Baromètre sonore : Différence entre versions

Version du 15 juin 2018 à 16:49

Mesurer et rendre visible la pollution sonore.

Auteur Classe CE2 CM1 BOUFFERE | Dernière modification 9/12/2019 par Clementflipo

Difficulté

Difficile

Durée

15 heure(s)

Catégories

Électronique, Machines & Outils

Coût

150 EUR (€)

Mesurer et rendre visible la pollution sonore.

Difficulté

Difficile

Durée

15 heure(s)

Catégories

Électronique, Machines & Outils

Coût

150 EUR (€)

Autres langues :

français

Baromètre_sonore_r_sultat_final.jpg fr none Technique 0

Introduction

Le baromètre sonore capte le bruit (dans une classe par exemble) et allume un smiley en fonction de l'intensité du son.

Matériaux

Carte Arduino

Résistances

Ampoules LED

Transistor

Plexiglass

Bois

Outils

Découpe laser

Découpe vinyle

Fer à souder

Colle chaude

Barometre Sonore Code Arduino.odt

Étape 1 - Idéation

S'accorder ensemble sur le projet - imaginer d'abord séparément puis mettre en commun.

Étape 2 - Choix de l'échelle

Plusieurs projets sont débattus.

Étape 3 - Construction d'une maquette

Un modèle en carton en trois dimension est construit pour prouver que le concept est possible.

Étape 4 - Electronique Arduino

Construire le boitier électronique avec Arduino (hardware).

Étape 5 - Programmation du code

Développer le programme informatique, d'abord sur le tableau puis sur l'ordinateur (software).

Étape 6 - Découpe laser

Utiliser une machine laser pour découper les parties de la boîte.

Ensuite, découper les cercles de couleur dans du plexiglas.

moins de 45 secondes de découpe par planche

Étape 7 - Assemblage de la boite

Assembler la boîte et la fixer à la colle chaude.

Étape 8 - Fixation des LED

Coller le circuit électronique, avec boitier Arduino et LED.

Étape 9 - Résultat final

Et maintenant, faites du bruit !

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25dB et <75dB","fontSize":20,"fontWeight":"normal","fontFamily":"sans-serif","fontStyle":"","lineHeight":1.16,"textDecoration":"","textAlign":"left","textBackgroundColor":"","charSpacing":0,"minWidth":20,"styles":{"0":{"0":{},"1":{},"2":{},"3":{},"4":{},"5":{},"6":{},"7":{},"8":{},"9":{},"10":{},"11":{},"12":{},"13":{},"14":{},"15":{},"16":{},"17":{},"18":{} },"1":{"0":{},"1":{},"2":{},"3":{},"4":{},"5":{},"6":{},"7":{},"8":{},"9":{},"10":{},"11":{},"12":{},"13":{},"14":{},"15":{},"16":{} } } }],"height":"449","width":"600"}'>

Notes et références

Un projet du fabab zBis.

