au Pérou est valable pour des latitudes autour de l'équateur (conçu pour 13° +/-15°) * Donato pour son expertise dans le travail du métal et son engagement dans la construction des prototypes du torréfacteur, notamment en phase de développement. * l'université UTEC, Andrés Benavides et Gonzalo Villaran, pour leur accompagnement dans le développement de la startup Compadre. * Armenia Siladi pour : ** son soutien moral, son aide à la construction et à la rédaction du tutoriel du torréfacteur en France, ** la traduction du tutoriel en anglais ! * Johann, Arnaud, Armenia Siladi, Jean-Baptiste Brette, Jean Vincent, Florent Dupont pour leur aide ou leur conseils pour la construction du torréfacteur. * François Veynandt pour : ** l'adaptation des plans du torréfacteur à l'utilisation avec un concentrateur Scheffler en France, ** le financement du torréfacteur décrit dans ce tutoriel et la logistique des matériaux, ** la construction du torréfacteur et la rédaction du manuel. * Open Source Ecologie France pour son affinité avec le projet et son soutien à Compadre notamment par la présentation du projet et du café Compadre lors de la Fête d'OSE en janvier 2016. * Charles Morat pour son soutien au projet Compadre en France. * WikiFab pour la mise à disposition de cette plateforme de partage de connaissances sur les technologies open-source ! (°u°)s sur les technologies open-source ! (°u°))
    • Torréfacteur de café à énergie solaire (pour concentrateur de Scheffler)  + ('''Merci aux contributeurs :''' * Florent … '''Merci aux contributeurs :''' * Florent Dupont pour : ** les stages de formation à la construction du concentrateur de Scheffler et autres technologies open source, qui ont permis à Damien le transfert de la technologie Scheffler et développé les compétences de François pour la réalisation du torréfacteur ** l'accueil à "l'atelier du soleil et du vent", structure qu'il a mise en place, où a été réalisé le torréfacteur présenté dans ce tutoriel * Manfred Amoureux : pour le contact établi entre le GRUPO PUCP et Damien, puis François * Damien Puigserver pour le transfert de technologie Scheffler au GRUPO PUCP * Miguel Hadzich pour son engagement de longue date à la tête du GRUPO PUCP et l'impulsion initiale puis le soutien au projet de torréfaction solaire. * Juan Pablo Perez Panduro pour: ** son implication et sa motivation dans ce projet --depuis la construction du premier Scheffler au Pérou !-- au service des personnes des zones rurales du Pérou, ** la modélisation en 3D du concentrateur de Scheffler et du torréfacteur solaire Compadre! * l'équipe du projet Intikallana (Juan Pablo Perez Panduro, Luis Miguel Hadzich, Sandra Vergara, Julien Delcol et François Veynandt) pour le développement du premier prototype de concentrateur solaire de café en 2012. * l'équipe du projet "Chocolate Solar" (Jorge Soria Navarro, Felix Escalante Delgado, Juan Pablo, François) pour la poursuite des travaux de torréfaction et les expérimentations avec le cacao. * l'équipe de la startup Compadre (Juan Pablo Perez Panduro, François Veynandt, Fiorella Belli, Jose Uechi, puis Felix Escalante Delgado...) pour la reconception du prototype de torréfacteur dans une version plus ergonomique en 2014-2015. La version présentée dans ce tutoriel en est une adaptation aux latitudes plus élevées (optimisée pour 45° +/-15°). La version utilisée au Pérou est valable pour des latitudes autour de l'équateur (conçu pour 13° +/-15°) * Donato pour son expertise dans le travail du métal et son engagement dans la construction des prototypes du torréfacteur, notamment en phase de développement. * l'université UTEC, Andrés Benavides et Gonzalo Villaran, pour leur accompagnement dans le développement de la startup Compadre. * Armenia Siladi pour : ** son soutien moral, son aide à la construction et à la rédaction du tutoriel du torréfacteur en France, ** la traduction du tutoriel en anglais ! * Johann, Arnaud, Armenia Siladi, Jean-Baptiste Brette, Jean Vincent, Florent Dupont pour leur aide ou leur conseils pour la construction du torréfacteur. * François Veynandt pour : ** l'adaptation des plans du torréfacteur à l'utilisation avec un concentrateur Scheffler en France, ** le financement du torréfacteur décrit dans ce tutoriel et la logistique des matériaux, ** la construction du torréfacteur et la rédaction du manuel. * Open Source Ecologie France pour son affinité avec le projet et son soutien à Compadre notamment par la présentation du projet et du café Compadre lors de la Fête d'OSE en janvier 2016. * Charles Morat pour son soutien au projet Compadre en France. * WikiFab pour la mise à disposition de cette plateforme de partage de connaissances sur les technologies open-source ! (°u°)s sur les technologies open-source ! (°u°))
    • Fabrique et personnalise un tampon encreur  + ('''Quelques conseils :''' Afin de trouver … '''Quelques conseils :''' Afin de trouver des motifs faciles à vectoriser, le plus simple demeure de rechercher sur Google Images des coloriages pour enfants. Leurs lignes épurées seront plus aisées à vectoriser ! '''Pour aller plus loin :''' Les tampons réalisés à l’aide de cet atelier peuvent constituer un fabuleux outil de création plastique si l’on utilise des encres colorées !ique si l’on utilise des encres colorées !)
    • Création d'un passe-trappe  + ('''Quelques conseils''' : L’ouverture de … '''Quelques conseils''' : L’ouverture de la trappe fait varier la difficulté. Le modèle ci-après s’avère assez facile, mais il demeure possible de réduire la trappe pour augmenter le challenge ! '''Pour aller plus loin''' : Customisez votre passe-trappe en peignant son fond ! votre passe-trappe en peignant son fond !)
    • Can Metal Detector Detect Gold  + ( * '''WikiFab Article on Metal Detectors:' … * '''WikiFab Article on Metal Detectors:''' ** [https://wikifab.org/ WikiFab - Metal Detectors Overview] ** This reference provides foundational knowledge on how metal detectors work and their applications. * '''Goldxtra Detector Official Site:''' ** [https://goldxtradetector.com/can-metal-detectors-detect-gold/ Goldxtra Detector] ** Detailed information on metal detectors designed for gold detection, including features, models, and usage tips. including features, models, and usage tips. )
    • Node LoRa Arduino Mini Pro 3V/RFM95  + ( * LabSud WikiFab: http://wikifab.org/wiki/Group:LABSud * The Thing Network Lab: https://www.thethingsnetwork.org/labs/stories/rfm95 * Schémas - PublicDomain SVG (Rémi Sarrailh) http://images.madnerd.org/ )
    • Jardin Vertical  + ( * Projet réalisé dans le cadre du Challenge Castorama Septembre 2016. Merci à Tatiana, Xiaoliang, Liz, Dominique, Claude et Camille. )
    • Jardin Vertical  + ( * Projet réalisé dans le cadre du Challenge Castorama Septembre 2016. Merci à Tatiana, Xiaoliang, Liz, Dominique, Claude et Camille. )
    • CCD-or CMOS-lab-on-a-chip based on discrete converters of different physical and chemical parameters of samples into the optical signals with positional sensitivity for morphometry of non-optical patterns  + (<nowiki>'''References'''<br /> … '''References'''

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      357. Xie Y, Wei X, Yang Q, Guan Z, Liu D, Liu X, Zhou L, Zhu Z, Lin Z, Yang C. A Shake&Read distance-based microfluidic chip as a portable quantitative readout device for highly sensitive point-of-care testing. Chem Commun 2016, 52(91):13377-13380.

      358. Yakovleva J, Davidsson R, Lobanova A, Bengtsson M, Eremin S, Laurell T, Emnéus J. Microfluidic enzyme immunoassay using silicon microchip with immobilized antibodies and chemiluminescence detection. Anal Chem 2002, 74(13):2994-3004.

      359. Yamada A, Vignes M, Bureau C, Mamane A, Venzac B, Descroix S, Viovy JL, Villard C, Peyrin JM, Malaquin L. In-mold patterning and actionable axo-somatic compartmentalization for on-chip neuron culture. Lab Chip 2016, 16(11):2059-2068.

      360. Yang JM, Sweeney DW. Infrared holography using the thermochromic material Cu2Hgl4. Appl Opt 1979, 18(14):2398-2406.

      361. Yang XQ, Yan L, Chen C, Hou JX, Li Y. Application of C12 multi-tumor marker protein chip in the diagnosis of gastrointestinal cancer: results of 329 surgical patients and suggestions for improvement. Hepatogastroenterology 2009, 56(94-95):1388-1394.

      362. Yang Y, Zhang C, Tang Z, Zhang X, Lu Z. Experimental studies on capturing human leukocytes with cell immuno-chip. Clin Chem 2005, 51(5):910-911.

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      366. Zaytsev EV, Alexandrov PL, Gradov OV. Conventional patch-clamp techniques for multi-channel lab-on-a-chip signal registration from cell culture using real time target machine interfaces and in situ real-time digital signal processing. International Workshop “Structure and Functions of Biomembranes” (29 September – 3 October 2014), Dolgoprudny, pp. 158-159.

