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 « <nowiki>For more useful tips as well as detailed steps, please check this page: https://www.tunelf.com/tidal-music/play-tidal-on-multiple-devices.html</nowiki> ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

Affichage de 90 résultats à partir du n°1.

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


    

Liste de résultats

    • Fabrication d'un drône  + ( # https://diydrones.com/profiles/blogs/ar # https://diydrones.com/profiles/blogs/arduimu-quadcopter-part-iii : un exemple de drone avec des capteurs de distance. La vidéo dans le parking montre bien un exemple de ce qu'on veut réaliser # http://www.electronoobs.com/eng_robotica_tut6_2.php : on va pas y couper, il va falloir se plonger dans les boucles PID, pour corriger les consignes (inclinaison, hauteur) avec les mesures effectives. # https://www.firediy.fr/article/calibrer-le-capteur-mpu6050-avec-un-arduino-drone-ch-5 : utilisation du gyroscope # https://www.firediy.fr/article/utiliser-sa-radiocommande-avec-un-arduino-drone-ch-6 : code Arduino : attachInterrupt et registres d'interruption # http://mitappsinventor.blogspot.com/2015/05/rgb-slider-color-selector-rgb-led.html appli Android pour controler le drône : un bon point de départ avec cet exemple de l'utilisation d'un slider pour contrôler une LED. # https://www.carnetdumaker.net/articles/mesurer-une-distance-avec-un-capteur-ultrason-hc-sr04-et-une-carte-arduino-genuino/ débuter avec les capteurs de distance ultrasons ter avec les capteurs de distance ultrasons )
    • Lombricomposteur en bois de chêne  + ('''Voir aussi''' * la Boîte à Terre : [htt'''Voir aussi''' * la Boîte à Terre : [http://boutique.laboiteaterre.fr/home/1-boite-a-terre-2-plateaux.html boutique.laboiteaterre.fr/home/1-boite-a-terre-2-plateaux.html] * vidéo d'un autre lombricomposteur en bois : [https://www.youtube.com/watch?v=-3Qa8XYKfFA youtube.com/watch?v=-3Qa8XYKfFA]Qa8XYKfFA youtube.com/watch?v=-3Qa8XYKfFA])
    • Lombricomposteur en bois de chêne  + ('''Voir aussi''' * la Boîte à Terre : [htt'''Voir aussi''' * la Boîte à Terre : [http://boutique.laboiteaterre.fr/home/1-boite-a-terre-2-plateaux.html boutique.laboiteaterre.fr/home/1-boite-a-terre-2-plateaux.html] * vidéo d'un autre lombricomposteur en bois : [https://www.youtube.com/watch?v=-3Qa8XYKfFA youtube.com/watch?v=-3Qa8XYKfFA]Qa8XYKfFA youtube.com/watch?v=-3Qa8XYKfFA])
    • 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. )
    • Entryway catch-all table  + ( * Check out my projects on my website : http://www.foureyesfurniture.com/ )
    • Ruche en kit  + ( * La représentation de la Colorado Top Ba * La représentation de la Colorado Top Bar en 3D sur [https://sketchfab.com/models/0ecf398d659d4f51855aef4fa6f28129 Sketchfab] * Découvrez le projet sur [http://www.aker.me/ctb.html notre site] (en anglais) * Présentation du projet ruches connectées du [http://fablabbcn.org/0000/01/08/open-source-beehives.html Fab Barcelona] et [http://www.opensourcebeehives.net/ Open Source Beehives] ensourcebeehives.net/ Open Source Beehives] )
    • Ruche facile à assembler sans visse ni colle (Colorado Top Bar)/fr  + ( * La représentation de la Colorado Top Ba * La représentation de la Colorado Top Bar en 3D sur [https://sketchfab.com/models/0ecf398d659d4f51855aef4fa6f28129 Sketchfab] * Découvrez le projet sur [http://www.aker.me/ctb.html notre site] (en anglais) * Présentation du projet ruches connectées du [http://fablabbcn.org/0000/01/08/open-source-beehives.html Fab Barcelona] et [http://www.opensourcebeehives.net/ Open Source Beehives] ensourcebeehives.net/ Open Source Beehives] )
    • Ruche en kit  + ( * La représentation de la Colorado Top Ba * La représentation de la Colorado Top Bar en 3D sur [https://sketchfab.com/models/0ecf398d659d4f51855aef4fa6f28129 Sketchfab] * Découvrez le projet sur [http://www.aker.me/ctb.html notre site] (en anglais) * Présentation du projet ruches connectées du [http://fablabbcn.org/0000/01/08/open-source-beehives.html Fab Barcelona] et [http://www.opensourcebeehives.net/ Open Source Beehives] ensourcebeehives.net/ Open Source Beehives] )
    • Bokashi  + ( * Léon-Hugo Bonte, paysagiste décorateur, * Léon-Hugo Bonte, paysagiste décorateur, utilisateur du bokashi. * [http://www.synbiovie.fr/ Synbiovie], Bertrand Grevet, cultivateur et distributeur d'EM en France. * [http://permaforet.blogspot.fr/2013/09/bokashi-dautomne-me.html Permaforet]. * Documentation réalisée par Camille Duband & Pierre-Alain Lévêque, Juillet 2017 Duband & Pierre-Alain Lévêque, Juillet 2017 )
    • Bokashi  + ( * Léon-Hugo Bonte, paysagiste décorateur, * Léon-Hugo Bonte, paysagiste décorateur, utilisateur du bokashi. * [http://www.synbiovie.fr/ Synbiovie], Bertrand Grevet, cultivateur et distributeur d'EM en France. * [http://permaforet.blogspot.fr/2013/09/bokashi-dautomne-me.html Permaforet]. * Documentation réalisée par Camille Duband & Pierre-Alain Lévêque, Juillet 2017 Duband & Pierre-Alain Lévêque, Juillet 2017 )
    • OpenReflex: 3D Printed Camera  + ( * Thanks to the ESADSE [ Superior School * Thanks to the ESADSE [ Superior School of Art and Design of Saint-Etienne (France) ] that trust me and support me on this project and allow me to bring it where this work on my studies time ! And also for their equipment, and their financial help. :) * Thanks to my friends of the student associations [http://legarage-gpl.org/ Le_Garage] and also to the [http://www.esadse.fr/fr/la-recherche/171012-laboratoire-random-lab- RandomLab] which help me on this project. * Thanks to [http://www.iamas.ac.jp/exhibit13/ge/09.html Yuki Suzuki] who generously lent me one of his [http://www.thingiverse.com/thing:37147 AP-Lens] from the Japan. * Thanks to [http://www.fablab-lyon.fr/ La Fabrique d'Objets Libre] (Lyon FabLab) for let me access to their tools. * 95% of the 3D are made in the Open-source software [https://www.blender.org/ Blender]. * The rest have been made with [http://www.openscad.org/ OpenScad]. * And 2D files have been made on [https://inkscape.org Inkscape] and OpenScad then cleaned in [http://librecad.org/cms/home.html LibreCad]. * And I use MakerWare for slice my mesh for 3D printer. (I know... it's the only not open-source...) * And finish by YOU : Thanks for reading, hope you like it and this gonna be useful ! :) e you like it and this gonna be useful ! :) )
    • OpenReflex: 3D Printed Camera  + ( * Thanks to the ESADSE [ Superior School * Thanks to the ESADSE [ Superior School of Art and Design of Saint-Etienne (France) ] that trust me and support me on this project and allow me to bring it where this work on my studies time ! And also for their equipment, and their financial help. :) * Thanks to my friends of the student associations [http://legarage-gpl.org/ Le_Garage] and also to the [http://www.esadse.fr/fr/la-recherche/171012-laboratoire-random-lab- RandomLab] which help me on this project. * Thanks to [http://www.iamas.ac.jp/exhibit13/ge/09.html Yuki Suzuki] who generously lent me one of his [http://www.thingiverse.com/thing:37147 AP-Lens] from the Japan. * Thanks to [http://www.fablab-lyon.fr/ La Fabrique d'Objets Libre] (Lyon FabLab) for let me access to their tools. * 95% of the 3D are made in the Open-source software [https://www.blender.org/ Blender]. * The rest have been made with [http://www.openscad.org/ OpenScad]. * And 2D files have been made on [https://inkscape.org Inkscape] and OpenScad then cleaned in [http://librecad.org/cms/home.html LibreCad]. * And I use MakerWare for slice my mesh for 3D printer. (I know... it's the only not open-source...) * And finish by YOU : Thanks for reading, hope you like it and this gonna be useful ! :) e you like it and this gonna be useful ! :) )
    • Bucket stool made of wood and concrete  + ( * This project was created by Ben Uyeda, * This project was created by Ben Uyeda, the designer behind the blog [http://homemade-modern.com/ Homemade Modern] * Check [http://homemade-modern.com/ep08-5-bucket-stool/ the original project on Homemade Modern] * For more detailed instructions, dimensioned drawings and different variations of the project, check out [http://www.amazon.com/gp/product/0762455071?keywords=homemade%20modern&qid=1448403011&ref_=sr_1_1&sr=8-1 the Homemade Modern book.] 1&ref_=sr_1_1&sr=8-1 the Homemade Modern book.] )
    • Bucket stool made of wood and concrete  + ( * This project was created by Ben Uyeda, * This project was created by Ben Uyeda, the designer behind the blog [http://homemade-modern.com/ Homemade Modern] * Check [http://homemade-modern.com/ep08-5-bucket-stool/ the original project on Homemade Modern] * For more detailed instructions, dimensioned drawings and different variations of the project, check out [http://www.amazon.com/gp/product/0762455071?keywords=homemade%20modern&qid=1448403011&ref_=sr_1_1&sr=8-1 the Homemade Modern book.] 1&ref_=sr_1_1&sr=8-1 the Homemade Modern book.] )
    • Self-learning connected thermostat that optimizes heating and cooling of buildings  + ( * 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] )
    • Self-learning connected thermostat that optimizes heating and cooling of buildings  + ( * 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] )
    • Mur végétal  + ( *Documentation [http://www.moncoursdetechno.ovh/esp.html emoncms] en français )
    • Bentolux - ShrekBox  + (<nowiki>===Fonctionnalités des touch===Fonctionnalités des touches de la télécommande===

