Jogo em Arduino para acertar no código, com componentes retirados de lixo eletrónico 📱🕹️⚙️ Arduino game to guess the code, with components from electronic waste

Related projects: Automatic pushups counting • Guess the code game • Safely control a solenoid • Motorized door lock

Related components: Arduino Uno • Ultrasonic Sensor HC-SR04 • PIR Motion Sensor HC-SR501 • Photoresistor LDR • Magnetic Reed Switch KY-021 • Thermistor temperature resistor • Solenoid Push-Pull 5V • Sound detection Sensor KY-037 • NFC/RFID Shield PN532 • Various components

Jogo em Arduino com componentes retirados de lixo eletrónico
"Acerta no código" é um jogo em que o jogador através de três botões tem que adivinhar um código de 3 dígitos gerado aleatoriamente pelo sistema. O sistema tem um LED vermelho e um verde que indica se o código inserido está certo ou errado, e através de uma coluna é indicado que o número foi recebido, que o código está errado e quantos números estão errados nessa tentativa, e uma música quando acerta que é reproduzido através do som do jogo Super Mário, original de 1985.
Arduino game with components removed from electronic waste
"Hit the code" is a game in which the player, using three buttons, has to guess a 3-digit code generated randomly by the system. The system has a red and a green LED that indicates whether the code entered is right or wrong, and through a column it is indicated that the number was received, that the code is wrong and how many numbers are wrong in that attempt, and a song when right that it is reproduced through the sound of the game Super Mario, original of 1985.

https://www.facebook.com/JomirifeMedia/videos/397984567666038/
https://www.youtube.com/watch?v=nYqUIPpVBdU

Fotografias do projeto



Fotografia geral do projeto

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Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 14 de Fev, 2020 às 1:05 PST

https://www.instagram.com/p/B8j82k7g1Kb/


Demonstração rápida do funcionamento do jogo

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Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 18 de Jan, 2020 às 4:36 PST

https://www.youtube.com/watch?v=IooTWLJvSck
https://www.instagram.com/p/B7dgdVpA6rj/


Utilizando os botões de uma PCB de um rato de computador, para usar como input com um sistema de Arduino, para usar como forma de interação com um jogo.
Using the buttons on a PCB of a computer mouse, to use as input with an Arduino system, to interact with the game.
https://www.instagram.com/p/CCfpuVIBUmB/
https://www.facebook.com/JomirifeMedia/photos/a.289614884382724/3539547926056054/

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Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 11 de Jul, 2020 às 1:09 PDT

Código da aplicação | Aplication code

const int buttonPin1 = 2; const int buttonPin2 = 3; const int buttonPin3 = 4; const int ledPin = 13; const int ledvermelho = 8; const int ledverde = 9; const int coluna = 10; int buttonState1 = LOW; int buttonState2 = LOW; int buttonState3 = LOW; int pin[] = {0, 0, 0}; int codigo[] = {0, 0, 0}; int tentativa = 0; int pin1, pin2, pin3; void setup() { pinMode(ledPin, OUTPUT); pinMode(buttonPin1, INPUT); pinMode(buttonPin2, INPUT); pinMode(buttonPin3, INPUT); pinMode(ledvermelho, OUTPUT); pinMode(ledverde, OUTPUT); pinMode(coluna, OUTPUT); Serial.begin(9600); gerarcodigo(); } void loop() { // ler o estado de cada botão buttonState1 = digitalRead(buttonPin1); buttonState2 = digitalRead(buttonPin2); buttonState3 = digitalRead(buttonPin3); // verifica qual dos botões é pressionado if (buttonState1 == HIGH) { digitalWrite(ledPin, HIGH); pressionado(1); delay(1000); } else { digitalWrite(ledPin, LOW); } if (buttonState2 == HIGH) { digitalWrite(ledPin, HIGH); pressionado(2); delay(1000); } else { digitalWrite(ledPin, LOW); } if (buttonState3 == HIGH) { digitalWrite(ledPin, HIGH); pressionado(3); delay(1000); } else { digitalWrite(ledPin, LOW); } } // Regista o botão void pressionado(int p) { if (p == 1) { reproduzsom(10); Serial.print("PIN: "); }; // mostra que botão foi pressionado if (p == 2) { reproduzsom(10); Serial.print("PIN: "); }; if (p == 3) { reproduzsom(10); Serial.print("PIN: "); }; tentativas(p); // envia que o botão pressionado foi este } // coloca a tentativa na posição do pin void tentativas(int t) { tentativa += 1; if (tentativa == 1) { pin[0] = t; desligarleds(); Serial.print(pin[0]); Serial.print("-"); Serial.println("-"); } if (tentativa == 2) { pin[1] = t; Serial.print(pin[0]); Serial.print(pin[1]); Serial.println("-"); } if (tentativa == 3) { pin[2] = t; Serial.print(pin[0]); Serial.print(pin[1]); Serial.print(pin[2]); tentativa = 0; verificarpin(); } } // verifica se o PIN inserido é igual ao Código void verificarpin() { if (codigo[0] == pin[0] && codigo[1] == pin[1] && codigo[2] == pin[2]) { Serial.println(" | CORRETO"); Serial.println(" "); piscaled(ledverde); digitalWrite(ledverde, HIGH); sing(1); //musica de vencer digitalWrite(ledverde, LOW); gerarcodigo(); } else { Serial.println(" | ERRADO"); Serial.println(" "); piscaled(ledvermelho); digitalWrite(ledvermelho, HIGH); if (codigo[0] != pin[0]){ reproduzsom(500); } if (codigo[1] != pin[1]){ reproduzsom(500); } if (codigo[2] != pin[2]){ reproduzsom(500); } delay(1000); digitalWrite(ledvermelho, LOW); } } //gerar um novo codigo void gerarcodigo(){ Serial.print("("); pin1 = random(3)+1; codigo[0] = pin1; Serial.print(pin1); pin2 = random(3)+1; codigo[1] = pin2; Serial.print(pin2); pin3 = random(3)+1; codigo[2] = pin3; Serial.print(pin3); Serial.println(")"); } //reproduzir a musica void reproduzsom(int tempo){ tone(coluna, tempo); delay(tempo); noTone(coluna); delay(tempo); } //piscar o led void piscaled(float cor) { for (int i = 0; i < 10; i = i + 1) { digitalWrite(cor, HIGH); delay(50); digitalWrite(cor, LOW); delay(50); } } // desligar todos os leds void desligarleds() { digitalWrite(ledvermelho, LOW); //desligar led digitalWrite(ledverde, LOW); //desligar led } //função que executa a melodia int melody[] = { //codigo };