      367. Zhang J, Liu S, Yang P, Sui G. Rapid detection of algal toxins by microfluidic immunoassay. Lab Chip 2011, 11(20):3516-2522

      368. Zhang L, Yin X. Parallel separation of multiple samples with negative pressure sample injection on a 3-D microfluidic array chip. Electrophoresis 2007, 28(8):1281-1288.

      369. Zhang Q, Zhou M. A profluorescent ratiometric probe for intracellular pH imaging. Talanta 2015, 131:666-671.

      370. Zhang RC, Wang JJ, Zhang JC, Wang MQ, Sun M, Ding F, Zhang DJ, An YL. Coordination-Induced Syntheses of Two Hybrid Framework Iodides: A Thermochromic Luminescent Thermometer. Inorg Chem 2016, 55(15):7556-7563.

      371. Zhang W, Huang J, Zhou MF, Chen LY, Ding YP, Cao HJ, Geng YY, Wang SQ. Protein chip for detection of different HCV antibodies: preparation, quality control, and clinical evaluation. Mol Diagn 2005, 9(2):81-87.

      372. Zhang W, Zhang YS, Bakht SM, Aleman J, Shin SR, Yue K, Sica M, Ribas J, Duchamp M, Ju J, Sadeghian RB, Kim D, Dokmeci MR, Atala A, Khademhosseini A. Elastomeric free-form blood vessels for interconnecting organs on chip systems. Lab Chip 2016, 16(9):1579-1586.

      373. Zhang YS, Arneri A, Bersini S, Shin SR, Zhu K, Goli-Malekabadi Z, Aleman J, Colosi C, Busignani F, Dell'Erba V, Bishop C, Shupe T, Demarchi D, Moretti M, Rasponi M, Dokmeci MR, Atala A, Khademhosseini A. Bioprinting 3D microfibrous scaffolds for engineering endothelialized myocardium and heart-on-a-chip. Biomaterials 2016, 110:45-59.

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      375. Zheng F, Fu F, Cheng Y, Wang C, Zhao Y, Gu Z. Organ-on-a-Chip Systems: Microengineering to Biomimic Living Systems. Small 2016, 12(17):2253-2282.

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      377. Zhou M, Bao J, Tao M, Zhu R, Lin Y, Zhang X, Xie Y. Periodic porous thermochromic VO2(M) films with enhanced visible transmittance. Chem Commun 2013, 49(54):6021-6023.

      378. Zhou Y, Huang A, Li Y, Ji S, Gao Y, Jin P. Surface plasmon resonance induced excellent solar control for VO2SiO2 nanorods-based thermochromic foils. Nanoscale 2013, 5(19):9208-9213.

      379. Zienkiewicz A, Zienkiewicz K, Florido F, Marco FM, Romero PJ, Castro AJ, de Dios Alché J. Chip-based capillary electrophoresis profiling of olive pollen extracts used for allergy diagnosis and immunotherapy. Electrophoresis 2014, 35(18):2681-2685.