      *'''ON/OFF''' : power ON et power OFF. En mode OFF, la télécommande est « désactivée ». Mais les mises à jour des données météo et de la couleur du ring de LEDs restent actives. Le player MP3 est positionné sur STOP. Seul un appui sur cette même touche réactive le mode ON. En mode ON, les fonctionnalités globales de la télécommande sont accessibles.
      *'''touche v''' : passe le CONTROLE DU SON sur le bouton potentiomètre.
      *'''touche ^''' : passe le CONTROLE DU SON sur la télécommande.
      *'''Vol+/Vol-''' : contrôle du VOLUME DU SON + ou - si le contrôle du son via le bouton potentiomètre n’est pas activé.
      *'''func/stop''' : passe le lecteur MP3 à STOP. Appui sur touche >‖, I<< ou >>I pour réactiver la LECTURE.
      *'''>‖''' : passe le lecteur sur PAUSE quand il est mode LECTURE. Et passe le lecteur sur LECTURE quand il est en PAUSE.
      *'''I<< >>I''' : chanson précédente ou chanson suivante.
      *'''ST/ RPT''' : change le MODE de lecture (SINGLE CYCLE, CYCLE [par défaut], RANDOM, SINGLE SHOT).
      *'''EQ''' : retour aux paramétrages par défaut.
      *'''touches de 0 à 9''' : chaque touche lance un scenario différent d’animation du ring de LEDs pendant 6 secondes.