Commentaires

Yes

@@ Ligne 3 : / Ligne 3 : @@
 |Area=Electronics, Machines and Tools
 |Tags=capteur de son, carte Arduino, découpe laser, découpe vinyle
-|Description=<translate>Mesurer et rendre visible la pollution sonore.</translate>
+|Description=<translate><!--T:1--> Mesurer et rendre visible la pollution sonore.</translate>
 |Difficulty=Hard
 |Cost=150
@@ Ligne 15 : / Ligne 15 : @@
 }}
 {{ {{tntn|Introduction}}
-|Introduction=<translate>Le baromètre sonore capte le bruit (dans une classe par exemble) et allume un smiley en fonction de l'intensité du son.</translate>
+|Introduction=<translate><!--T:2--> Le baromètre sonore capte le bruit (dans une classe par exemble) et allume un smiley en fonction de l'intensité du son.</translate>
 }}
 {{ {{tntn|Materials}}
-|Material=<translate>Carte Arduino
+|Material=<translate><!--T:3-->
+Carte Arduino
+<!--T:4-->
 Résistances
+<!--T:5-->
 Ampoules LED
+<!--T:6-->
 Transistor
+<!--T:7-->
 Plexiglass
+<!--T:8-->
 Bois</translate>
-|Tools=<translate>Découpe laser
+|Tools=<translate><!--T:9-->
+Découpe laser
+<!--T:10-->
 Découpe vinyle
+<!--T:11-->
 Fer à souder
+<!--T:12-->
 Colle chaude</translate>
 |Tuto_Attachments={{ {{tntn|Tuto Attachments}}
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-|Step_Title=<translate>Idéation</translate>
+|Step_Title=<translate><!--T:13--> Idéation</translate>
-|Step_Content=<translate>S'accorder ensemble sur le projet - imaginer d'abord séparément puis mettre en commun.</translate>
+|Step_Content=<translate><!--T:14--> S'accorder ensemble sur le projet - imaginer d'abord séparément puis mettre en commun.</translate>
 }}
 {{ {{tntn|Tuto Step}}
@@ Ligne 55 : / Ligne 65 : @@
 |Step_Picture_01=Baromètre_sonore_IMG_20180314_093405.jpg
 |Step_Picture_02=Baromètre_sonore_plan_en_pdf_2.jpg
-|Step_Title=<translate>Choix de l'échelle</translate>
+|Step_Title=<translate><!--T:15--> Choix de l'échelle</translate>
-|Step_Content=<translate>Plusieurs projets sont débattus.</translate>
+|Step_Content=<translate><!--T:16--> Plusieurs projets sont débattus.</translate>
 }}
 {{ {{tntn|Tuto Step}}
 |Step_Picture_00=baromètre_sonore_P1040103.JPG
 |Step_Picture_01=Baromètre_sonore_poc.jpg
-|Step_Title=<translate>Construction d'une maquette</translate>
+|Step_Title=<translate><!--T:17--> Construction d'une maquette</translate>
-|Step_Content=<translate>Un modèle en carton en trois dimension est construit pour prouver que le concept est possible.</translate>
+|Step_Content=<translate><!--T:18--> Un modèle en carton en trois dimension est construit pour prouver que le concept est possible.</translate>
 }}
 {{ {{tntn|Tuto Step}}
@@ Ligne 70 : / Ligne 80 : @@
 |Step_Picture_03=Baromètre_sonore_plan_en_pdf_3.jpg
 |Step_Picture_04=Baromètre_sonore_montage_1.jpg
-|Step_Title=<translate>Electronique Arduino</translate>
+|Step_Title=<translate><!--T:19--> Electronique Arduino</translate>
-|Step_Content=<translate>Construire le boitier électronique avec Arduino (hardware).</translate>
+|Step_Content=<translate><!--T:20--> Construire le boitier électronique avec Arduino (hardware).</translate>
 }}
 {{ {{tntn|Tuto Step}}
@@ Ligne 79 : / Ligne 89 : @@
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 |Step_Picture_03=Baromètre_sonore_P1040179.JPG
-|Step_Title=<translate>Programmation du code</translate>
+|Step_Title=<translate><!--T:21--> Programmation du code</translate>
-|Step_Content=<translate>Développer le programme informatique, d'abord sur le tableau puis sur l'ordinateur (software).</translate>
+|Step_Content=<translate><!--T:22--> Développer le programme informatique, d'abord sur le tableau puis sur l'ordinateur (software).</translate>
 }}
 {{ {{tntn|Tuto Step}}
 |Step_Picture_00=Baromètre_sonore_d_coupeuse_laser_super.jpg
 |Step_Picture_01=Baromètre_sonore_d_coupeuse_laser_haha.jpg
-|Step_Title=<translate>Découpe laser</translate>
+|Step_Title=<translate><!--T:23--> Découpe laser</translate>
-|Step_Content=<translate>Utiliser une machine laser pour découper les parties de la boîte.
+|Step_Content=<translate><!--T:24-->
+Utiliser une machine laser pour découper les parties de la boîte.
+<!--T:25-->
 Ensuite, découper les cercles de couleur dans du plexiglas.
+<!--T:26-->
 {{Info|moins de 45 secondes de découpe par planche}}</translate>
 }}
@@ Ligne 95 : / Ligne 108 : @@
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-|Step_Title=<translate>Assemblage de la boite</translate>
+|Step_Title=<translate><!--T:27--> Assemblage de la boite</translate>
-|Step_Content=<translate>Assembler la boîte et la fixer à la colle chaude.</translate>
+|Step_Content=<translate><!--T:28--> Assembler la boîte et la fixer à la colle chaude.</translate>
 }}
 {{ {{tntn|Tuto Step}}
 |Step_Picture_00=Baromètre_sonore_constr.jpg
 |Step_Picture_01=Baromètre_sonore_constrtuction.jpg
-|Step_Title=<translate>Fixation des LED</translate>
+|Step_Title=<translate><!--T:29--> Fixation des LED</translate>
-|Step_Content=<translate>Coller le circuit électronique, avec boitier Arduino et LED.</translate>
+|Step_Content=<translate><!--T:30--> Coller le circuit électronique, avec boitier Arduino et LED.</translate>
 }}
 {{ {{tntn|Tuto Step}}
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 |Step_Picture_01=Baromètre_sonore_r_sultat_final.jpg
-|Step_Title=<translate>Résultat final</translate>
+|Step_Title=<translate><!--T:31--> Résultat final</translate>
-|Step_Content=<translate>Et maintenant, faites du bruit !</translate>
+|Step_Content=<translate><!--T:32--> Et maintenant, faites du bruit !</translate>
 }}
 {{ {{tntn|Notes}}
-|Notes=<translate>Un projet du [[Group:ZBis|fabab zBis]].</translate>
+|Notes=<translate><!--T:33--> Un projet du [[Group:ZBis|fabab zBis]].</translate>
 }}
 {{ {{tntn|Tuto Status}}
 |Complete=Yes
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