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Afrikaans: Arduino spel om die kode te raai met komponente van elektroniese afval
Arabic: لعبة اردوينو لتخمين الكود مع مكونات من النفايات الإلكترونية
Azerbaijani: Elektron tullantıların komponentləri ilə kodu tapmaq üçün Arduino oyunu
Belarusian: Гульня Arduino адгадаць код з кампанентамі з электронных адходаў
Bulgarian: Игра Arduino да отгатне кода с компоненти от електронни отпадъци
Bengali: বৈদ্যুতিন বর্জ্য থেকে উপাদানগুলির সাথে কোড অনুমান করার জন্য আরডুইনো গেম
Bosnian: Arduino igra pogoditi kod s komponentama elektroničkog otpada
Catalan: Joc Arduino per endevinar el codi amb components procedents de residus electrònics
Cebuano: Dula sa Arduino aron matino ang code nga adunay mga sangkap gikan sa elektronik nga basura
Czech: Hra Arduino uhodnout kód s komponenty z elektronického odpadu
Welsh: Gêm Arduino i ddyfalu'r cod gyda chydrannau o wastraff electronig
Danish: Arduino spil at gætte koden med komponenter fra elektronisk affald
German: Arduino-Spiel, um den Code mit Komponenten aus Elektronikschrott zu erraten
Greek: Arduino παιχνίδι για να μαντέψει τον κώδικα με τα στοιχεία από ηλεκτρονικά απόβλητα
English: Arduino game to guess the code with components from electronic waste
Esperanto: Arduino game to guess the code with components from electronic waste
Spanish: Juego de Arduino para adivinar el código con componentes de desechos electrónicos
Estonian: Arduino mäng elektrooniliste jäätmete komponentidega koodi ära arvamiseks
Basque: Arduino jokoa hondakin elektronikoetatik osagaiak dituzten kodea asmatzeko
Persian: بازی Arduino برای حدس زدن کد با مؤلفه های زباله های الکترونیکی
Finnish: Arduino-peli arvata koodi komponenteista elektronisesta jätteestä
French: Jeu Arduino pour deviner le code avec des composants issus de déchets électroniques
Irish: Cluiche Arduino chun an cód a thomhas le comhpháirteanna ó dhramhaíl leictreonach
Galician: Xogo de Arduino para adiviñar o código con compoñentes dos residuos electrónicos
Gujarati: ઇલેક્ટ્રોનિક કચરોમાંથી ઘટકો સાથે કોડ ધારી લેવાની અર્ડિનો રમત
Hausa: Wasan Arduino don tantance lambar tare da kayan haɗin daga sharar lantarki
Hindi: Arduino खेल इलेक्ट्रॉनिक कचरे से घटकों के साथ कोड का अनुमान लगाने के लिए
Hmong: Arduino game to guess the code with components from electronic waste
Croatian: Arduino igra pogoditi kod s komponentama elektroničkog otpada
Haitian Creole: Arduino jwèt devine kòd la ak eleman ki soti nan dechè elektwonik
Hungarian: Arduino játék kitalálni a kódot alkatrészek elektronikus hulladékok
Armenian: Arduino խաղը գուշակել ծածկագիրը բաղադրիչներով էլեկտրոնային թափոններից
Indonesian: Game Arduino untuk menebak kode dengan komponen dari limbah elektronik
Igbo: Egwuregwu Arduino na-enyocha koodu ahụ na ngwa sitere na ihe mkpofu elektrọnik
Icelandic: Arduino leikur til að giska á kóðann með íhlutum úr rafrænum úrgangi
Italian: Gioco Arduino per indovinare il codice con componenti di rifiuti elettronici
Hebrew: משחק Arduino כדי לנחש את הקוד עם רכיבים מפסולת אלקטרונית
Japanese: 電子廃棄物からのコンポーネントでコードを推測するArduinoゲーム
Javanese: Game Arduino kanggo guess kode karo komponen saka sampah elektronik
Georgian: Arduino თამაში გამოცნობა კოდი კომპონენტებთან ერთად ელექტრონული ნარჩენებისგან
Kazakh: Arduino ойыны электронды қалдықтардан компоненттері бар кодты табу
Khmer: ល្បែង Arduino ដើម្បីទាយលេខកូដជាមួយសមាសធាតុពីសំណល់អេឡិចត្រូនិច
Kannada: ಎಲೆಕ್ಟ್ರಾನಿಕ್ ತ್ಯಾಜ್ಯದಿಂದ ಘಟಕಗಳೊಂದಿಗೆ ಕೋಡ್ ಅನ್ನು to ಹಿಸಲು ಆರ್ಡುನೊ ಆಟ
Korean: 전자 폐기물의 구성 요소로 코드를 추측하는 Arduino 게임
Latin: Gioco Arduino per indovinare il codice con componenti di rifiuti elettronici
Lao: ເກມ Arduino ເພື່ອເດົາລະຫັດທີ່ມີສ່ວນປະກອບຈາກສິ່ງເສດເຫຼືອອີເລັກໂທຣນິກ