      380. Zimmermann T. Spectral imaging and linear unmixing in light microscopy. Adv Biochem Eng Biotechnol 2005, 95:245-265.      es with negative pressure sample injection on a 3-D microfluidic array chip. Electrophoresis 2007, 28(8):1281-1288.<br /><br />369. Zhang Q, Zhou M. A profluorescent ratiometric probe for intracellular pH imaging. Talanta 2015, 131:666-671.<br /><br />370. Zhang RC, Wang JJ, Zhang JC, Wang MQ, Sun M, Ding F, Zhang DJ, An YL. Coordination-Induced Syntheses of Two Hybrid Framework Iodides: A Thermochromic Luminescent Thermometer. Inorg Chem 2016, 55(15):7556-7563.<br /><br />371. Zhang W, Huang J, Zhou MF, Chen LY, Ding YP, Cao HJ, Geng YY, Wang SQ. Protein chip for detection of different HCV antibodies: preparation, quality control, and clinical evaluation. Mol Diagn 2005, 9(2):81-87.<br /><br />372. Zhang W, Zhang YS, Bakht SM, Aleman J, Shin SR, Yue K, Sica M, Ribas J, Duchamp M, Ju J, Sadeghian RB, Kim D, Dokmeci MR, Atala A, Khademhosseini A. Elastomeric free-form blood vessels for interconnecting organs on chip systems. Lab Chip 2016, 16(9):1579-1586.<br /><br />373. Zhang YS, Arneri A, Bersini S, Shin SR, Zhu K, Goli-Malekabadi Z, Aleman J, Colosi C, Busignani F, Dell'Erba V, Bishop C, Shupe T, Demarchi D, Moretti M, Rasponi M, Dokmeci MR, Atala A, Khademhosseini A. Bioprinting 3D microfibrous scaffolds for engineering endothelialized myocardium and heart-on-a-chip. Biomaterials 2016, 110:45-59.<br /><br />374. Zhao C, Chen RT. Performance consideration of three-dimensional optoelectronic interconnection for intra-multichip-module clock signal distribution. Appl Opt 1997, 36(12):2537-2544.<br /><br />375. Zheng F, Fu F, Cheng Y, Wang C, Zhao Y, Gu Z. Organ-on-a-Chip Systems: Microengineering to Biomimic Living Systems. Small 2016, 12(17):2253-2282.<br /><br />376. Zhou J, Niklason LE. Microfluidic artificial "vessels" for dynamic mechanical stimulation of mesenchymal stem cells. Integr Biol 2012, 4(12):1487-1497.<br /><br />377. Zhou M, Bao J, Tao M, Zhu R, Lin Y, Zhang X, Xie Y. Periodic porous thermochromic VO2(M) films with enhanced visible transmittance. Chem Commun 2013, 49(54):6021-6023.<br /><br />378. Zhou Y, Huang A, Li Y, Ji S, Gao Y, Jin P. Surface plasmon resonance induced excellent solar control for VO2SiO2 nanorods-based thermochromic foils. Nanoscale 2013, 5(19):9208-9213.<br /><br />379. Zienkiewicz A, Zienkiewicz K, Florido F, Marco FM, Romero PJ, Castro AJ, de Dios Alché J. Chip-based capillary electrophoresis profiling of olive pollen extracts used for allergy diagnosis and immunotherapy. Electrophoresis 2014, 35(18):2681-2685.<br /><br />380. Zimmermann T. Spectral imaging and linear unmixing in light microscopy. Adv Biochem Eng Biotechnol 2005, 95:245-265.</nowiki>)
    • Tree planting preparation (Sadhana Forest method)  + (= FAQ & Troubleshooting? = == This pro … = FAQ & Troubleshooting? = == This procedure seems so simple! Is it applicable? == There are as many tree planting procedures as tree planters… What I understand is that sometimes, some people over-complicate procedures and stick to tricky standards without really understanding the reason behind those standards. What we learned during our PDC is to observe and interact with nature. As Narsanna Ji told us: “no one teaches a seed how to grow.”, same goes for trees! Trees grow in forest without engineered standards to support their growth. No need to overcomplicate things here. Nevertheless, your environment might be severely degraded and not friendly to your young tree… You might want to consider succession and pioneers: what can grow first in your harsh environment and benefit to other species later? Feel free to read our blogpost about the beautiful reforestation effort at Pebble Garden in Auroville, India to acknowledge how the grow soil and transformed a desert in a tropical evergreen forest without any external input, with nature observation. If your environment is severely degraded, you might want to prepare the tree planting zone. Feel free to refer to the procedure that Sadhana Forest recommends for severely degraded areas in Dry Tropical climates . == What about watering? == We recommend bottle irrigation or clay pot irrigation. Refer to the procedure about clay pot irrigation system for more information about this solution. Refer to the “Tree Planting Preparation (Sadhana Forest method)” procedure for more information about bottle-irrigation system. == Transplantation == Bear in mind that not all trees can be transplanted. Ask you local tree lover / tree expert for advice. In the nursery, we recommend you plant a lot of seeds in beds to select the best saplings for transplantation in pockets. This should allow you to increase the survival rate of young trees and, this should allow you to (re)use less pockets. = Go further… = Please share with us with your remarks, comments, improvements, achievements, etc. "Reforesting the earth is one of the few tasks left to us to express our humanity." (D. Holmgren) DIY tutorial “Tree planting (Aranya Agricultural Alternatives method)” procedure: http://wikifab.org/wiki/Tree_planting_(Aranya_Agricultural_Alternatives_method) DIY tutorial “Clay pot irrigation system (Aranya Agricultural Alternatives method)”: http://wikifab.org/wiki/Clay-pot-irrigation_system_(Aranya_Agricultural_Alternatives_method) Blogpost about Pebble Garden: https://sustainable-autonomy.weebly.com/blog/discover-auroville-pebble-garden Blogpost about the Permaculture Design Course at Aranaya Farm: https://sustainable-autonomy.weebly.com/blog/pdc-at-aranya-farm Learn more about our projects: https://sustainable-autonomy.weebly.com/ Follow us on Twitter: https://twitter.com/Sustainomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFznomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFz)
    • Tree planting preparation (Sadhana Forest method)  + (= FAQ & Troubleshooting? = == This pro … = FAQ & Troubleshooting? = == This procedure seems so simple! Is it applicable? == There are as many tree planting procedures as tree planters… What I understand is that sometimes, some people over-complicate procedures and stick to tricky standards without really understanding the reason behind those standards. What we learned during our PDC is to observe and interact with nature. As Narsanna Ji told us: “no one teaches a seed how to grow.”, same goes for trees! Trees grow in forest without engineered standards to support their growth. No need to overcomplicate things here. Nevertheless, your environment might be severely degraded and not friendly to your young tree… You might want to consider succession and pioneers: what can grow first in your harsh environment and benefit to other species later? Feel free to read our blogpost about the beautiful reforestation effort at Pebble Garden in Auroville, India to acknowledge how the grow soil and transformed a desert in a tropical evergreen forest without any external input, with nature observation. If your environment is severely degraded, you might want to prepare the tree planting zone. Feel free to refer to the procedure that Sadhana Forest recommends for severely degraded areas in Dry Tropical climates . == What about watering? == We recommend bottle irrigation or clay pot irrigation. Refer to the procedure about clay pot irrigation system for more information about this solution. Refer to the “Tree Planting Preparation (Sadhana Forest method)” procedure for more information about bottle-irrigation system. == Transplantation == Bear in mind that not all trees can be transplanted. Ask you local tree lover / tree expert for advice. In the nursery, we recommend you plant a lot of seeds in beds to select the best saplings for transplantation in pockets. This should allow you to increase the survival rate of young trees and, this should allow you to (re)use less pockets. = Go further… = Please share with us with your remarks, comments, improvements, achievements, etc. "Reforesting the earth is one of the few tasks left to us to express our humanity." (D. Holmgren) DIY tutorial “Tree planting (Aranya Agricultural Alternatives method)” procedure: http://wikifab.org/wiki/Tree_planting_(Aranya_Agricultural_Alternatives_method) DIY tutorial “Clay pot irrigation system (Aranya Agricultural Alternatives method)”: http://wikifab.org/wiki/Clay-pot-irrigation_system_(Aranya_Agricultural_Alternatives_method) Blogpost about Pebble Garden: https://sustainable-autonomy.weebly.com/blog/discover-auroville-pebble-garden Blogpost about the Permaculture Design Course at Aranaya Farm: https://sustainable-autonomy.weebly.com/blog/pdc-at-aranya-farm Learn more about our projects: https://sustainable-autonomy.weebly.com/ Follow us on Twitter: https://twitter.com/Sustainomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFznomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFz)
    • Clay-pot-irrigation system (Aranya Agricultural Alternatives method)  + (= FAQ & Troubleshooting? = In our “ack … = FAQ & Troubleshooting? = In our “acknowledgments” introduction, we mentioned landscape works. We want to provide you with a DIY procedure to build swales – coming soon! Feel free to ask questions and suggest other topics 😉 = Go further… = Please share with us with your remarks, comments, improvements, achievements, etc. DIY tutorial “Tree planting preparation (Sadhana Forest method)” procedure: http://wikifab.org/wiki/Tree_planting_preparation_(Sadhana_Forest_method) DIY tutorial “Tree planting (Aranya method)” procedure: http://wikifab.org/wiki/Tree_planting_(Aranya_Agricultural_Alternatives_method) Blogpost about the Permaculture Design Course at Aranaya Farm: https://sustainable-autonomy.weebly.com/blog/pdc-at-aranya-farm Learn more about our projects: https://sustainable-autonomy.weebly.com/ Follow us on Twitter: https://twitter.com/Sustainomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFzribe to our newsletter: https://bit.ly/2L1bbFz)