      ===Cartographie de branchement des différents composants===


      Une platine de prototypage a été utilisée pour mutualiser les branchements à l'alimentation 5V et à une des broches GND, ainsi que les broches SDA et SCL pour le branchement de la matrice de LEDs et du capteur météo BME280.


      '''Potentiomètre 3 branches (connexion analogique)'''

      → pin C sur broche '''A0'''

      → pin E2 sur broche '''5V'''

      → pin E1 sur broche '''GND'''


      '''LED simple'''

      → pin IN sur broche '''PWM 11'''

      → pin PWR sur broche '''5V'''

      → pin GND sur broche '''GND'''


      '''FastLed NEOPIXEL (anneau de 12 LEDs)'''

      → pin IN sur broche '''PWM''' '''6'''

      → pin PWR sur broche '''5V'''

      → pin GND sur broche '''GND'''


      '''Capteur Météo BME280 (i2c)'''

      → pin SDA sur broches '''SDA'''

      → pin SCL sur broche '''SCL'''

      → pin VCC sur broche '''5V'''

      → pin GND sur broche '''GND'''


      '''Ecran LCD ssd1306 connecté au format i2c'''

      → pin SDA sur broches '''A4'''

      → pin SCL sur broche '''A5'''

      → pin VCC sur broche '''3,3V'''

      → pin GND sur broche '''GND'''


      '''Matrice de LEDs - RGBPanel (i2c)'''

      → pin SDA sur broches '''SDA'''

      → pin SCL sur broche '''SCL'''

      → pin VCC sur broche '''5V'''

      → pin GND sur broche '''GND'''


      '''Contrôleur IR pour télécommande'''

      → pin IN sur broche digitale '''12'''

      → pin PWR sur broche '''5V'''

      → pin GND sur broche '''GND'''


      '''Contrôleur MP3'''

      → pin RX sur broche digitale '''2'''

      → pin TX sur broche digitale '''3'''

      → pin PWR sur broche '''5V'''

      → pin GND sur broche '''GND'''



      Pour le bon fonctionnement du contrôleur MP3, la pin RX du contrôleur doit être branchée sur la broche TX de la carte Arduino et la pin TX du contrôleur doit être branchée sur la broche RX de la carte Arduino.




      '''<br /><br />→ pin PWR sur broche '''5V'''<br /><br />→ pin GND sur broche '''GND'''<br /><br /><div class="icon-instructions info-icon"><br /><div class="icon-instructions-icon"><i class="fa fa-info-circle"></i></div><br /><div class="icon-instructions-text">Pour le bon fonctionnement du contrôleur MP3, la pin RX du contrôleur doit être branchée sur la broche TX de la carte Arduino et la pin TX du contrôleur doit être branchée sur la broche RX de la carte Arduino.</div><br /></div><br /><br /><br/></nowiki>)
    • Biodigesteur domestique  + (<nowiki>* La première édition du tut* La première édition du tutoriel à été réalisée par Clément Chabot lors de l'escale Biodigesteur du Tour de France des Low-tech.

      * La solution documentée a été réalisée avec Pierre et Thomas de l'association PicoJoule http://www.picojoule.org/ [http://www.picojoule.org/ [1]] https://www.facebook.com/Picojoule/?fref=ts

      ==== Sources ====

      * Bernard LAGRANGE, Biométhane 1. Une alternative crédible ; 2. principes-techniques, utilisations
      * https://fr.wikipedia.org/wiki/Pouvoir_m%C3%A9thanog%C3%A8ne
      * https://fr.wikipedia.org/wiki/Biogaz

      ==== Notes ====

      * tutoriel sur un digesteur semi-enterré d'Hélie Marchand à Madagascar : [https://lowtechlab.org/wiki/Biodigesteur Biodigesteur]
      )
    • Biodigesteur domestique  + (<nowiki>* La première édition du tut* La première édition du tutoriel à été réalisée par Clément Chabot lors de l'escale Biodigesteur du Tour de France des Low-tech.

      * La solution documentée a été réalisée avec Pierre et Thomas de l'association PicoJoule http://www.picojoule.org/ [http://www.picojoule.org/ [1]] https://www.facebook.com/Picojoule/?fref=ts

      ==== Sources ====

      * Bernard LAGRANGE, Biométhane 1. Une alternative crédible ; 2. principes-techniques, utilisations
      * https://fr.wikipedia.org/wiki/Pouvoir_m%C3%A9thanog%C3%A8ne
      * https://fr.wikipedia.org/wiki/Biogaz

      ==== Notes ====

      * tutoriel sur un digesteur semi-enterré d'Hélie Marchand à Madagascar : [https://lowtechlab.org/wiki/Biodigesteur Biodigesteur]
      )
    • 6ème Sens  + (<nowiki>/*<br /><br /> */*

       *Qualité de l’air avec arduino et capteur Grove v1.3

       *Le capteur doit être branché quelques heures avant la première utilisation

       *La calibration se fait par laisser le capteur a l’extérieur pendant au moins 20 min

       */

      //----------------------------------------------------------------------------------------

      // Inclusion des librairies pour OLED

      //--------------------------------------

      #include

      #include

      #include

      //--------------------------------------

      //Declaration des variables

      //--------------------------------------

      #define redLed 13

      #define greenLed 8

      #define orangeLed 7

      #define capteur A0

      #define OLED_RESET 4

      int valeurCapteur = 0;

      String qualite = "";

      int volt;

      // on déclare notre LCD.