Lithuanian: Arduino žaidimas atspėti kodą su komponentais iš elektroninių atliekų
Latvian: Arduino spēle uzminēt kodu ar komponentiem no elektroniskajiem atkritumiem
Malagasy: Lalao Arduino haminavina ny kaody miaraka amin'ireo singa avy amin'ny fako elektronika
Maori: Tauhokohoko Arduino ki te whakaaro i te waehere me nga waahanga mai i te ururua hiko
Macedonian: Arduino игра да се погоди кодот со компоненти од електронски отпад
Malayalam: ഇലക്ട്രോണിക് മാലിന്യങ്ങളിൽ നിന്നുള്ള ഘടകങ്ങളുള്ള കോഡ് ess ഹിക്കാൻ അർഡുനോ ഗെയിം
Mongolian: Arduino тоглоом нь электрон хог хаягдлын бүрэлдэхүүн хэсгүүд бүхий кодыг таах
Marathi: इलेक्ट्रॉनिक कचर्‍यापासून घटकांसह कोडचा अंदाज घेण्यासाठी अर्दूनो गेम
Malay: Permainan Arduino untuk meneka kod dengan komponen dari sisa elektronik
Maltese: Logħba Arduino biex raden il-kodiċi b'komponenti mill-iskart elettroniku
Myanmar (Burmese): Arduino ဂိမ်းသည်အီလက်ထရောနစ်အမှိုက်များမှအစိတ်အပိုင်းများနှင့်အတူ code ကိုခန့်မှန်းရန်
Nepali: इलेक्ट्रिक फोहरबाट कम्पोनेन्टहरू सहित कोड अनुमान गर्न अर्डिनो खेल
Dutch: Arduino-spel om de code te raden met componenten uit elektronisch afval
Norwegian: Arduino spill for å gjette koden med komponenter fra elektronisk avfall
Chichewa: Masewera a Arduino kulosera code yomwe ili ndi zinthu kuchokera kuzinyalala zamagetsi
Punjabi: ਇਲੈਕਟ੍ਰਾਨਿਕ ਕੂੜੇ ਦੇ ਭਾਗਾਂ ਦੇ ਨਾਲ ਕੋਡ ਦਾ ਅਨੁਮਾਨ ਲਗਾਉਣ ਲਈ ਅਰੁਦਿਨੋ ਗੇਮ
Polish: Gra Arduino w odgadywanie kodu z komponentami z odpadów elektronicznych
Portuguese: Jogo do Arduino para adivinhar o código com componentes de lixo eletrônico
Romanian: Jocul Arduino pentru a ghici codul cu componente din deșeurile electronice
Russian: Arduino игра, чтобы угадать код с компонентами из электронных отходов
Sinhala: ඉලෙක්ට්‍රොනික අපද්‍රව්‍ය වලින් සංරචක සහිත කේතය අනුමාන කිරීමට Arduino ක්‍රීඩාව
Slovak: Hra Arduino na uhádnutie kódu s komponentmi z elektronického odpadu
Slovenian: Igra Arduino uganiti kodo s komponentami iz elektronskih odpadkov
Somali: Ciyaarta Arduino si aad u maleyso koodh ay ku jiraan waxyaabo ka kooban qashinka elektaroonigga ah
Albanian: Lojë Arduino për të hamendësuar kodin me përbërës të mbeturinave elektronike
Serbian: Ардуино игра да погоди код са компонентама из електронског отпада
Sesotho: Papali ea Arduino ho hakanya khoutu e nang le likarolo tsa litšila tsa elektroniki
Sundanese: Kaulinan Arduino nebak kode sareng komponén tina limbah éléktronik
Swedish: Arduino spel att gissa koden med komponenter från elektroniskt avfall
Swahili: Mchezo wa Arduino kukisia nambari na vifaa kutoka kwa taka za elektroniki
Tamil: மின்னணு கழிவுகளிலிருந்து கூறுகளைக் கொண்ட குறியீட்டை யூகிக்க Arduino விளையாட்டு
Telugu: ఎలక్ట్రానిక్ వ్యర్థాల నుండి భాగాలతో కోడ్‌ను to హించడానికి ఆర్డునో గేమ్
Tajik: Бозии Arduino барои фаҳмидани рамз бо ҷузъҳо аз партовҳои электронӣ
Thai: เกม Arduino สำหรับเดารหัสพร้อมส่วนประกอบจากขยะอิเล็กทรอนิกส์
Filipino: Arduino laro upang hulaan ang code na may mga sangkap mula sa elektronikong basura
Turkish: Arduino oyunu elektronik atık bileşenleri ile kodu tahmin etmek
Ukrainian: Гра Arduino вгадувати код з компонентами електронних відходів
Urdu: الیکٹرانک فضلہ کے اجزاء کے ساتھ کوڈ کا اندازہ لگانے کے لئے آردوینو کھیل
Uzbek: Elektron chiqindilarning tarkibiy qismlari bilan kodni topish uchun Arduino o'yini
Vietnamese: Trò chơi Arduino để đoán mã với các thành phần từ rác thải điện tử
Yiddish: אַרדוינאָ שפּיל צו טרעפן די קאָד מיט קאַמפּאָונאַנץ פון עלעקטראָניש וויסט
Yoruba: Ere Arduino lati ṣe amoro koodu pẹlu awọn paati lati egbin itanna
Chinese: Arduino游戏通过电子废物中的组件猜测代码
Chinese (Simplified): Arduino游戏通过电子废物中的组件猜测代码
Chinese (Traditional): Arduino遊戲通過電子廢物中的組件猜測代碼
Zulu: Umdlalo we-Arduino ukuqagela ikhodi enezici zokulahlwa kukadoti kagesi