    • Clay-pot-irrigation system (Aranya Agricultural Alternatives method)  + (= FAQ & Troubleshooting? = In our “ack … = FAQ & Troubleshooting? = In our “acknowledgments” introduction, we mentioned landscape works. We want to provide you with a DIY procedure to build swales – coming soon! Feel free to ask questions and suggest other topics 😉 = Go further… = Please share with us with your remarks, comments, improvements, achievements, etc. DIY tutorial “Tree planting preparation (Sadhana Forest method)” procedure: http://wikifab.org/wiki/Tree_planting_preparation_(Sadhana_Forest_method) DIY tutorial “Tree planting (Aranya method)” procedure: http://wikifab.org/wiki/Tree_planting_(Aranya_Agricultural_Alternatives_method) Blogpost about the Permaculture Design Course at Aranaya Farm: https://sustainable-autonomy.weebly.com/blog/pdc-at-aranya-farm Learn more about our projects: https://sustainable-autonomy.weebly.com/ Follow us on Twitter: https://twitter.com/Sustainomy/ Subscribe to our newsletter: https://bit.ly/2L1bbFzribe to our newsletter: https://bit.ly/2L1bbFz)
    • Harmony in the Garden: Sustainable Practices for Cultivating a Greener Future  + (= Harmony in the Garden: Sustainable Pract … = Harmony in the Garden: Sustainable Practices for Cultivating a Greener Future = Gardens have long been spaces of beauty and tranquility, offering a respite from the hustle and bustle of daily life. However, as our understanding of environmental issues deepens, there is a growing awareness of the need to cultivate gardens in a sustainable manner. By adopting sustainable practices, we can not only create harmonious outdoor spaces but also contribute to a greener future for our planet.
      == Introduction to Sustainable Gardening == Sustainable gardening is an approach to gardening that seeks to minimize environmental impact while maximizing the benefits of gardening for both humans and the planet. It involves using resources wisely, reducing waste, and promoting biodiversity. At its core, sustainable gardening is about working with nature rather than against it.
      == Water Conservation Techniques == Water is a precious resource, and conserving it in the garden is essential. There are several techniques gardeners can use to reduce water usage, such as installing drip irrigation systems, mulching to retain moisture, and collecting rainwater in barrels. Choosing drought-tolerant plants and grouping plants with similar water needs together can also help minimize water consumption. Composting Composting is nature's way of recycling organic matter, and it's an excellent practice for sustainable gardening. By composting kitchen scraps, yard waste, and other organic materials, gardeners can create nutrient-rich compost that improves soil structure and fertility. Composting also reduces the amount of waste sent to landfills and helps sequester carbon from the atmosphere.
      == Natural Pest Control == Chemical pesticides can harm beneficial insects, birds, and other wildlife, as well as contaminate soil and water. Sustainable gardeners opt for natural pest control methods, such as companion planting, which involves planting certain species together to repel pests or attract beneficial insects. Other strategies include using insecticidal soaps, neem oil, and homemade pest repellents made from garlic or hot peppers.
      == Organic Fertilization == Chemical fertilizers can leach into waterways and disrupt ecosystems. Organic fertilizers, on the other hand, nourish plants without harmful side effects. Compost, worm castings, and organic mulches enrich the soil with essential nutrients and improve its ability to retain moisture. Additionally, cover cropping and crop rotation can help replenish soil nutrients naturally and prevent nutrient depletion.
      == Native Plants and Biodiversity == Native plants are adapted to local climate and soil conditions, making them resilient and low-maintenance. By incorporating native plants into the garden, gardeners can support local ecosystems and provide habitat for native wildlife, including pollinators like bees and butterflies. Biodiversity is essential for a healthy garden ecosystem, so cultivating a variety of plants helps create a balanced and resilient environment.
      == Soil Health and Conservation == Healthy soil is the foundation of a thriving garden. Sustainable gardeners focus on building soil health through practices like adding organic matter, minimizing soil disturbance, and practicing crop rotation. Cover cropping helps prevent erosion and adds organic matter to the soil, while minimal tillage preserves soil structure and microbial diversity.
      == Reducing Waste and Recycling == Gardening often produces waste in the form of trimmings, packaging materials, and outdated equipment. Sustainable gardeners aim to minimize waste by reusing materials, recycling when possible, and composting organic matter. Upcycling old containers, tools, and garden ornaments not only reduces waste but also adds a creative touch to the garden. [https://zealux.com/product-category/zealux-air-to-water-heat-pump-manufacturer/ air to water heat pump manufacturer] == Energy-Efficient Gardening == Reducing energy consumption in the garden helps lower carbon emissions and decrease environmental impact. Sustainable gardeners opt for manual tools over powered ones whenever possible and use renewable energy sources like solar-powered garden lights. Maximizing natural light and strategically planting trees for shade can also help reduce energy use in the garden.
      == Community and Education == Sharing knowledge and resources with fellow gardeners is an essential aspect of sustainable gardening. Community gardens provide opportunities for collaboration and education, allowing people to learn from one another and work together to cultivate healthy, sustainable spaces. Participating in workshops, volunteering at local gardens, and supporting organizations dedicated to sustainable gardening can further promote environmental stewardship.
      == Organic Pest Management Techniques == Chemical pesticides not only harm pests but can also negatively impact beneficial insects, soil microbes, and human health. Sustainable gardeners employ organic pest management techniques to control pests while minimizing harm to the environment. One effective method is integrated pest management (IPM), which combines various strategies to prevent and manage pest problems. This includes regularly monitoring the garden for signs of pests, practicing crop rotation, and using physical barriers like row covers to protect plants. Additionally, encouraging natural predators such as ladybugs, lacewings, and birds can help keep pest populations in check. By using a combination of cultural, mechanical, and biological controls, gardeners can effectively manage pests while promoting a healthy garden ecosystem.
      == Sustainable Garden Design Principles == In addition to sustainable gardening practices, the design of the garden itself can contribute to its environmental impact. Sustainable garden design principles focus on creating functional, aesthetically pleasing spaces that work in harmony with nature. This includes considerations such as water efficiency, biodiversity, and habitat creation. Designing rain gardens or bioswales can help capture and filter rainwater, reducing runoff and replenishing groundwater supplies. Incorporating native plants and creating wildlife habitats like birdhouses and bee hotels promotes biodiversity and supports local ecosystems. Thoughtful placement of trees and shrubs can provide shade, reduce energy consumption, and create microclimates that support plant growth. By incorporating sustainable design principles into the garden, gardeners can create beautiful, resilient spaces that benefit both people and the planet.
      == Incorporating a Sustainable Swimming Pool == When adding a swimming pool to your garden, prioritize sustainability by opting for water-saving designs and energy-efficient filtration systems. Choose a pool size that minimizes water usage, utilize pool covers to reduce evaporation, and invest in energy-efficient pumps from [http://zealux.com/ leading heat pump manufacturers], filters, and pool heat pumps. Consider incorporating natural filtration methods such as aquatic plants or biofiltration zones to minimize the need for chemical treatments. Additionally, explore rainwater harvesting systems to supplement pool water supply and reduce environmental impact. By implementing these sustainable practices, you can enjoy a refreshing swimming pool while minimizing water and energy consumption in your garden.
      == Harnessing Renewable Energy with Zealux Heat Pumps == For an even more sustainable approach to pool heating in your garden, consider integrating a Zealux [https://zealux.com/product-category/inverboost-pool-heat-pump/ swimming pool heat pump] into your garden oasis. Zealux heat pumps utilize renewable energy from the air to efficiently heat your pool, significantly reducing energy consumption compared to traditional heating methods. By harnessing the power of the environment, Zealux heat pumps not only help minimize the carbon footprint of your pool but also align perfectly with the principles of sustainable gardening. With heat pumps from Zealux [http://zealux.com/ heat pump supplier], you can enjoy a warm and inviting pool while staying true to your commitment to environmental stewardship in your garden. In conclusion, sustainable gardening is about more than just growing plants—it's about cultivating a deeper connection to the natural world and taking responsibility for our impact on the environment. By embracing sustainable practices in the garden, we can create spaces of beauty and abundance while also contributing to a greener future for generations to come. tag: [https://zealux.com/product-category/zealux-air-to-water-heat-pump-manufacturer/ air to water heat pump] , [http://zealux.com/ ashp manufacturers] , [http://zealux.com/ heat pump manufacturers germany] , wärmepumpe schweizer hersteller,  wärmepumpen hersteller weltweit, marktführer wärmepumpen, wärmepumpen vergleich hersteller, deutsche wärmepumpenhersteller, beste wärmepumpen hersteller, wärmepumpen lieferanten      pumpen vergleich hersteller, deutsche wärmepumpenhersteller, beste wärmepumpen hersteller, wärmepumpen lieferanten)