      Adafruit_SSD1306 display(OLED_RESET);

      void setup() {

        Serial.begin(9600);// initialise la communication avec l'ordinateur

        display.begin(SSD1306_SWITCHCAPVCC, 0x3C);  // // initialisation de l'ecran OLED

        display.display();

        display.clearDisplay();   // Netoie l’ecran

        pinMode(redLed, OUTPUT);// indique que la broche redLed est une sortie :

        pinMode(greenLed, OUTPUT);// indique que la broche greenLed est une sortie :

        pinMode(orangeLed, OUTPUT);// indique que la broche orangeLed est une sortie :

        pinMode(capteur, INPUT);// indique que la broche du capteur de la qualité de l'air redLed est une entrée :

        display.setCursor(0,0);// On place le curseur en 0,0

        display.setTextSize(2);// On définie la taille du texte

        display.setTextColor(WHITE);// On définie la couleur du texte

        display.println("Heating");

        //display.setCursor(0,1);

        // display.println("ATTENDRE");

        display.display();

        delay(20000);

        display.clearDisplay(); 

      }

      void loop() {

        // put your main code here, to run repeatedly:

      valeurCapteur = analogRead(capteur);

      //volt = (valeurCapteur*5)/1024;

      int grafX = 0;

      if (valeurCapteur<=45) {

          //digitalWrite(greenLed, HIGH);

          qualite = "Tout va bien";

          Serial.println(qualite);

          delay(1000);

          display.setCursor(0,0);

          display.setTextSize(1);

          display.setTextColor(WHITE);

          display.println("OK");

          display.println(valeurCapteur);

          grafX = map(valeurCapteur, 0, 135, 0, 127);

          display.fillRect(0, 20,grafX, 5, WHITE);

          display.display();

          display.clearDisplay();

          digitalWrite(13, LOW);

          }

          else if (valeurCapteur>45&& valeurCapteur<=70){

              //digitalWrite(greenLed, HIGH);

              qualite = "Situation tolerable ";

              Serial.println(qualite);

              delay(1000);

              display.setCursor(0,0);

              display.setTextSize(1);

              display.setTextColor(WHITE);

              display.println("AH AH");

              display.println(valeurCapteur);

              grafX = map(valeurCapteur, 0, 135, 0, 127);

              display.fillRect(0, 20,grafX, 5, WHITE);

              display.display();

              display.clearDisplay();

              digitalWrite(13, LOW);

            }

             else if (valeurCapteur>70&& valeurCapteur<=100){

             //digitalWrite(orangeLed, HIGH);

              qualite = "Etat mauvais";

              Serial.println(qualite);

              delay(1000);

              display.setCursor(0,0);

              display.setTextSize(1);

              display.setTextColor(WHITE);

              display.println("Ca chauffe");

              display.println(valeurCapteur);

              grafX = map(valeurCapteur, 0, 135, 0, 127);

              display.fillRect(0, 20,grafX, 5, WHITE);

              display.display();

              display.clearDisplay();

              digitalWrite(13, LOW);

            }

             else if (valeurCapteur>100&& valeurCapteur<=135){

              //digitalWrite(redLed, HIGH);

              qualite = "Ouvrir la fenetre";

              Serial.println(qualite);

              delay(1000);

              display.setCursor(0,0);

              display.setTextSize(1);

              display.setTextColor(WHITE);

              display.println("Ouvrez");

              display.println(valeurCapteur);

              grafX = map(valeurCapteur, 0, 135, 0, 127);

              display.fillRect(0, 20,grafX, 5, WHITE);

              display.display();

              display.clearDisplay();

              digitalWrite(13, LOW);

            }

             else if (valeurCapteur>135){

              //digitalWrite(redLed, HIGH);

              qualite = "Sortez";

              Serial.println(qualite);

              delay(1000);

              display.setCursor(0,0);

              display.setTextSize(1);

              display.setTextColor(WHITE);

              display.println("Sortez");

              display.println(valeurCapteur);

              grafX = map(valeurCapteur, 0, 135, 0, 127);

              display.fillRect(0, 20,grafX, 5, WHITE);

              display.display();

              display.clearDisplay();

              digitalWrite(13, HIGH);

            }

      }
      /><br />        display.setTextColor(WHITE);<br /><br />        display.println("Ouvrez");<br /><br />        display.println(valeurCapteur);<br /><br />        grafX = map(valeurCapteur, 0, 135, 0, 127);<br /><br />        display.fillRect(0, 20,grafX, 5, WHITE);<br /><br />        display.display();<br /><br />        display.clearDisplay();<br /><br />        digitalWrite(13, LOW);<br /><br />      }<br /><br />       else if (valeurCapteur>135){<br /><br />        //digitalWrite(redLed, HIGH);<br /><br />        qualite = "Sortez";<br /><br />        Serial.println(qualite);<br /><br />        delay(1000);<br /><br />        display.setCursor(0,0);<br /><br />        display.setTextSize(1);<br /><br />        display.setTextColor(WHITE);<br /><br />        display.println("Sortez");<br /><br />        display.println(valeurCapteur);<br /><br />        grafX = map(valeurCapteur, 0, 135, 0, 127);<br /><br />        display.fillRect(0, 20,grafX, 5, WHITE);<br /><br />        display.display();<br /><br />        display.clearDisplay();<br /><br />        digitalWrite(13, HIGH);<br /><br />      }<br /><br />}</nowiki>)
    • MANGEOIRE à oiseaux en bois de PALETTES, sans clous ni vis !  + (<nowiki>Merci à :<br /><br Merci à :

      * « Potager Autofertile » pour ce concept et la vidéo où il explique pas à pas la construction. https://www.youtube.com/watch?v=qC7MMU5F1rQ