Automatic pushups counting system with Arduino and Processing 📱⚙️ Sistema para contar flexões com um Arduino e Processing

Related projects: Automatic pushups counting • Guess the code game • Safely control a solenoid • Motorized door lock

Related components: Arduino Uno • Ultrasonic Sensor HC-SR04 • PIR Motion Sensor HC-SR501 • Photoresistor LDR • Magnetic Reed Switch KY-021 • Thermistor temperature resistor • Solenoid Push-Pull 5V • Sound detection Sensor KY-037 • NFC/RFID Shield PN532 • Various components

Automatic pushups counting system with Arduino and Processing
The objective of this project is to create an automatic counting system for pushups during workout sessions. This system allows anyone who wants to monitor the counting of the push ups that they do throughout the day, during various sessions in the day to reach an quantity or know the total count of the day, by automatically do that counting. And for someone who wants to count all pushups, to find out how many they did during each month, or the total pushups during the entire year.
Using an Arduino with an ultrasonic sensor, the sensor makes a measurement between the athlete's body and the sensor, to account for each pushup done correctly, and shows the status visualy in the application, with real-time body movement animation and the numerical values of the count of the push-ups made, and then records the value in a file.
The system works this way: The ultrasonic sensor measures the distance between the sensor and the body; sends this information to the Arduino via digital pins; the Arduino code processes the information to convert the sensor data to distance values in centimeters; This value is sent by the Serial Port every 50 milliseconds; With the Arduino connected to the computer via USB, the Processing is listening on the same port number for this data; the Processing processes the values to transform the received information into visual information, rotates the image representing the body according to the distance received, and increments a count value when the lower and upper limits are reached; the values continue to increment if those limits continue to be reached; When the Processing no longer receives movement changes after 10 seconds, the Processing adds a new line of information to the log text file, with the date, time, and value of the push-ups counted in that training session. Hardware used: Arduino Uno, Ultrasonic Sensor HC-SR04, 4 wires, USB cable.


https://www.youtube.com/watch?v=vWnkt59VloQ
https://www.facebook.com/JomirifeMedia/videos/773077166449834/


Sistema para contar flexões com um Arduino e Processing
O objetivo deste projeto é criar um sistema automático de contagem de flexões para sessões de treino de exercício físico. Este sistema permite que alguém que queira fazer a monitorização da contagem das flexões que faz ao longo do dia, durante várias sessões ao longo do dia para atingir uma quantidade ou saber a contagem total do dia, possa de forma automática fazer essa contagem. Ou para alguém que quer fazer a contagem de todas as flexões, para saber quantas fez durante cada mês ou o total de flexões durante o ano inteiro.
Utilizando um Arduino com um sensor ultrassónico, o sensor faz uma medição entre o corpo do atleta e o sensor, para contabilizar cada flexão feita corretamente, e mostra a visualização do estado do sistema no Processing, com a animação do movimento do corpo em tempo real e os valores numéricos da contagem das flexões feitas, e posteriormente regista o valor da contagem num ficheiro.
O sistema funciona da seguinte maneira: O sensor ultrassónico mede a distância entre o sensor e corpo; envia essa informação para o Arduino através de pinos digitais; o código do Arduino processa a informação para converter a informação da distância em centímetros; esse valor é enviado pelo Serial Port com um intervalo de 50 milissegundos; com o Arduino ligado ao computador por USB, o Processing está à escuta da mesma porta por esses dados; o Processing processa os valores para transformar a informação recebida em informação visual, roda a imagem que representa o corpo de acordo com a distância recebida, e incrementa um valor à contagem quando os limites inferior e superior são atingidos; os valores continuam a ser incrementados se valores continuarem a ser recebidos; quando o Processing deixa de receber alterações no estado do movimento, passados 10 segundos, o Processing adiciona uma nova linha de informação ao ficheiro de texto de registo, com a data, hora e valor das flexões contabilizado nessa sessão de treino. Hardware utilizado: Arduino Uno, Ultrasonic Sensor HC-SR04, 4 fios, cabo USB.


https://www.youtube.com/watch?v=DoZ_ilxlDaU
https://www.facebook.com/JomirifeMedia/videos/2456564497998168/


States of the System for counting push-ups with an Arduino and Processing.
Estados do Sistema para contar flexões com um Arduino e Processing

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 15 de Nov, 2019 às 1:38 PST

https://www.facebook.com/JomirifeMedia/photos/a.2542064402471083/2935272126483640/
https://twitter.com/jomirife/status/1194926034728173568
https://www.instagram.com/p/B44Z_AagOXi/


Quick apresentation about the System for counting push-ups with an Arduino and Processing.
Rápida apresentação do Sistema para contar flexões com um Arduino e Processing

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 16 de Nov, 2019 às 4:39 PST