    • Only Murders in the Building  + (=== The Inspiration Behind Mabel's Knits = … === The Inspiration Behind Mabel's Knits === One standout piece from the series is a vibrant yellow sweater that first caught my eye in the pilot episode. Designed by Joji Locatelli, this pullover embodies Mabel’s unique style and is perfect for any knitting enthusiast looking to channel her flair. The sweater is characterized by its top-down construction and a charming waddle texture, making it a fun project for knitters of all levels. === Knitting Made Simple: The Pattern Breakdown === The design utilizes a combination of traditional ribbing and fisherman’s rib. While fisherman’s rib may resemble brioche, it's significantly easier to master. This makes the sweater accessible to those who might be intimidated by more complex techniques. The pattern is available in nine sizes, accommodating bust circumferences ranging from 30.5 to 62.5 inches (76 to 156 cm). It is designed to be worn with a positive ease of 2-4 inches (5-10 cm), allowing you to choose a size that fits your personal style and comfort. === Comfort Meets Style: The Perfect Fall Sweater === This pullover’s close fit, complemented by raglan sleeves, makes it a versatile addition to any wardrobe. It’s an ideal choice for autumn, providing warmth without sacrificing style. The textured look of this sweater reminds me of my favorite knit tops, and I’m excited to add it to my collection. I’ve already purchased the pattern and can't wait to start knitting once I clear some space in my schedule. === Exploring Options: Ravelry and Beyond === If you’re interested in crafting this sweater yourself, you can find the pattern on Ravelry. It’s worth exploring the projects gallery while you’re there. You'll discover how this beautiful design looks in various colors and on different body types, which can inspire you to experiment beyond the iconic yellow. The gallery is filled with gorgeous options that showcase the versatility of the design, ensuring you’ll find something that resonates with your personal taste. === Getting Started with Fisherman’s Rib === For those new to fisherman’s rib, fear not—it's quite straightforward! If you're looking to practice this technique before tackling the pullover, I recommend starting with a fisherman’s rib scarf. This project, worked on larger needles, is a quick knit that will help you become familiar with the technique. It’s a great way to build your confidence and refine your skills before diving into the more intricate details of the sweater. === Conclusion: A Cozy Knit Inspired by a Captivating Show === ''Only Murders in the Building'' has proven to be more than just a captivating murder mystery; it has also introduced a fresh wave of inspiration for knitters. The charming knitwear, particularly Mabel's striking yellow pullover, showcases how fashion can be both functional and stylish. As we embrace the cooler months, this sweater promises to be a beloved staple, whether worn while binge-watching your favorite series or enjoying a cozy evening with friends. So grab your yarn, pick your colors, and start knitting your own version of this delightful design. Happy knitting! [https://www.designsforcricut.com/blog/the-ultimate-guide-to-christmas-stickers-for-cricut-spread-holiday-cheer-with-diy-crafts Christmas stickers for Cricut] [https://www.designsforcricut.com/blog/creative-father's-day-gifts-made-with-cricut-unique-diy-ideas-for-dad father's day gifts made with cricut] [https://www.designsforcricut.com/blog/inspirational-quotes-for-your-cricut-projects cricut inspirational quotes] [https://www.designsforcricut.com/blog/cricut-black-friday-sale-2025-unlock-the-best-deals-on-crafting-essentials cricut black friday sale] [https://www.designsforcricut.com/blog/valentine's-day-cricut-stickers-create-personalized-love-stickers-for-every-occasion Valentine’s Day Cricut stickers] [https://www.designsforcricut.com/blog/best-animal-sticker-designs-for-cricut-projects-in-2024-2025 cricut animal designs]
      -in-2024-2025 cricut animal designs] <br/>)
    • Wikifab - Inscription et création d'un tutoriel  + (A lire aussi sur Wikifab : [https://wikifab.org/w/index.php/Wikifab:Creator_handbook Le Manuel du créateur].)
    • Wikifab - Inscription et création d'un tutoriel  + (A lire aussi sur Wikifab : [https://wikifab.org/w/index.php/Wikifab:Creator_handbook Le Manuel du créateur].)
    • Boite Appareil Photo en bois  + (Avec un peu d'imagination, vous pouvez trè … Avec un peu d'imagination, vous pouvez très bien mettre un peu de sac poubelle agrafé dedans, de la terre et de petites plantes ! Une création du [[Group:I-Lab|I-Lab de Toulon]]. Inspiration : [https://www.catupload.com/download/6b72c9dc942ba2c4c18992a3aeb6407f.html catupload.com/download/6b72c9dc942ba2c4c18992a3aeb6407f.html]oad/6b72c9dc942ba2c4c18992a3aeb6407f.html])
    • Boite Appareil Photo en bois  + (Avec un peu d'imagination, vous pouvez trè … Avec un peu d'imagination, vous pouvez très bien mettre un peu de sac poubelle agrafé dedans, de la terre et de petites plantes ! Une création du [[Group:I-Lab|I-Lab de Toulon]]. Inspiration : [https://www.catupload.com/download/6b72c9dc942ba2c4c18992a3aeb6407f.html catupload.com/download/6b72c9dc942ba2c4c18992a3aeb6407f.html]oad/6b72c9dc942ba2c4c18992a3aeb6407f.html])
    • Planche à plis  + (Cet outils permet d'apprendre à créer et m … Cet outils permet d'apprendre à créer et mieux comprendre les motifs pliés de type corrugation. L'embossage du papier facilite le pliage et donne uen certaine liberté de création, cependant Il faut quand même avoir de bonnes bases de pliage pour pouvoir mettre en forme les motifsge pour pouvoir mettre en forme les motifs)
    • Maintenance Trotec Speedy 300 : Realigner le miroir 2  + (Cette procédure est inspirée de celle décr … Cette procédure est inspirée de celle décrite dans le [https://docs.google.com/document/d/10veKoCHudjUqaN5CGNbCWTHI81-CtFASoMzWPKym2m8/edit?usp=sharing tutoriel d'utilisation de la Speedy 300 à zBis] Elle même m'avait été décrite au téléphone par un technicien Trotec. Plus d'infos sur Youtube : https://www.youtube.com/watch?v=eYT5Znt952w Vidéo officielle de Trotec Canada : https://www.youtube.com/watch?v=Ce0ksW8yLsYttps://www.youtube.com/watch?v=Ce0ksW8yLsY)
    • Maintenance Trotec Speedy 300 : Realigner le miroir 2  + (Cette procédure est inspirée de celle décr … Cette procédure est inspirée de celle décrite dans le [https://docs.google.com/document/d/10veKoCHudjUqaN5CGNbCWTHI81-CtFASoMzWPKym2m8/edit?usp=sharing tutoriel d'utilisation de la Speedy 300 à zBis] Elle même m'avait été décrite au téléphone par un technicien Trotec. Plus d'infos sur Youtube : https://www.youtube.com/watch?v=eYT5Znt952w Vidéo officielle de Trotec Canada : https://www.youtube.com/watch?v=Ce0ksW8yLsYttps://www.youtube.com/watch?v=Ce0ksW8yLsY)
    • Marcus le Cactus by Crayon Laser  + (Crayon Laser est un studio de design & … Crayon Laser est un studio de design & production spécialisé dans la gravure et la découpe sur-mesure, au laser. De la conception à la fabrication, nous proposons à nos clients une nouvelle manière de créer et personnaliser des objets grâce à de nouvelles méthodes de productions et des machines à commande numérique à la pointe de la technologie. Notre offre s’accompagne d’une expertise dans le domaine de la création et du design produit ainsi que dans le conseil dans le choix des matériaux. Nos forces : créativité, ingéniosité, capacité à repousser les limites technologiques de nos machines en terme de déclinaison matériaux, le tout associé à un service sur-mesure et clef en main. Design Product by Crayon Laser ®lef en main. Design Product by Crayon Laser ®)
    • Marcus le Cactus by Crayon Laser  + (Crayon Laser est un studio de design & … Crayon Laser est un studio de design & production spécialisé dans la gravure et la découpe sur-mesure, au laser. De la conception à la fabrication, nous proposons à nos clients une nouvelle manière de créer et personnaliser des objets grâce à de nouvelles méthodes de productions et des machines à commande numérique à la pointe de la technologie. Notre offre s’accompagne d’une expertise dans le domaine de la création et du design produit ainsi que dans le conseil dans le choix des matériaux. Nos forces : créativité, ingéniosité, capacité à repousser les limites technologiques de nos machines en terme de déclinaison matériaux, le tout associé à un service sur-mesure et clef en main. Design Product by Crayon Laser ®lef en main. Design Product by Crayon Laser ®)
    • Jardin Vertical - Made in Albilab - Concours Castorama  + (Créateur du modèle : Alexis Jacquot (Site … Créateur du modèle : Alexis Jacquot (Site internet : http://alexisjacquot.wixsite.com/designproduit) Réalisation du jardin : Didier Labadie, Guillaume Ichard, Quentin Govigon Réalisation de la documentation et des photographies : Kévin Mazars Ce projet découle du challenge lancé par Castorama aux FabLabs. Il a été décidé pour ce tutoriel de ne pas mettre les images des outils afin de gagner en lisibilité sur la liste des matériaux et des outils. sur la liste des matériaux et des outils.)
    • Jardin Vertical - Made in Albilab - Concours Castorama  + (Créateur du modèle : Alexis Jacquot (Site … Créateur du modèle : Alexis Jacquot (Site internet : http://alexisjacquot.wixsite.com/designproduit) Réalisation du jardin : Didier Labadie, Guillaume Ichard, Quentin Govigon Réalisation de la documentation et des photographies : Kévin Mazars Ce projet découle du challenge lancé par Castorama aux FabLabs. Il a été décidé pour ce tutoriel de ne pas mettre les images des outils afin de gagner en lisibilité sur la liste des matériaux et des outils. sur la liste des matériaux et des outils.)