      * "Bricolage Facile" [https://www.18h39.fr/articles/comment-choisir-vos-palettes-pour-fabriquer-des-meubles-recup.html]https://www.bricolage-facile.net/les-palettes-sont-elles-toxiques/
      les-palettes-sont-elles-toxiques/</nowiki>)
    • Typographie modulaire  + (<nowiki>https://lachoseimprimee.com/les-publications/police-modulaire)<br /><br /><br />Dessin vectoriel - Joris Ferlet</nowiki>)
    • Page  + (<nowiki>https://observablehq.com/d/2https://observablehq.com/d/2f5f0c379100e66a

      https://douglashigson.muchloved.com/Lifestories/673783543

      https://idealboxes.reblog.hu/how-to-enhance-your-business-with-custom-burger-boxes

      http://herbarium.biol.sc.edu/floracaroliniana/checklists/checklist.php?cl=30698&emode=1

      https://www.are.na/block/24574856
      <br /><br />https://www.are.na/block/24574856</nowiki>)
    • HP Aruba HPE6-A82 exam Questions 2K24  + (<nowiki>https://www.durovis.com/en/board_topic_24994.html<br /><br />https://www.durovis.com/en/board_topic_24976.html</nowiki>)
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    • Snap circuits tutorial  + (== List of parts == 1x [https://drive.goog== List of parts == 1x [https://drive.google.com/file/d/1N1k6RxDnZtbSd_nBgNX-ozBYsEIFRAkR/view?usp=sharing 3D printed snap support] 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 12x6mm magnets]?rmmds=myorder&cur_warehouse=CN <u>12x6mm magnets</u>])
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    • Salad tongs  + (Check out this tutoral and many more on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com].)
    • Salad tongs  + (Check out this tutoral and many more on [https://www.iliketomakestuff.com/infinity-gauntlet-salad-tongs/ iliketomakestuff.com].)
    • Composteur en bois  + (Comment :[[http://www.compostage-au-jardin.org/index.php?page=reussir-son-compost]])
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    • Climatiseur solaire  + (Crédit : Jean-Jacques Valette / [https://wCrédit : Jean-Jacques Valette / [https://www.wedemain.fr/Tuto-Comment-fabriquer-un-climatiseur-solaire_a3473.html We Demain] '''A voir aussi :''' * Tutoriels pour la [[Fabrication : Ventilateur USB|fabrication]] et le [[Ventilateur USB|montage d'un mini ventilateur USB]].[Ventilateur USB|montage d'un mini ventilateur USB]].)
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    • Geiger counter  + (Description: Name:Radiation Detector systDescription: Name:Radiation Detector system Geiger tube parameters: Technical parameters diameter:Φ10±0.5mm Total length: 90±2mm Starting voltage: < 350V Recommended operating voltage: 380V Minimum plateau length: 80V Maximum plateau slope: 10%/80V Extreme operating voltage: 550V The maximum count rate: 25 times / min Life: > 1 x 10^9 pulse Medium temperature: -40 ~ 55 ℃ Size:108x63x20mm Infos: https://www.banggood.com/Assembled-DIY-Geiger-Counter-Kit-Module-Miller-Tube-GM-Tube-Nuclear-Radiation-Detector-p-1136883.html?rmmds=search&cur_warehouse=CN https://drive.google.com/folderview?id=0B9itH-BnWE5sY2JGRkM4MWhSYkE&usp=sharing https://drive.google.com/drive/folders/0B9itH-BnWE5sY2JGRkM4MWhSYkE Features: 1) 5V power supply, or 1.5V 3x battery; 1.2V 4x battery, current: 30mA - 12mA 2) for the detection of 20mR/h ~ 120mR/h of gamma rays and 100 ~ 1800 off variables / points / cm 2 of the soft beta ray. 3) sound and light alarm 4) interrupt the output interface, through this interface can be connected to the microcontroller and then displayed on the LCD. 5) Ardunio compatible 6) supports most of the Geiger tube: M4011, STS-5, SBM20, J305, etc. (the 330~600V operating voltage of the Geiger tube can be supported). 7) support the computer (PC) data acquisition, Matlab analysis and processing Detection of nuclear radiation work (copy the following link to the browser to watch): [http://v.youku.com/v_show/id_XNzI3MTU2NzQ0.html Http://v.youku.com/v_show/id_XNzI3MTU2NzQ0.html] Customers using our Geiger counter to record the video: [http://v.youku.com/v_show/id_XOTE4ODIyNTIw.html Http://v.youku.com/v_show/id_XOTE4ODIyNTIw.html] Compatible with Arduino: (recommended UNO R3 Arduino, or any other arbitrary with 5V and external interrupt INT) Internet can be downloaded: SPI example for Radiation Logger Arduino Logger Radiation can be used as the host computer software to build radiation monitoring station. Package included: 1 x Assembled Radiation Detector system 1 x GM Tube 1 x Power supply cable 1 x Battery Holder (without batteries) 3 x Jumper Wires 4 x Nuts 1 x Acrylic cover Tube 1 x Power supply cable 1 x Battery Holder (without batteries) 3 x Jumper Wires 4 x Nuts 1 x Acrylic cover)