https://www.instagram.com/p/B47SqJfgIS7/



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Afrikaans: Outomatiese opdruk-telstelsel met Arduino en verwerking
Arabic: نظام عد الضغطات التلقائية مع Arduino والمعالجة
Azerbaijani: Arduino və emal ilə avtomatik pushupların sayma sistemi
Belarusian: Аўтаматычная сістэма падліку адцісканняў з Arduino і Processing
Bulgarian: Автоматична система за броене на лицеви опори с Arduino и обработка
Bengali: আরডুইনো এবং প্রসেসিং সহ স্বয়ংক্রিয় পুশআপ গণনা ব্যবস্থা
Bosnian: Sustav automatskog brojanja tipki s Arduino i Processing
Catalan: Sistema de comptatge de flexions automàtiques amb Arduino i Processing
Cebuano: Ang awtomatikong pag-ihap sa sistema sa pag-ihap sa Arduino ug Pagproseso
Czech: Systém automatického počítání kliků s Arduino a zpracováním
Welsh: System gyfrif pushups awtomatig gydag Arduino a Phrosesu
Danish: Automatisk pushups-tællesystem med Arduino og Processing
German: Automatisches Liegestützzählsystem mit Arduino und Verarbeitung
Greek: Αυτόματο σύστημα καταμέτρησης των πτυχών με Arduino και Επεξεργασία
English: Automatic pushups counting system with Arduino and Processing
Esperanto: Automatic pushups counting system with Arduino and Processing
Spanish: Sistema automático de conteo de flexiones con Arduino y Processing
Estonian: Automaatne pushupide loendamise süsteem koos Arduino ja töötlemisega
Basque: Arduino eta Prozesazioarekin automatikoki egiten diren pushups zenbaketa sistema
Persian: سیستم شمارش push push اتوماتیک با Arduino و پردازش
Finnish: Automaattinen lisäosien laskentajärjestelmä Arduinolla ja prosessoinnilla
French: Système de comptage automatique des pompes avec Arduino et traitement
Irish: Córas comhaireamh uathoibríoch pushups le Arduino agus Processing
Galician: Sistema de contaxe de pushups automático con Arduino e Processing
Gujarati: અરડિનો અને પ્રોસેસીંગ સાથે આપમેળે પુશઅપ્સ ગણતરી સિસ્ટમ
Hausa: Tsarin kirji na atomatik tare da Arduino da Yinwa
Hindi: Arduino और प्रसंस्करण के साथ स्वचालित पुशअप्स गिनती प्रणाली
Hmong: Automatic pushups counting system with Arduino and Processing
Croatian: Sustav automatskog brojanja tipki s Arduino i Processing
Haitian Creole: Otomatik pushups konte sistèm ak Arduino ak Processing
Hungarian: Automatikus pushup-számláló rendszer Arduino-val és a feldolgozással
Armenian: Arduino- ի և վերամշակման օգնությամբ pushups- ի հաշվարկման ավտոմատ համակարգ
Indonesian: Sistem penghitungan pushup otomatis dengan Arduino dan Pemrosesan
Igbo: Usoro akpaka na-agụta akpaka na Arduino na Nhazi
Icelandic: Sjálfvirkt ýtingarkerfi með Arduino og vinnslu
Italian: Sistema di conteggio automatico dei piegamenti sulle braccia con Arduino ed Processing
Hebrew: מערכת ספירת כפתורים אוטומטית עם ארדואינו ועיבוד
Japanese: Arduinoと処理を備えた自動腕立て伏せカウントシステム
Javanese: Sistem pancacahan pushups otomatis karo Arduino lan Processing
Georgian: Arduino– სთან დამუშავების და დამუშავების ავტომატური პუპაპების დათვლის სისტემა
Kazakh: Ардуино мен өңдеуіш көмегімен автоматты түрдегі санау жүйесі
Khmer: ប្រព័ន្ធរាប់ការជម្រុញស្វ័យប្រវត្តិជាមួយ Arduino និងកែច្នៃ
Kannada: ಆರ್ಡುನೊ ಮತ್ತು ಪ್ರೊಸೆಸಿಂಗ್‌ನೊಂದಿಗೆ ಸ್ವಯಂಚಾಲಿತ ಪುಷ್ಅಪ್ ಎಣಿಕೆಯ ವ್ಯವಸ್ಥೆ
Korean: Arduino 및 프로세싱 기능이있는 자동 푸시 업 카운팅 시스템
Latin: Sistema di conteggio automatico dei piegamenti sulle braccia con Arduino ed Processing
Lao: ລະບົບການນັບການກົດປຸ່ມອັດຕະໂນມັດດ້ວຍ Arduino ແລະການປຸງແຕ່ງ
Lithuanian: Automatinė „pushup“ skaičiavimo sistema su „Arduino“ ir „Processing“
Latvian: Automātiska pushups skaitīšanas sistēma ar Arduino un Processing
Malagasy: Ny rafitra fanisam-peo fanalahidy miaraka amin'ny Arduino sy ny fanodinana
Maori: Pūnaha raupatu aunoa me Arduino me te tukatuka
Macedonian: Автоматски систем за броење на pushup со Arduino и Обработка
Malayalam: Arduino, Processing എന്നിവ ഉപയോഗിച്ച് സ്വപ്രേരിത പുഷ്അപ്പ് എണ്ണൽ സംവിധാനം
Mongolian: Arduino ба Боловсруулалтын тусламжтайгаар автомат түлхэх тоолох систем
Marathi: आरडिनो आणि प्रोसेसिंगसह स्वयंचलित पुशअप्स मोजणी प्रणाली
Malay: Sistem pushups automatik mengira dengan Arduino dan Pemprosesan
Maltese: Sistema tal-għadd tal-pushups awtomatiċi bl-Arduino u l-Ipproċessar
Myanmar (Burmese): Arduino နှင့် Processing နှင့်အတူအလိုအလျောက် pushups ရေတွက်စနစ်
Nepali: Arduino र प्रसंस्करणको साथ स्वचालित पुशअप गणना प्रणाली
Dutch: Automatisch push-ups telsysteem met Arduino en Processing
Norwegian: Automatisk pushups tellesystem med Arduino og Processing
Chichewa: Makina owerengera pushups othamanga ndi Arduino ndi Processing
Punjabi: ਅਰੂਡੀਨੋ ਅਤੇ ਪ੍ਰੋਸੈਸਿੰਗ ਦੇ ਨਾਲ ਆਟੋਮੈਟਿਕ ਪੁਸ਼ਅਪਸ ਕਾ systemਟਿੰਗ ਸਿਸਟਮ
Polish: Automatyczny system liczenia pompek z Arduino i przetwarzaniem
Portuguese: Sistema de contagem automática de flexões com Arduino e Processamento
Romanian: Sistem automat de numărare pushups cu Arduino și Processing
Russian: Система автоматического подсчета отжиманий с Arduino и процессингом
Sinhala: Arduino සහ Processing සමඟ ස්වයංක්‍රීය තල්ලු කිරීමේ ගණන් කිරීමේ පද්ධතිය
Slovak: Systém automatického počítania klieští s Arduino a spracovaním
Slovenian: Sistem za samodejno štetje oddajnikov z Arduino in obdelavo
Somali: Nidaamka tirinta tooska ah ee tirinta ee Arduino iyo Processing
Albanian: Sistemi automatik i numërimit të pushupave me Arduino dhe përpunimin
Serbian: Систем аутоматског бројања потисних бројева са Ардуино-ом и обрадом
Sesotho: Sistimi ea ho bala ea pushups ka boiketsetso e nang le Arduino le Processing
Sundanese: Sistim cacah pushups otomatis sareng Arduino sareng Processing
Swedish: Automatiska pushups-räkningssystem med Arduino och Processing
Swahili: Mfumo wa kuhesabu pushups moja kwa moja na Arduino na Inatengeneza
Tamil: Arduino மற்றும் Processing உடன் தானியங்கி புஷப் எண்ணும் அமைப்பு
Telugu: ఆర్డునో మరియు ప్రాసెసింగ్‌తో ఆటోమేటిక్ పుషప్స్ కౌంటింగ్ సిస్టమ్
Tajik: Системаи ҳисобкунии автоматии pushups бо Arduino ва коркард
Thai: ระบบการนับ pushups อัตโนมัติด้วย Arduino และการประมวลผล
Filipino: Awtomatikong sistema ng pagbibilang ng mga pushup na may Arduino at Pagproseso
Turkish: Arduino ve Processing ile otomatik pushup sayma sistemi
Ukrainian: Система автоматичного підрахунку віджимань з Arduino та Processing
Urdu: ارڈینو اور پروسیسنگ کے ساتھ خودکار پش اپ گنتی کا نظام
Uzbek: Arduino va ishlov berish yordamida avtomatik surish tizimlari
Vietnamese: Hệ thống đếm tự động đẩy với Arduino và Xử lý
Yiddish: קאַונטינג סיסטעם מיט אָטאַמאַטיק פּושופּס מיט אַרדוינאָ און פּראַסעסינג
Yoruba: Eto kika awọn adaṣe Aifọwọyi pẹlu Arduino ati Ṣiṣẹ
Chinese: 具有Arduino和处理功能的自动俯卧撑计数系统
Chinese (Simplified): 具有Arduino和处理功能的自动俯卧撑计数系统
Chinese (Traditional): 具有Arduino和處理功能的自動俯臥撑計數係統
Zulu: Uhlelo lokubala okuzenzakalelayo oluzenzakalelayo nge-Arduino ne-Iyacubungula