    • Boisson Kombucha  + (Crédit : Jean-Jacques Valette, [https://www.wedemain.fr/Comment-fabriquer-du-Kombucha-le-soda-naturel-a-base-de-the_a1982.html We Demain] A voir aussi sur Wikifab)
    • Boisson Kombucha  + (Crédit : Jean-Jacques Valette, [https://www.wedemain.fr/Comment-fabriquer-du-Kombucha-le-soda-naturel-a-base-de-the_a1982.html We Demain] A voir aussi sur Wikifab)
    • Pots à cactus suspendus  + (Crédit photo et création : www.ilovedoityourself.com)
    • Pots à cactus suspendus  + (Crédit photo et création : www.ilovedoityourself.com)
    • Fabrique ton établi  + (En septembre 2016, à l'issu de Challenge proposé par Castorama, l'équipe d'AV.lab a conçu un établi à réaliser soi-même dans un FabLab.)
    • Fabrique ton établi  + (En septembre 2016, à l'issu de Challenge proposé par Castorama, l'équipe d'AV.lab a conçu un établi à réaliser soi-même dans un FabLab.)
    • MoodBoxByFaBteam  + (Figurine used for final presentation comes … Figurine used for final presentation comes from Thingiverse (https://www.thingiverse.com/thing:570654). It was chosen by default. First idea was to recreate in 3D the fabulous Fantasia dancing couple: Hyacinth and Ben Ali Gator. "Bentolux" project - main box design - to be available soon on WikiFab (around July 2018). French page describing this project can be found here: https://wikifab.org/wiki/MoodBoxund here: https://wikifab.org/wiki/MoodBox)
    • MoodBoxByFaBteam  + (Figurine used for final presentation comes … Figurine used for final presentation comes from Thingiverse (https://www.thingiverse.com/thing:570654). It was chosen by default. First idea was to recreate in 3D the fabulous Fantasia dancing couple: Hyacinth and Ben Ali Gator. "Bentolux" project - main box design - to be available soon on WikiFab (around July 2018). French page describing this project can be found here: https://wikifab.org/wiki/MoodBoxund here: https://wikifab.org/wiki/MoodBox)
    • Healthcurepills  + (Gabapentin has emerged as a pivotal agent … Gabapentin has emerged as a pivotal agent in the management of epilepsy, offering a unique mechanism of action that sets it apart from traditional antiepileptic drugs. This article delves into the clinical perspective of optimizing epilepsy care with Gabapentin, specifically focusing on the use of Gabapentin 400mg and 800mg dosages. By exploring the efficacy, safety, dosage considerations, and long-term strategies associated with Gabapentin in epilepsy treatment, we aim to provide healthcare professionals with a comprehensive guide to enhancing patient outcomes and quality of life in individuals living with epilepsy. == Introduction to Gabapentin in Epilepsy Treatment == Gabapentin, commonly known by the brand name Neurontin, is a medication utilized in the management of epilepsy. It belongs to the class of anticonvulsant drugs and is often prescribed as an adjunctive therapy to control seizures in individuals with epilepsy. === Overview of Gabapentin Mechanism of Action === Gabapentin exerts its antiepileptic effects by modulating calcium channels in the nervous system, thereby reducing excessive neuronal activity that can lead to seizures. By stabilizing electrical signaling in the brain, gabapentin helps in preventing abnormal bursts of electrical activity that characterize epileptic seizures. === Historical Context and Evolution in Epilepsy Care === Over the years, the understanding of epilepsy and its management has evolved significantly. The introduction of gabapentin in the late 20th century marked a milestone in epilepsy treatment, providing patients with additional options to improve seizure control and quality of life.
      [https://healthcurepills.com/product/gabapentin-400mg/ Gabapentin 400] mg is administered with other medications to control and prevent Epilepsy. In addition, people who have had shingles, a painful rash caused by the herpes zoster virus, might use it to relieve nerve discomfort. Gabapentin is also known as an anticonvulsant or an antiepileptic medication.
      == Efficacy and Safety of Gabapentin 400mg in Epilepsy Management == Gabapentin at a dosage of 400mg has shown efficacy in managing epilepsy, particularly as an adjunctive treatment in patients who experience partial seizures. Clinical studies have demonstrated its ability to reduce seizure frequency and improve overall seizure control. === Clinical Studies on Gabapentin 400mg in Epilepsy === Research has highlighted the effectiveness of gabapentin 400mg in reducing seizure activity and enhancing treatment outcomes for individuals with epilepsy. Its favorable tolerability profile makes it a valuable option for many patients. === Common Side Effects and Adverse Reactions === Despite its benefits, gabapentin 400mg may cause side effects such as dizziness, drowsiness, and gastrointestinal disturbances. Monitoring for adverse reactions and adjusting the dosage as needed are essential components of epilepsy management with gabapentin. == Exploring the Role of Gabapentin 800mg in Epilepsy Care == For some individuals with epilepsy, a higher dosage of gabapentin, such as 800mg, may be prescribed to achieve optimal seizure control. Understanding the comparative benefits and considerations of this dosage is crucial in personalized treatment planning. === Comparative Analysis with Lower Dosages === When evaluating the role of gabapentin 800mg in epilepsy care, comparison with lower dosages provides insights into the potential benefits of increased medication strength. Factors such as seizure frequency, tolerability, and individual response play a significant role in dosage selection. === Optimal Patient Profiles for Gabapentin 800mg === Certain patient populations, including those with refractory epilepsy or inadequate seizure control on lower doses, may benefit from gabapentin 800mg. Tailoring treatment plans to individual needs and response is key to optimizing epilepsy care with higher gabapentin dosages. == Dosage Considerations and Patient Selection == Determining the appropriate dosage of gabapentin for epilepsy management involves a thorough assessment of various factors that influence treatment efficacy and safety. === Factors Influencing Dosage Selection === Patient characteristics, seizure type, concomitant medications, and tolerability profile are among the factors that healthcare providers consider when selecting the appropriate gabapentin dosage. A personalized approach ensures that treatment aligns with individual needs and goals. === Individualized Treatment Approaches === Tailoring epilepsy care to each patient's unique circumstances and preferences is essential for optimizing treatment outcomes. Collaborative decision-making between healthcare providers and individuals with epilepsy promotes treatment adherence and overall well-being.
      [https://healthcurepills.com/product/gabapentin-800mg/ Gabapentin 800mg] is commonly used to treat certain forms of seizures and nerve pain. Its classification is anticonvulsant or antiepileptic drug. Gabapentin Tablets are also used to treat postherpetic neuralgia (nerve pain that occurs after shingles) and restless legs syndrome. The dosage of gabapentin Tablets varies depending on the illness being treated, the patient's medical history, and their response to the medication. Gabapentin pill 800mg is a relatively high dose, and it is vital that you follow your doctor's instructions exactly.
      == Managing Side Effects and Drug Interactions == Dealing with pesky side effects? Fear not! When taking Gabapentin 400mg or 800mg, there are strategies to keep those side effects at bay. Stay hydrated, move your body, and get your beauty sleep to help minimize common side effects like dizziness and drowsiness. Remember, gabapentin thrives on consistency, so stick to your prescribed schedule like your morning coffee ritual. Now, about interactions with other medications – think of it like a cocktail party. Some medications might not play nice with gabapentin, so it's crucial to inform your healthcare provider of all the drugs you're taking. They'll make sure that everyone gets along harmoniously in your body, reducing the risk of any unwanted interactions crashing the party. == Long-Term Treatment Strategies and Monitoring == In the marathon of epilepsy care, Gabapentin 400mg and 800mg are reliable running mates. Wondering about their long-term effectiveness and tolerance? Fear not, research shows that gabapentin can maintain its seizure-fighting powers over extended periods, with many patients developing a friendly tolerance to the medication. But how do you navigate this journey smoothly? Monitoring is key! Regular check-ins with your healthcare provider, blood tests, and perhaps a sprinkle of EEG monitoring can help track your progress and ensure that you're reaping the full benefits of your gabapentin regimen. == Case Studies and Clinical Outcomes == Let's dive into the real-world impact of Gabapentin in the realm of epilepsy care. Picture this – a patient, let's call them Gabby, who has seen a significant reduction in seizure frequency since adding Gabapentin into their treatment plan. Gabby's quality of life has soared, with fewer interruptions from uninvited seizures and more moments of serenity. These case studies paint a vivid picture of the practical applications of Gabapentin in epilepsy management. The proof is in the pudding – or should we say, in the Gabapentin.
      === Conclusion and Future Directions === In the grand finale of our Gabapentin saga, let's wrap up with a bow. Key findings reveal that Gabapentin 400mg and 800mg are valuable players in optimizing epilepsy care, offering a lifeline to those grappling with seizures. For future directions, keep an eye on the horizon for emerging research and potential innovations in the field of epilepsy treatment. Who knows what groundbreaking discoveries lie ahead, poised to revolutionize how we combat this neurological challenge. Stay curious, stay informed, and remember – Gabapentin's got your [https://wikifab.org/ back].      us, stay informed, and remember – Gabapentin's got your [https://wikifab.org/ back].)