    • Geiger counter 12+  + (Description: Name:Radiation Detector systDescription: Name:Radiation Detector system Geiger tube parameters: Technical parameters diameter:Φ10±0.5mm Total length: 90±2mm Starting voltage: < 350V Recommended operating voltage: 380V Minimum plateau length: 80V Maximum plateau slope: 10%/80V Extreme operating voltage: 550V The maximum count rate: 25 times / min Life: > 1 x 10^9 pulse Medium temperature: -40 ~ 55 ℃ Size:108x63x20mm Infos: https://www.banggood.com/Assembled-DIY-Geiger-Counter-Kit-Module-Miller-Tube-GM-Tube-Nuclear-Radiation-Detector-p-1136883.html?rmmds=search&cur_warehouse=CN https://drive.google.com/folderview?id=0B9itH-BnWE5sY2JGRkM4MWhSYkE&usp=sharing https://drive.google.com/drive/folders/0B9itH-BnWE5sY2JGRkM4MWhSYkE Features: 1) 5V power supply, or 1.5V 3x battery; 1.2V 4x battery, current: 30mA - 12mA 2) for the detection of 20mR/h ~ 120mR/h of gamma rays and 100 ~ 1800 off variables / points / cm 2 of the soft beta ray. 3) sound and light alarm 4) interrupt the output interface, through this interface can be connected to the microcontroller and then displayed on the LCD. 5) Ardunio compatible 6) supports most of the Geiger tube: M4011, STS-5, SBM20, J305, etc. (the 330~600V operating voltage of the Geiger tube can be supported). 7) support the computer (PC) data acquisition, Matlab analysis and processing Detection of nuclear radiation work (copy the following link to the browser to watch): [http://v.youku.com/v_show/id_XNzI3MTU2NzQ0.html Http://v.youku.com/v_show/id_XNzI3MTU2NzQ0.html] Customers using our Geiger counter to record the video: [http://v.youku.com/v_show/id_XOTE4ODIyNTIw.html Http://v.youku.com/v_show/id_XOTE4ODIyNTIw.html] Compatible with Arduino: (recommended UNO R3 Arduino, or any other arbitrary with 5V and external interrupt INT) Internet can be downloaded: SPI example for Radiation Logger Arduino Logger Radiation can be used as the host computer software to build radiation monitoring station. Package included: 1 x Assembled Radiation Detector system 1 x GM Tube 1 x Power supply cable 1 x Battery Holder (without batteries) 3 x Jumper Wires 4 x Nuts 1 x Acrylic cover Tube 1 x Power supply cable 1 x Battery Holder (without batteries) 3 x Jumper Wires 4 x Nuts 1 x Acrylic cover)
    • MoodBoxByFaBteam  + (Figurine used for final presentation comesFigurine 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 comesFigurine 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)
    • How to Save Spotify Music Tracks without a Premium  + (For more detailed information, please go to the official website of TunePat)
    • Showerloop - Guide 5: UV Assembly  + (For more information about UV Properties of Plastics: Transmission & Resistance, [http://www.coleparmer.com/TechLibraryArticle/834 visit this page].)
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    • 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].)
    • Boite aux lettres connectée  + (Hackable magazine numéro 2 et 7 ESP8266: Hackable magazine numéro 2 et 7 ESP8266: * http://arduino.esp8266.com/versions/1.6.5-1160-gef26c5f/doc/reference.html * http://esp8266.github.io/Arduino/versions/2.0.0/doc/boards.html. * http://esp8266.github.io/Arduino/versions/2.0.0/doc/libraries.html * http://www.esp8266.com/wiki/doku.php?id=esp8266_power_usage * https://www.losant.com/blog/making-the-esp8266-low-powered-with-deep-sleep Tweet Library: * https://arduino-tweet.appspot.com/ * https://gist.github.com/hofmannsven/6226895 * https://hofmannsven.com/2013/laboratory/arduino-twitter-library/ Choix de la batterie: * https://www.youtube.com/watch?v=LqgP16JQ24Ittps://www.youtube.com/watch?v=LqgP16JQ24I)
    • Boite aux lettres connectée  + (Hackable magazine numéro 2 et 7 ESP8266: Hackable magazine numéro 2 et 7 ESP8266: * http://arduino.esp8266.com/versions/1.6.5-1160-gef26c5f/doc/reference.html * http://esp8266.github.io/Arduino/versions/2.0.0/doc/boards.html. * http://esp8266.github.io/Arduino/versions/2.0.0/doc/libraries.html * http://www.esp8266.com/wiki/doku.php?id=esp8266_power_usage * https://www.losant.com/blog/making-the-esp8266-low-powered-with-deep-sleep Tweet Library: * https://arduino-tweet.appspot.com/ * https://gist.github.com/hofmannsven/6226895 * https://hofmannsven.com/2013/laboratory/arduino-twitter-library/ Choix de la batterie: * https://www.youtube.com/watch?v=LqgP16JQ24Ittps://www.youtube.com/watch?v=LqgP16JQ24I)
    • How to Make Beautiful but Easy Handmade Valentine's Day Card  + (I hope you guys will like my ideas about mI hope you guys will like my ideas about my [https://amandamooras.blogspot.com/2022/02/how-to-make-valentines-day-cards-for.html handmade Valentine's Day Card]! If you need more information please visit my website. Thanks for staying with me and please don't forget to share with your friends.e don't forget to share with your friends.)
    • 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].)
    • Barbecue solaire  + (La page [https://fr.wikipedia.org/wiki/Miroir_(optique) Wikipedia sur les miroirs parabolique] explique bien les principes de fonctionnement, notamment [https://fr.wikipedia.org/wiki/Miroir_(optique)#/media/File:Focal-length-c.png cette image].)
    • Barbecue solaire  + (La page [https://fr.wikipedia.org/wiki/Miroir_(optique) Wikipedia sur les miroirs parabolique] explique bien les principes de fonctionnement, notamment [https://fr.wikipedia.org/wiki/Miroir_(optique)#/media/File:Focal-length-c.png cette image].)