Circuit to safely control a Solenoid with an Arduino | Circuito para controlar com segurança um solenoide com um Arduino

Related projects: Automatic pushups counting • Guess the code game • Safely control a solenoid • Motorized door lock

Related components: Arduino Uno • Ultrasonic Sensor HC-SR04 • PIR Motion Sensor HC-SR501 • Photoresistor LDR • Magnetic Reed Switch KY-021 • Thermistor temperature resistor • Solenoid Push-Pull 5V • Sound detection Sensor KY-037 • NFC/RFID Shield PN532 • Various components

Circuit to safely control a Solenoid with an Arduino
The danger of controlling a solenoid or a motor with an Arduino, is that the energy sent to the solenoid can be received back and burn the Arduino. To avoid this danger, in this project I will demonstrate how to create a circuit with a transistor and a diode to act as a kickback, so that electricity is prevented from returning to the Arduino on pins other than the ground.
In this project I demonstrate how to assemble the entire circuit so that you can control a solenoid with an Arduino. For this you need: 1 Arduino, 1 Breadboard, 1 Solenoid (or 1 motor), 6 cables, 1 transistor IRF520, 1 diode 1N4007, 1 resistor of 330 ohm, 1 resistor of 2.2k ohm.


https://www.youtube.com/watch?v=RfrDtAEQ95c
https://www.facebook.com/JomirifeMedia/videos/823628548091440/
https://www.instagram.com/p/B5yBNM9gP8D/ (in 60 seconds)



Circuito para controlar com segurança um solenoide com um Arduino
O perigo ao controlar um solenoide ou um motor com um Arduino, é que a energia enviada para o solenoide, pode ser recebida de volta e queimar o Arduino. Para evitar esse perigo, neste projeto vou demonstrar como montar um circuito com um transístor e um díodo para atuar como kickback, para que essa eletricidade seja impedida de voltar para o Arduino por outros pinos que não sejam o ground.
Neste projeto demonstro como montar todo o circuito para poder controlar um solenoide com um Arduino. Para isso necessita de: 1 Arduino, 1 Breadboard, 1 Solenoide (ou 1 motor), 6 cabos, 1 transistor IRF520, 1 díodo 1N4007, 1 resistência de 330 ohm, 1 resistência de 2,2k ohm.


https://www.youtube.com/watch?v=XLLikwd1fVM
https://www.facebook.com/JomirifeMedia/videos/600157430731740/


Components necessary for the assembly of the circuit that allows to safely control a solenoid with the Arduino.
Componentes necessários para a montagem do circuito que permite controlar com segurança um solenoide com o Arduino.

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 5 de Dez, 2019 às 8:46 PST

https://www.facebook.com/JomirifeMedia/photos/a.2542064402471083/2988979007779618/
https://twitter.com/jomirife/status/1202968514778279936
https://www.instagram.com/p/B5sq3C9Aond/


Conections of the circuit that allows to safely control a solenoid with the Arduino.
Ligações do circuito que permite controlar com segurança um solenoide com o Arduino.
Componentes: 1 Solenoide, 1 Transistor IRF520, 1 Resistência 330 ohm, 1 Resistência 2.2k ohm, 1 Diodo 1N4007, 6 Cabos.

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 11 de Set, 2019 às 4:24 PDT

https://www.facebook.com/JomirifeMedia/photos/a.2542064402471083/2796013710409483/
https://twitter.com/jomirife/status/1171713549770645504
https://www.instagram.com/p/B2ROWd-g5UL/



Creating a circuit to safely control a Solenoid with an Arduino (in 60 seconds).
Criar um circuito para controlar com segurança um solenoide com um Arduino (em 60 segundos).