    • Infinity Gauntlet Salad Tongs  + (I made also a simple pair of salad tongs ([[Salad tongs|see the tutorial on Wikifab]]). Check out this tutorial and other things on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com].)
    • Infinity Gauntlet Salad Tongs  + (I made also a simple pair of salad tongs ([[Salad tongs|see the tutorial on Wikifab]]). Check out this tutorial and other things on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com].)
    • Pince à salade Avengers  + (J'ai aussi fait une pince à salade plus cl … J'ai aussi fait une pince à salade plus classique ([[Salad tongs/fr|voir le tutoriel sur Wikifab]]). Découvrez ce tutoriel et plein d'autres choses géniales sur mon site perso (en anglais) : [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ Iliketomakestuff.com].untlet-salad-tongs/ Iliketomakestuff.com].)
    • Horloge  + (L'I.D Gravée Créé dans le cadre du challenge Trotec/Wikifab.)
    • Horloge  + (L'I.D Gravée Créé dans le cadre du challenge Trotec/Wikifab.)
    • Casque Godzilla  + (La plupart des fichiers sont proposés dans le dossier partagé. Les autres liens vers Sketchfab, 3d Builder, Slicer for Fusion 360 n'étant pas autorisé sur ce wiki, une recherche manuelle est nécessaire. Bonne création !!!)
    • Tissu à base de levures et bactéries  + (Les photos de ce tutoriel sont issues de l … Les photos de ce tutoriel sont issues de la vidéo [http://sites.arte.tv/futuremag/fr/tuto-des-makers-comment-faire-du-cuir-vegetal-futuremag Tuto des Makers : comment faire du cuir végétal ?] de l'émission Futuremag d'Arte. A l'occasion des [https://hackpad.com/collection/qDzscYMboLf OSCEDays 2016- Rennes], un système de culture fut designé sur la base de la documentation d'Open Biofabrics. Tu veux la version anglais de ce tuto? [http://en.wikifab.org/index.php/Grown_your_own_fabric_with_bacteria_ C'est par ici!]_own_fabric_with_bacteria_ C'est par ici!])
    • Créer du tissu à partir de levures et de bactéries/fr  + (Les photos de ce tutoriel sont issues de l … Les photos de ce tutoriel sont issues de la vidéo [http://sites.arte.tv/futuremag/fr/tuto-des-makers-comment-faire-du-cuir-vegetal-futuremag Tuto des Makers : comment faire du cuir végétal ?] de l'émission Futuremag d'Arte. Open BioFabrics co-conçoit un kit de production de biofabrics pour faciliter la culture à la maison. Plus d'informations sur [https://hackpad.com/collection/qDzscYMboLf : OSCEDays 2016- Rennes] Tu veux la version anglais de ce tuto? [http://en.wikifab.org/index.php/Grown_your_own_fabric_with_bacteria_ C'est par ici!]_own_fabric_with_bacteria_ C'est par ici!])
    • Tissu à base de levures et bactéries  + (Les photos de ce tutoriel sont issues de l … Les photos de ce tutoriel sont issues de la vidéo [http://sites.arte.tv/futuremag/fr/tuto-des-makers-comment-faire-du-cuir-vegetal-futuremag Tuto des Makers : comment faire du cuir végétal ?] de l'émission Futuremag d'Arte. A l'occasion des [https://hackpad.com/collection/qDzscYMboLf OSCEDays 2016- Rennes], un système de culture fut designé sur la base de la documentation d'Open Biofabrics. Tu veux la version anglais de ce tuto? [http://en.wikifab.org/index.php/Grown_your_own_fabric_with_bacteria_ C'est par ici!]_own_fabric_with_bacteria_ C'est par ici!])
    • How to Make Your Own Easter Egg  + (Making Easter eggs is a really fun and ent … Making Easter eggs is a really fun and entertaining thing to do at Easter time and it can be enjoyed both on your own or as a group as well. So if you want to do something a little bit different this Easter then this may well be the activity for you! I know i’ll be making one!tivity for you! I know i’ll be making one!)
    • MeArm  + (Merci au FabLab de Toulon pour m'avoir aidé sur la fabrication du MeArm ainsi que sur la rédaction de ce Tutoriel, ainsi que mes professeurs Mme Gadenne et M. Auguste.)
    • Noeud papillon en bois decoupe a la laser  + (Milles merci au [http://carrefour-numeriqu … Milles merci au [http://carrefour-numerique.cite-sciences.fr/fablab/wiki/doku.php?id=projets:noeuds_papillon_en_bois Carrefour numérique et yarzou pour le modèle de base] Ils donnent aussi [http://carrefour-numerique.cite-sciences.fr/fablab/wiki/doku.php?id=machines:decoupe_laser:reglages:speedy400 les paramètres pour la trotec] mais j'ai adapté pour que ça aille plus viteis j'ai adapté pour que ça aille plus vite)
    • Noeud papillon en bois decoupe a la laser  + (Milles merci au [http://carrefour-numeriqu … Milles merci au [http://carrefour-numerique.cite-sciences.fr/fablab/wiki/doku.php?id=projets:noeuds_papillon_en_bois Carrefour numérique et yarzou pour le modèle de base] Ils donnent aussi [http://carrefour-numerique.cite-sciences.fr/fablab/wiki/doku.php?id=machines:decoupe_laser:reglages:speedy400 les paramètres pour la trotec] mais j'ai adapté pour que ça aille plus viteis j'ai adapté pour que ça aille plus vite)
    • Minion  + (Opensource design by [[Group:Fablab Leuven|FabLab Leuven]] : [https://www.fablab-leuven.be/ www.fablab-leuven.be])
    • Étage distributeur de bonbons de la Bento Box  + (Réalisé au [[Group:Carrefour numérique|fablab Carrefour Numérique à Paris]].)
    • Étage distributeur de bonbons de la Bento Box  + (Réalisé au [[Group:Carrefour numérique|fablab Carrefour Numérique à Paris]].)
    • Cadre avec marqueterie en suspension  + (Réalisé dans le cadre du Trotec Challenge.)
    • Cadre avec marqueterie en suspension  + (Réalisé dans le cadre du Trotec Challenge.)
    • Lampe méduse  + (Réalisé dans le cadre du concours Trotec avec Wikifab.)
    • Amplificateur sonore  + (Réalisé dans le cadre du concours Trotec / Wikifab.)
    • Applique en bois avec découpe laser  + (Réalisé dans le cadre du concours Trotec / Wikifab.)
    • Lampe méduse  + (Réalisé dans le cadre du concours Trotec avec Wikifab.)
    • Cadre en gravure plexi façon pochoir  + (Réalisé dans le cadre du concours Trotec a … Réalisé dans le cadre du concours Trotec avec Wikifab. Nous avons réalisé ce cadre en nous inspirant du travail de Christophe, un membre de l'[[Group:Lille Makers|association Lille Makers]], pour la fabrication de pochoirs avec un plotter de découpe et Inkscape. Vous pouvez voir son travail ici : [https://ouiaremakers.com/posts/tutoriel-diy-la-base-du-graff-et-du-pochoir ouiaremakers.com/posts/tutoriel-diy-la-base-du-graff-et-du-pochoir].oriel-diy-la-base-du-graff-et-du-pochoir].)
    • Cadre en gravure plexi façon pochoir  + (Réalisé dans le cadre du concours Trotec a … Réalisé dans le cadre du concours Trotec avec Wikifab. Nous avons réalisé ce cadre en nous inspirant du travail de Christophe, un membre de l'[[Group:Lille Makers|association Lille Makers]], pour la fabrication de pochoirs avec un plotter de découpe et Inkscape. Vous pouvez voir son travail ici : [https://ouiaremakers.com/posts/tutoriel-diy-la-base-du-graff-et-du-pochoir ouiaremakers.com/posts/tutoriel-diy-la-base-du-graff-et-du-pochoir].oriel-diy-la-base-du-graff-et-du-pochoir].)
    • Amplificateur sonore  + (Réalisé dans le cadre du concours Trotec / Wikifab.)
    • Applique en bois avec découpe laser  + (Réalisé dans le cadre du concours Trotec / Wikifab.)
    • Noeuds  + (Si vous avez d'autres nœuds en tête (et no … Si vous avez d'autres nœuds en tête (et non pas une tête de nœud), vous pouvez compléter ce tutoriel ! Cliquer sur le bouton "crayon" en haut à droite de la page. C'est ça qui est cool avec un wiki open source comme Wikifab : tout le monde peut modifier les pages. Retrouvez l'évolution du tutoriel dans l'onglet "Historique".on du tutoriel dans l'onglet "Historique".)
    • Noeuds  + (Si vous avez d'autres nœuds en tête (et no … Si vous avez d'autres nœuds en tête (et non pas une tête de nœud), vous pouvez compléter ce tutoriel ! Cliquer sur le bouton "crayon" en haut à droite de la page. C'est ça qui est cool avec un wiki open source comme Wikifab : tout le monde peut modifier les pages. Retrouvez l'évolution du tutoriel dans l'onglet "Historique".on du tutoriel dans l'onglet "Historique".)
    • Fab'tiquette  + (Site de design personnalisé :  https://shapediver.com/m/fab-tiquette-2 Une création du [[Group:FacLab|FacLab de Cergy]] : voir le [https://www.faclab.org/ site internet]. Auteurs - contributeurs du Faclab : Adrien, Ewa et Philippe)
    • Fab'tiquette  + (Site de design personnalisé :  https://shapediver.com/m/fab-tiquette-2 Une création du [[Group:FacLab|FacLab de Cergy]] : voir le [https://www.faclab.org/ site internet]. Auteurs - contributeurs du Faclab : Adrien, Ewa et Philippe)
    • Flab’serre  + (Suite à un appel à projet : « Processus cr … Suite à un appel à projet : « Processus créatif''' »''' avec le [[Group:LabBoîte Cergy|fabLab  LabBoîte de Cergy-Pontoise]] et le conseil départemental du Val d’Oise, la candidature du collège Léonard de Vinci de Bouffémont a été retenue. Cet atelier-projet, à destination d’une classe de 3e permet aux élèves, accompagné de leur enseignant de technologie et des FabManagers, de s’engager dans une mission visant à la création d’objets. Ce défi créatif a duré sur plusieurs scéances durant 8 mois (octobre 2017 – mai 2018). L'équipe "Marketing" a trouvé un nom à cette serre : « Flab’serre ». Le slogan retenu est « ça brille; ça pousse; ça sert ». Un logo a été dessiné et gravé sur la face avant. Projet documenté sur Plackpro.com : [http://plakpro.com/le-jardin-de-leonard/ Le jardin de Léonard].-jardin-de-leonard/ Le jardin de Léonard].)