    • Microscope fonctionnant avec un smartphone  + (Lentille 12x30 mm : http://www.aixiz.com/sLentille 12x30 mm : http://www.aixiz.com/store/product_info.php/cPath/46/products_id/374/osCsid/37cabc139b4f03b0e0a522178defae7e Ressort: [https://fr.aliexpress.com/item/Custom-electrical-spring-stainless-steel-conical-compression-spring/32491212224.html?scm=1007.13338.79672.000000000000000&pvid=e1e00bf7-4c4e-489b-99b8-5a9faca6ed13&tpp=1 https://fr.aliexpress.com/item/Custom-electrical-spring-stainless-steel-conical-compression-spring/32491212224.html] Lentille 8mm : [https://fr.aliexpress.com/item/LED-optical-Glass-lens-diameter-8-0MM-LED-condenser-lens-optical-Plano-convex-lens/32652346271.html?spm=2114.06010108.3.237.lKvRqN&ws_ab_test=searchweb0_0,searchweb201602_5_10065_10068_10000032_119_10000025_10000029_430_10000028_10060_10062_10056_10055_10000062_10054_10059_10099_10000022_10000012_10103_10102_10000015_10096_10000018_10000019_10000056_10000059_10052_10053_10107_10050_10106_10051_10000053_10000007_10000050_10084_10083_10000047_10080_10082_10081_10110_10111_10112_10113_10114_10115_10000041_10000044_10078_10079_10000038_429_10073_10000035_10121-10111,searchweb201603_2,afswitch_1,single_sort_2_price_asc&btsid=f94d5bf3-976f-4785-aa3f-ac967e944726 https://fr.aliexpress.com/item/LED-optical-Glass-lens-diameter-8-0MM-LED-condenser-lens-optical-Plano-convex-lens/32652346271.html]condenser-lens-optical-Plano-convex-lens/32652346271.html])
    • Microscope fonctionnant avec un smartphone  + (Lentille 12x30 mm : http://www.aixiz.com/sLentille 12x30 mm : http://www.aixiz.com/store/product_info.php/cPath/46/products_id/374/osCsid/37cabc139b4f03b0e0a522178defae7e Ressort: [https://fr.aliexpress.com/item/Custom-electrical-spring-stainless-steel-conical-compression-spring/32491212224.html?scm=1007.13338.79672.000000000000000&pvid=e1e00bf7-4c4e-489b-99b8-5a9faca6ed13&tpp=1 https://fr.aliexpress.com/item/Custom-electrical-spring-stainless-steel-conical-compression-spring/32491212224.html] Lentille 8mm : [https://fr.aliexpress.com/item/LED-optical-Glass-lens-diameter-8-0MM-LED-condenser-lens-optical-Plano-convex-lens/32652346271.html?spm=2114.06010108.3.237.lKvRqN&ws_ab_test=searchweb0_0,searchweb201602_5_10065_10068_10000032_119_10000025_10000029_430_10000028_10060_10062_10056_10055_10000062_10054_10059_10099_10000022_10000012_10103_10102_10000015_10096_10000018_10000019_10000056_10000059_10052_10053_10107_10050_10106_10051_10000053_10000007_10000050_10084_10083_10000047_10080_10082_10081_10110_10111_10112_10113_10114_10115_10000041_10000044_10078_10079_10000038_429_10073_10000035_10121-10111,searchweb201603_2,afswitch_1,single_sort_2_price_asc&btsid=f94d5bf3-976f-4785-aa3f-ac967e944726 https://fr.aliexpress.com/item/LED-optical-Glass-lens-diameter-8-0MM-LED-condenser-lens-optical-Plano-convex-lens/32652346271.html]condenser-lens-optical-Plano-convex-lens/32652346271.html])
    • Dôme Géodésique Icosahedron V4  + (Les calculs sont issus du site : [https://simplydifferently.org/Geodesic_Dome_Notes?page=3 simplydifferently.org/Geodesic_Dome_Notes] Plus d'info sur alips.free.fr ou contactez moi alips@free.fr)
    • Dôme Géodésique Icosahedron V4  + (Les calculs sont issus du site : [https://simplydifferently.org/Geodesic_Dome_Notes?page=3 simplydifferently.org/Geodesic_Dome_Notes] Plus d'info sur alips.free.fr ou contactez moi alips@free.fr)
    • Partez à l'exploration des ondes grâce à la SDR !  + (Logiciel Gqrx: http://gqrx.dk/ Dump-1090:Logiciel Gqrx: http://gqrx.dk/ Dump-1090: https://github.com/antirez/dump1090 Installation: http://nobru54.blogspot.fr/2014/01/sdr-gqrx-analyseur-de-spectre-sous.html ADS-B: http://www.framboise314.fr/un-raspberry-pi-pour-suivre-les-avions-sur-flightradar24-2/ identifiez les signaux radio: http://www.sigidwiki.com/wiki/Signal_Identification_Guide installez un serveur raspberry 2 sdr: http://sdr.hu/openwebrx + config pour l'étape 6 et 7 : https://github.com/simonyiszk/openwebrx/wiki/Using-RTLSDR-in-direct-sampling-mode-with-OpenWebRX logiciel de décodage morse, wefax etc: http://doc.ubuntu-fr.org/fldigi +sstv: https://doc.ubuntu-fr.org/qsstv + Magazine Hackable n°2 Septembre-Octobre 2014gazine Hackable n°2 Septembre-Octobre 2014)
    • Partez à l'exploration des ondes grâce à la SDR !  + (Logiciel Gqrx: http://gqrx.dk/ Dump-1090:Logiciel Gqrx: http://gqrx.dk/ Dump-1090: https://github.com/antirez/dump1090 Installation: http://nobru54.blogspot.fr/2014/01/sdr-gqrx-analyseur-de-spectre-sous.html ADS-B: http://www.framboise314.fr/un-raspberry-pi-pour-suivre-les-avions-sur-flightradar24-2/ identifiez les signaux radio: http://www.sigidwiki.com/wiki/Signal_Identification_Guide installez un serveur raspberry 2 sdr: http://sdr.hu/openwebrx + config pour l'étape 6 et 7 : https://github.com/simonyiszk/openwebrx/wiki/Using-RTLSDR-in-direct-sampling-mode-with-OpenWebRX logiciel de décodage morse, wefax etc: http://doc.ubuntu-fr.org/fldigi +sstv: https://doc.ubuntu-fr.org/qsstv + Magazine Hackable n°2 Septembre-Octobre 2014gazine Hackable n°2 Septembre-Octobre 2014)