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 7 de Dez, 2019 às 10:46 PST

https://www.instagram.com/p/B5yBNM9gP8D/


Components to safely control a Solenoid with an Arduino, using 1 transistor IRF520, 1 diode 1N4007, 1 resistor of 330 ohm, 1 resistor of 2.2k ohm, to assemble a circuit to control a solenoid with an Arduino without risk that the energy used to generate the magnetic field of the solenoid goes back through the digital pins and burn the Arduino.
Componentes para controlar com segurança um solenóide com um Arduino, usando 1 transistor IRF520, 1 diodo 1N4007, 1 resistência de 330 ohm, 1 resistência de 2,2 k ohm, para montar um circuito para controlar um solenóide com um Arduino sem risco que a energia usada para gerar o campo magnético do solenóide volte pelos pinos digitais e queimar o Arduino.

Ver esta publicação no Instagram

Uma publicação partilhada por Jorge Ribeiro (@jomirife) a 8 de Abr, 2020 às 2:30 PDT

https://www.instagram.com/p/B-twTIhBr66/

https://www.facebook.com/JomirifeMedia/photos/a.289614884382724/3286772594666923/

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Afrikaans: Elektriese stroombaan om magneet met 'n Arduino veilig te beheer
Arabic: دائرة كهربائية للتحكم بأمان في الملف اللولبي باستخدام Arduino
Azerbaijani: Bir Arduino ilə bir Solenoid'i etibarlı bir şəkildə idarə etmək üçün elektrik dövrəsi
Belarusian: Электрычная схема бяспечна кіраваць соленоидом з Arduino
Bulgarian: Електрическа верига за безопасно управление на соленоид с Arduino
Bengali: একটি আরডুইনো সহ একটি সোলোনয়েড নিরাপদে নিয়ন্ত্রণের জন্য বৈদ্যুতিক সার্কিট
Bosnian: Električni krug za sigurno upravljanje Solenoidom s Arduinom
Catalan: Circuit elèctric per controlar de forma segura un solenoide amb un Arduino
Cebuano: Electrical circuit aron luwas nga makontrol ang Solenoid nga adunay Arduino
Czech: Elektrický obvod pro bezpečné ovládání solenoidu s Arduino
Welsh: Cylched drydanol i reoli Solenoid gydag Arduino yn ddiogel
Danish: Elektrisk kredsløb til sikker styring af en solenoid med en Arduino
German: Stromkreis zur sicheren Steuerung eines Solenoids mit einem Arduino
Greek: Ηλεκτρικό κύκλωμα για ασφαλή έλεγχο ενός ηλεκτρομαγνητικού πεδίου με ένα Arduino
English: Electrical circuit to safely control a Solenoid with an Arduino
Esperanto: Electrical circuit to safely control a Solenoid with an Arduino
Spanish: Circuito eléctrico para controlar de forma segura un solenoide con un Arduino
Estonian: Elektriskeem solenoidi ohutuks juhtimiseks Arduino abil
Basque: Zirkuitu elektrikoa Arduino batekin solenoide batekin modu seguruan kontrolatzeko
Persian: مدار الکتریکی برای کنترل ایمن یک Solenoid با Arduino
Finnish: Sähköpiiri solenoidin turvalliseksi ohjaamiseksi Arduinolla
French: Circuit électrique pour contrôler en toute sécurité un solénoïde avec un Arduino
Irish: Ciorcad leictreach chun Solenoid le Arduino a rialú go sábháilte
Galician: Circuíto eléctrico para controlar con seguridade un solenoide cun Arduino
Gujarati: એક આર્ડિનો સાથે સોલિનોઇડને સુરક્ષિત રીતે નિયંત્રિત કરવા માટે ઇલેક્ટ્રિકલ સર્કિટ
Hausa: Wutan lantarki don sarrafa lafiya ta hanyar amfani da Solenoid tare da Arduino
Hindi: इलेक्ट्रिकल सर्किट को एक Arduino के साथ सोलेनॉइड को सुरक्षित रूप से नियंत्रित करने के लिए
Hmong: Electrical circuit to safely control a Solenoid with an Arduino
Croatian: Električni krug za sigurno upravljanje Solenoidom s Arduinom
Haitian Creole: Elektrik sikwi kontwole san danje yon solenoid ak yon Arduino
Hungarian: Elektromos áramkör a mágnesszelep biztonságos vezérlésére Arduino-val
Armenian: Էլեկտրական միացում ՝ Arduino- ով Solenoid- ի անվտանգ հսկման համար
Indonesian: Sirkuit listrik untuk mengendalikan Solenoid dengan aman dengan Arduino
Igbo: Circulen eletriki iji jikwaa Solenoid na Arduino
Icelandic: Rafrás til að stjórna segulloka með Arduino á öruggan hátt
Italian: Circuito elettrico per controllare in sicurezza un solenoide con un Arduino
Hebrew: מעגל חשמלי לשליטה בבטחה בסולנואיד באמצעות ארדואינו
Japanese: Arduinoでソレノイドを安全に制御するための電気回路