    • Flab’serre  + (Suite à un appel à projet : « Processus cr … Suite à un appel à projet : « Processus créatif''' »''' avec le [[Group:LabBoîte Cergy|fabLab  LabBoîte de Cergy-Pontoise]] et le conseil départemental du Val d’Oise, la candidature du collège Léonard de Vinci de Bouffémont a été retenue. Cet atelier-projet, à destination d’une classe de 3e permet aux élèves, accompagné de leur enseignant de technologie et des FabManagers, de s’engager dans une mission visant à la création d’objets. Ce défi créatif a duré sur plusieurs scéances durant 8 mois (octobre 2017 – mai 2018). L'équipe "Marketing" a trouvé un nom à cette serre : « Flab’serre ». Le slogan retenu est « ça brille; ça pousse; ça sert ». Un logo a été dessiné et gravé sur la face avant. Projet documenté sur Plackpro.com : [http://plakpro.com/le-jardin-de-leonard/ Le jardin de Léonard].-jardin-de-leonard/ Le jardin de Léonard].)
    • Solar coffee roaster (using a Scheffler concentrator)  + (Thank you to the contributors : * Florent … 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°)s on open-source technologies! * ... (°u°))
    • Solar coffee roaster (using a Scheffler concentrator)  + (Thank you to the contributors : * Florent … 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°)s on open-source technologies! * ... (°u°))
    • Baromètre sonore  + (Un projet du [[Group:ZBis|fabab zBis]].)
    • Baromètre sonore  + (Un projet du [[Group:ZBis|fabab zBis]].)
    • Pad d'arcade  + (Un projet réalisé au [[Group:LabBoîte Cergy|fablab LabBoîte de Cergy]] à retrouver aussi sur [https://github.com/hugotpichon/arcpad-pic18f4550 github.com/hugotpichon/arcpad-pic18f4550].)
    • Pad d'arcade  + (Un projet réalisé au [[Group:LabBoîte Cergy|fablab LabBoîte de Cergy]] à retrouver aussi sur [https://github.com/hugotpichon/arcpad-pic18f4550 github.com/hugotpichon/arcpad-pic18f4550].)
    • Minion  + (Un proyecto opensource del [[Group:Fablab Leuven|FabLab Leuven]] : [https://www.fablab-leuven.be/ www.fablab-leuven.be])
    • Puzzle en bois  + (Un tuto instructables fort sympathique dan … Un tuto instructables fort sympathique dans la veine de celui-ci : http://www.instructables.com/id/Laser-cut-Jigsaw-Puzzle/ Le lien vers l'extension Puzzle pour inkscape : https://inkscape.org/fr/~Neon22/%E2%98%85lasercut-jigsaw La belle boîte cadeau paramétrique à découper https://www.thingiverse.com/thing:17240 10 astuces pour la découpe laser (en anglais) : http://www.instructables.com/id/10-Tips-and-Tricks-for-Laser-Engraving-and-Cutting/ Un article sur lequel je suis tombé pendant mes recherches https://hackaday.com/2016/11/05/hackit-laser-cut-your-own-jigsaw-puzzle/ Le site de Trotec Laser qui montre d'autres exemples de matières avec un bon rendu en gravure : https://www.troteclaser.com/fr/savoir-faire/exemples-laser/claser.com/fr/savoir-faire/exemples-laser/)
    • Puzzle en bois  + (Un tuto instructables fort sympathique dan … Un tuto instructables fort sympathique dans la veine de celui-ci : http://www.instructables.com/id/Laser-cut-Jigsaw-Puzzle/ Le lien vers l'extension Puzzle pour inkscape : https://inkscape.org/fr/~Neon22/%E2%98%85lasercut-jigsaw La belle boîte cadeau paramétrique à découper https://www.thingiverse.com/thing:17240 10 astuces pour la découpe laser (en anglais) : http://www.instructables.com/id/10-Tips-and-Tricks-for-Laser-Engraving-and-Cutting/ Un article sur lequel je suis tombé pendant mes recherches https://hackaday.com/2016/11/05/hackit-laser-cut-your-own-jigsaw-puzzle/ Le site de Trotec Laser qui montre d'autres exemples de matières avec un bon rendu en gravure : https://www.troteclaser.com/fr/savoir-faire/exemples-laser/claser.com/fr/savoir-faire/exemples-laser/)
    • Porte-bijoux  + (Une création de [[Group:YourLAB - FabLab d'Andenne|YourLAB - FabLab d'Andenne]].)
    • Porte-bijoux  + (Une création de [[Group:YourLAB - FabLab d'Andenne|YourLAB - FabLab d'Andenne]].)
    • 8bits & Chocolate - distributeur décoratif de friandises  +
    • 8bits & Chocolate - distributeur décoratif de friandises  +
    • Rocket kit  + (Une création du [[Group:Makers' lab|Maker's Lab emlyon]] à retrouver aussi sur [https://www.thingiverse.com/thing:2440907 thingiverse.com/thing:2440907].)
    • Rocket kit  + (Une création du [[Group:Makers' lab|Maker's Lab emlyon]] à retrouver aussi sur [https://www.thingiverse.com/thing:2440907 thingiverse.com/thing:2440907].)
    • Nid pour oiseau  + (Une création originale de Kossel Mini. '' … Une création originale de Kossel Mini. '''A voir aussi :''' le site de sciences participatives du Muséum national d'Histoire naturelle et de la LPO sur l'observation des oiseaux [https://www.oiseauxdesjardins.fr/ oiseauxdesjardins.fr] Identifiez les espèces qui viennent chez vous, partagez vos données aux chercheurs et participez au suivi de la biodiversité en France.pez au suivi de la biodiversité en France.)
    • Nid pour oiseau  + (Une création originale de Kossel Mini. '' … Une création originale de Kossel Mini. '''A voir aussi :''' le site de sciences participatives du Muséum national d'Histoire naturelle et de la LPO sur l'observation des oiseaux [https://www.oiseauxdesjardins.fr/ oiseauxdesjardins.fr] Identifiez les espèces qui viennent chez vous, partagez vos données aux chercheurs et participez au suivi de la biodiversité en France.pez au suivi de la biodiversité en France.)
    • Turbine à gouttière  + (Une réalisation au [[Group:LabBoîte Cergy|fablab LabBoîte à Cergy]].)
    • Minion  + (Une réalisation du [[Group:Fablab Leuven|FabLab Leuven]] : [https://www.fablab-leuven.be/ www.fablab-leuven.be])
    • Minion  + (Une réalisation du [[Group:Fablab Leuven|FabLab Leuven]] : [https://www.fablab-leuven.be/ www.fablab-leuven.be])
    • Prothèse de main  + (Version du [[Group:Makers' lab|Makers' lab de Lyon]]. '''Voir aussi''' * Site officiel de l'association e-nable : [https://e-nable.fr/ e-nable.fr] * Site du makers' lab emlyon : [http://makerslab.em-lyon.com/ makerslab.em-lyon.com])
    • Prothèse de main  + (Version du [[Group:Makers' lab|Makers' lab de Lyon]]. '''Voir aussi''' * Site officiel de l'association e-nable : [https://e-nable.fr/ e-nable.fr] * Site du makers' lab emlyon : [http://makerslab.em-lyon.com/ makerslab.em-lyon.com])
    • Grenouille Bleue Anaëlle  + (http://beta.wikifab.org/index.php/Spécial:AjouterDonnées/Tutoriel/Grenouille_bleue http://creativecommons.fr/licences/)
    • Remplacer une prise électrique  + (matériel électrique utilisé : [http://www. … matériel électrique utilisé : [http://www.123elec.com/schneider-odace-mecanisme-prise-2p-t-rapide.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique prise de courant Schneider Odace blanche S520059] avec [http://www.123elec.com/schneider-odace-plaque-simple-blanche.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique plaque de finition Schneider Odace Styl blanche S520702] outil utilisé : [http://www.123elec.com/klauke-tournevis-plat-cruciforme-isole-ph1.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique tournevis cruciforme isolé Klauke] vidéo de référence pour ce tutoriel : [https://www.youtube.com/watch?v=bXPDa4qxhsE&index=1&list=PLQ3Jie2LBskUL4iYFVXd4-n8WJL9i6l5B&t=7s&utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique Remplacer une prise électrique par 123elecTV]=wikifab-tutoriel-remplacer-prise-electrique Remplacer une prise électrique par 123elecTV])
    • Remplacer une prise électrique  + (matériel électrique utilisé : [http://www. … matériel électrique utilisé : [http://www.123elec.com/schneider-odace-mecanisme-prise-2p-t-rapide.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique prise de courant Schneider Odace blanche S520059] avec [http://www.123elec.com/schneider-odace-plaque-simple-blanche.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique plaque de finition Schneider Odace Styl blanche S520702] outil utilisé : [http://www.123elec.com/klauke-tournevis-plat-cruciforme-isole-ph1.html?utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique tournevis cruciforme isolé Klauke] vidéo de référence pour ce tutoriel : [https://www.youtube.com/watch?v=bXPDa4qxhsE&index=1&list=PLQ3Jie2LBskUL4iYFVXd4-n8WJL9i6l5B&t=7s&utm_source=wikifab&utm_medium=tutoriel&utm_campaign=wikifab-tutoriel-remplacer-prise-electrique Remplacer une prise électrique par 123elecTV]=wikifab-tutoriel-remplacer-prise-electrique Remplacer une prise électrique par 123elecTV])
    • 8bits & Chocolate - decorative candy dispenser  + (Created by the [[Group:I-Lab|I-Lab of Toulon]] during the Trotec challenge on Wikifab.)
    • Marmite norvégienne  + (VISIONNER LA VIDEO TUTORIEL ICI : https:// … VISIONNER LA VIDEO TUTORIEL ICI : https://www.youtube.com/watch?v=qaJM42POco0 L’équipe du Low-Tech Lab vous invite à consulter sa Biblilowtech sur le site internet : lowtechlab.org/biblilowtech/ Vous pouvez également contacter l’équipe à hello@lowtechlab.org Merci ! '''Participez à la veille technique, partagez vos liens intéressants dans [http://lowtechlab.wikifab.org/index.php/Discussion:Marmite_norv%C3%A9gienne l'espace de discussion] ou ajoutez les ici.''' [http://www.lowtechmagazine.com/2014/07/cooking-pot-insulation-key-to-sustainable-cooking.html If We Insulate Our Houses, Why Not Our Cooking Pots?] : Article du Low-tech Mag sur les techniques alternatives de cuisson. On retrouve quelques chiffres sur les performances énergétiques de la cuisson sans feu. [http://www.cfaitmaison.com/sante/marmite-norvegienne.html Marmite norvégienne, caisse à cuire et cuiseur thermos] : Page qui résume bien le fonctionnement de la marmite norvégienne et qui donne des pistes pour en fabriquer une très facilement et sans bricoler. [https://www.facebook.com/lowtechlab/posts/852761561523999 Low-tech Lab : La Marmite Norvégienne] : Expérience menée par le LTL sur la marmite norvégienne. Dans les commentaires de la photo on trouve beaucoup de pistes amenées par la communauté du LTL. [http://www.rootsimple.com/2011/12/hay-boxes-or-fireless-cookers/ Hay boxes or Fireless Cookers] [http://www.treehugger.com/sustainable-product-design/wonderbag-electricity-free-slow-cooker.html The Wonderbag] : Une produit sympa disponible sur le marché.ne produit sympa disponible sur le marché.)
    Récupérée de « https://wikifab.org/wiki/Spécial:Recherche_par_propriété/:Notes/Une-20création-20du-20-5B-5BGroup:I-2DLab-7CI-2DLab-20de-20Toulon-5D-5D-20à-20l%27occasion-20du-20challenge-20Trotec-20sur-20Wikifab. »
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