    • Fabriquer un badge 38mm avec une eBadges  + (Par Anthony Jacques, Technobel ASBL Merci au blog http://echosdansmatete.over-blog.com/article-badge-it-faire-ses-propres-badges-de-geek-imprimables-124856155.html pour le fichier publisher destiné à l'impression)
    • Fabriquer un badge 38mm avec une eBadges  + (Par Anthony Jacques, Technobel ASBL Merci au blog http://echosdansmatete.over-blog.com/article-badge-it-faire-ses-propres-badges-de-geek-imprimables-124856155.html pour le fichier publisher destiné à l'impression)
    • Domotiser 3 volets roulants Bubendorff pour moins de 20 euros avec 3 solutions  + (Pour le deuxième montage, je me suis inspiPour le deuxième montage, je me suis inspiré de l'article : Les GPIO dans Domoticz [https://goo.gl/hwihwm] Pour le troisième montage, c'est cet article qui m'a donné la solution : [https://www.geeek.org/comment-domotiser-ses-volets-radio-pour-moins-de-50-960.html]. Ce second article m'a donné des informations pour le croquis : ESP8266 : serveur web de commande d'une LED [https://phmarduino.wordpress.com/2016/06/04/694/].phmarduino.wordpress.com/2016/06/04/694/].)
    • Voiture aluminium  + (Projet né d'une collaboration entre : * Barnabé Chaillot ([https://energie-autrement.blogspot.com/p/blog-page.html energie-autrement.blogspot.com]) * et le Fab Lab La Casemate de Grenoble ([https://fablab.lacasemate.fr/ fablab.lacasemate.fr]))
    • Voiture aluminium  + (Projet né d'une collaboration entre : * Barnabé Chaillot ([https://energie-autrement.blogspot.com/p/blog-page.html energie-autrement.blogspot.com]) * et le Fab Lab La Casemate de Grenoble ([https://fablab.lacasemate.fr/ fablab.lacasemate.fr]))
    • Use Javascript and HTML5 to Build QR Code Scanner App  + (Reference - https://www.dynamsoft.com/codepool/mobile-qr-code-scanner-in-html5.html)
    • Use PowerShell Script to Enable or Disable Webcam  + (Reference - https://www.dynamsoft.com/codepool/powershell-disable-enable-webcam-windows.html)
    • How to use the Multimeter  + (Related Source: [http://www.kynixsemiconductor.com/News/89.html Test Resistors with the Multimeter])
    • Lampe Organ  + (Ressources utilisation d'une machine à découpe laser https://www.youtube.com/watch?v=tKt2TPgfY2o Si vous avez aimez ce tutoriel, rendez-nous visite sur notre page internet: http://ckooa.com)
    • Lampe Organ  + (Ressources utilisation d'une machine à découpe laser https://www.youtube.com/watch?v=tKt2TPgfY2o Si vous avez aimez ce tutoriel, rendez-nous visite sur notre page internet: http://ckooa.com)
    • Noeuds  + (Si vous avez d'autres nœuds en tête (et noSi 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 noSi 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".)
    • Puzzle en bois  + (Un tuto instructables fort sympathique danUn 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 danUn 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/)
    • SolarOSE - Guide 1: Support structure of the mirror field  + ([[SolarOSE_-_Solar_concentrator_for_steam_generation|Project page]] Next step: [[SolarOSE_-_Guide_2:_Mirror_facets]])
    • SolarOSE - Guide 1: Support structure of the mirror field  + ([[SolarOSE_-_Solar_concentrator_for_steam_generation|Project page]] Next step: [[SolarOSE_-_Guide_2:_Mirror_facets]])
    • ITIL Dumps  + ([https://dumpsboss.com/certification-provi[https://dumpsboss.com/certification-provider/itil/ '''In the ever-evolving field of IT service management, excelling in ITIL (Information Technology Infrastructure Library) certifications is essential for career advancement and organizational efficiency. For many professionals, mastering the ITIL framework can significantly enhance their job performance and open doors to new opportunities. However, achieving success in ITIL exams can be a daunting task without the right preparation tools. That's where DumpsBoss and its ITIL exam dumps come into play. In this comprehensive guide, we’ll explore how DumpsBoss ITIL dumps can transform your exam strategy and pave the way for your success.''']egy and pave the way for your success.'''])
    • Chaise en bois pour enfant  + (http://www.ideesmaison.com/Le-Mag-de-la-Maison/Fiches-bricos/Bois/Normes-entretien-divers/Normes-dans-le-bois/Chiffres-pratiques.html https://www.manutan-collectivites.fr/guides-achat/guide-tailles-tables-chaises-scolaires.html)
    • Flexyourte  + (http://www.willyourememberme.com/yurtcamppage/foldingyurt.html http://www.dailymotion.com/video/x3nhgry_construction-d-une-flex-yourte_creation http://www.lestitblibres.com/flex-yourte.html)
    • Flexyourte  + (http://www.willyourememberme.com/yurtcamppage/foldingyurt.html http://www.dailymotion.com/video/x3nhgry_construction-d-une-flex-yourte_creation http://www.lestitblibres.com/flex-yourte.html)
    • Tips for Safely Practicing Gua Sha at Home  + (https://www.sayheybeauty.com/blogs/news/tips-for-gua-sha-at-home <br/>)
    • What is Gua Sha Therapy  + (https://www.sayheybeauty.com/blogs/news/tips-for-gua-sha-at-home https://www.sayheybeauty.com/blogs/news/how-to-clean-gua-sha-tools)
    • 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])
    • 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.)