Javanese: Sirkuit listrik kanggo ngontrol Solenoid kanthi aman karo Arduino
Georgian: ელექტრული წრე უსაფრთხოდ გააკონტროლოს სოლენოიდი Arduino– ს საშუალებით
Kazakh: Соленоидті Arduino-мен қауіпсіз басқаруға арналған электр тізбегі
Khmer: សៀគ្វីអគ្គិសនីដើម្បីគ្រប់គ្រងសូឡែនដោយសុវត្ថិភាពជាមួយអារីដូណូ
Kannada: ಆರ್ಡುನೊದೊಂದಿಗೆ ಸೊಲೆನಾಯ್ಡ್ ಅನ್ನು ಸುರಕ್ಷಿತವಾಗಿ ನಿಯಂತ್ರಿಸಲು ವಿದ್ಯುತ್ ಸರ್ಕ್ಯೂಟ್
Korean: Arduino로 솔레노이드를 안전하게 제어하기위한 전기 회로
Latin: Circuito elettrico per controllare in sicurezza un solenoide con un Arduino
Lao: ວົງຈອນໄຟຟ້າເພື່ອຄວບຄຸມ Solenoid ດ້ວຍ Arduino ຢ່າງປອດໄພ
Lithuanian: Elektros grandinė, skirta saugiai valdyti solenoidą su „Arduino“
Latvian: Elektriskā ķēde, lai droši kontrolētu solenoīdu ar Arduino
Malagasy: Tetezamita elektrika mba hifehezana soa aman-tsara amin'ny Solenoid miaraka amin'ny Arduino
Maori: He ara hiko ki te whakahaere i te Solenoid me te Arduino
Macedonian: Електрично коло за безбедно контролирање на соленоид со Arduino
Malayalam: ഒരു ആർഡുനോ ഉപയോഗിച്ച് ഒരു സോളിനോയിഡ് സുരക്ഷിതമായി നിയന്ത്രിക്കാനുള്ള ഇലക്ട്രിക്കൽ സർക്യൂട്ട്
Mongolian: Solenoid-ийг Arduino-тай аюулгүйгээр хянах цахилгаан хэлхээ
Marathi: अर्डिनोसह सोलेनोइड सुरक्षितपणे नियंत्रित करण्यासाठी इलेक्ट्रिकल सर्किट
Malay: Litar elektrik dengan selamat mengawal Solenoid dengan Arduino
Maltese: Ċirkwit elettriku biex jikkontrolla bmod sikur Solenojd b'Arduino
Myanmar (Burmese): solenoid တစ်ခုကို Arduino ဖြင့်လုံခြုံစွာထိန်းချုပ်ရန်လျှပ်စစ်ပတ်လမ်း
Nepali: एक अर्डिनोको साथ एक Solenoid सुरक्षित रूपमा नियन्त्रण गर्न इलेक्ट्रिकल सर्किट
Dutch: Elektrisch circuit om een ​​solenoïde veilig te besturen met een Arduino
Norwegian: Elektrisk krets for å trygt kontrollere en solenoid med en Arduino
Chichewa: Zozungulira zamagetsi kuti azitha kuyendetsa bwino Solenoid ndi Arduino
Punjabi: ਇਕ ਅਰਡਿਨੋ ਨਾਲ ਸੋਲਨੋਇਡ ਨੂੰ ਸੁਰੱਖਿਅਤ controlੰਗ ਨਾਲ ਨਿਯੰਤਰਿਤ ਕਰਨ ਲਈ ਇਲੈਕਟ੍ਰੀਕਲ ਸਰਕਟ
Polish: Obwód elektryczny do bezpiecznego sterowania elektrozaworem za pomocą Arduino
Portuguese: Circuito elétrico para controlar com segurança um solenóide com um Arduino
Romanian: Circuit electric pentru a controla în siguranță un solenoid cu un Arduino
Russian: Электрическая цепь для безопасного управления соленоидом с Arduino
Sinhala: ආර්ඩුයිනෝ සමඟ සොලෙනොයිඩ් ආරක්ෂිතව පාලනය කිරීමට විදුලි පරිපථය
Slovak: Elektrický obvod na bezpečné ovládanie solenoidu s Arduino
Slovenian: Električni tokokrog za varno krmiljenje Solenoida z Arduino
Somali: Wareeg koronto si amaana looga ilaaliyo Solenoid leh Arduino
Albanian: Qark elektrik për të kontrolluar në mënyrë të sigurt një Solenoid me një Arduino
Serbian: Електрични круг за сигурно управљање Соленоидом са Ардуином
Sesotho: Potoloho ea motlakase ho laola Solenoid ka polokeho le Arduino
Sundanese: Listrik listrik pikeun aman ngatur Solenoid sareng hiji Arduino
Swedish: Elektrisk krets för att säkert styra en solenoid med en Arduino
Swahili: Mzunguko wa umeme kudhibiti salama Solenoid na Arduino
Tamil: ஒரு ஆர்டுயினோவுடன் சோலெனாய்டைப் பாதுகாப்பாகக் கட்டுப்படுத்த மின்சுற்று
Telugu: ఆర్డునోతో సోలేనోయిడ్‌ను సురక్షితంగా నియంత్రించడానికి ఎలక్ట్రికల్ సర్క్యూట్
Tajik: Пайванди барқӣ барои бехатар бо як Solenoid бо Arduino
Thai: วงจรไฟฟ้าเพื่อควบคุมโซลินอยด์อย่างปลอดภัยด้วย Arduino
Filipino: Electrical circuit upang ligtas na makontrol ang isang Solenoid sa isang Arduino
Turkish: Arduino ile bir Solenoidi güvenli bir şekilde kontrol etmek için elektrik devresi
Ukrainian: Електричний ланцюг для безпечного керування соленоїдом з Arduino
Urdu: ایک ارڈینوو کے ساتھ کسی سولینائڈ کو محفوظ طریقے سے کنٹرول کرنے کے لئے برقی سرکٹ
Uzbek: Solenoidni Arduino bilan ishonchli boshqarish uchun elektr zanjiri
Vietnamese: Mạch điện để điều khiển Solenoid một cách an toàn với Arduino
Yiddish: עלעקטריקאַל קרייַז צו בעשאָלעם קאָנטראָל אַ סאָלענאָיד מיט אַן אַרדוינאָ
Yoruba: Circuit Itanna lati ṣakoso Solenoid lailewu pẹlu Arduino kan
Chinese: 用Arduino安全控制电磁阀的电路
Chinese (Simplified): 用Arduino安全控制电磁阀的电路
Chinese (Traditional): 用Arduino安全控制電磁閥的電路
Zulu: Ukujikeleza kukagesi ukulawula i-Solenoid ephethe i-Arduino