7/2/24 HiTech students dive into the Arduino philosophy of learning through tinkering, problem solving, and rapid prototyping at the Elkridge branch of Howard County Library System

SoMakeIt ShrimpingIt workshop

blog.somakeit.org.uk/2013/09/19/shrimping-it-workshop-at-...

circuit,

two juice mixer talk controlled by a arduino board, 04 2009

see video at www.youtube.com/watch?v=DP04khNnZXE

this is the programation of the board:

/*

* MIXER TALK

* Diego de los Campos

* Abril 2009

*

* este e meu primeiro projeto trabalhando com arduino

* fiz baseado no BLINK led: www.arduino.cc/en/Tutorial/Blink

* a idéia é fazer um diálogo entre mixer -eletrodoméstico para fazer batida de

* babnana-

* o mixer spirali está inclinado para frente e o classic esta bem erguido

* então o spirali vai reclamar coisas e o classic vai falar suscinto

* ver video em www.youtube.com/watch?v=DP04khNnZXE

* mais de meus trabalhos em deloscampos.multiply.com

*

*/

int spirali = 8; // mixer spirali controlado pelo pin 8

int classic = 4; // mixer classic controlado pelo pin 4

void setup() // run once, when the sketch starts

{

pinMode(spirali, OUTPUT); // sets the digital pin as output

pinMode(classic, OUTPUT); // sets the digital pin as output

}

void loop() // run over and over again

{

digitalWrite(spirali, HIGH); //

delay(200); // bom dia

digitalWrite(spirali, LOW); //

delay(800); //

digitalWrite(classic, HIGH); //

delay(100); // oi

digitalWrite(classic, LOW); //

delay(1300); //

digitalWrite(spirali, HIGH); //

delay(400); // eu vim para lhe dizer

digitalWrite(spirali, LOW); //

delay(200); //

digitalWrite(spirali, HIGH); //

delay(600); // que eu sou um mixer bom e mereço respeito

digitalWrite(spirali, LOW); //

delay(800); //

digitalWrite(spirali, HIGH); //

delay(100); // oviu?

digitalWrite(spirali, LOW); //

delay(2000); //

digitalWrite(classic, HIGH); //

delay(100); // eae?

digitalWrite(classic, LOW); //

delay(1000); //

digitalWrite(spirali, HIGH); //

delay(100); // eae

digitalWrite(spirali, LOW); //

delay(200); //

digitalWrite(spirali, HIGH); //

delay(300); // que vc ai

digitalWrite(spirali, LOW); //

delay(100); //

digitalWrite(spirali, HIGH); //

delay(500); // que sempre esta erguido

digitalWrite(spirali, LOW); //

delay(400); //

digitalWrite(spirali, HIGH); //

delay(1000); // nuuuuuuuuunca

digitalWrite(spirali, LOW); //

delay(200); //

digitalWrite(spirali, HIGH); //

delay(550); // vai ser un mixer tão elegante

digitalWrite(spirali, LOW); //

delay(300); //

digitalWrite(spirali, HIGH); //

delay(150); //amable

digitalWrite(spirali, LOW); //

delay(200); //

digitalWrite(spirali, HIGH); //

delay(250); // sinceiro e util

digitalWrite(spirali, LOW); //

delay(300); //

digitalWrite(spirali, HIGH); //

delay(123); // que nem eu

digitalWrite(spirali, LOW); //

delay(1000); //

digitalWrite(classic, HIGH); //

delay(275); // pero me faltava mais

digitalWrite(classic, LOW); //

delay(200); //

digitalWrite(classic, HIGH); //

delay(900); // eu sou um clásico n

digitalWrite(classic, LOW); //

delay(200); //

digitalWrite(classic, HIGH); //

delay(133); // não saio de moda

digitalWrite(classic, LOW); //

delay(200); //

digitalWrite(classic, HIGH); //

delay(133); // enquanto vc...

digitalWrite(classic, LOW); //

delay(1000); //

digitalWrite(classic, HIGH); //

delay(345); // td mundo gosta

digitalWrite(classic, LOW); //

delay(124); //

digitalWrite(classic, HIGH); //

delay(433); // e no tenho problemas

digitalWrite(classic, LOW); //

delay(400); //

digitalWrite(classic, HIGH); //

delay(133); // nenhum

digitalWrite(classic, LOW); //

delay(2000); //

digitalWrite(spirali, HIGH); //

delay(123); // a sim

digitalWrite(spirali, LOW); //

delay(1000); //

digitalWrite(classic, HIGH); //

delay(123); // é

digitalWrite(classic, LOW); //

delay(1100); //

digitalWrite(spirali, HIGH); //

delay(160); // ta bom

digitalWrite(spirali, LOW); //

delay(500); //

digitalWrite(spirali, HIGH); //

delay(110); // tchau

digitalWrite(spirali, LOW); //

delay(1244); //

digitalWrite(classic, HIGH); //

delay(80); // hum

digitalWrite(classic, LOW); //

delay(6100); //

}

Patrons of all ages appreciate learning the skills to blink an LED with a microcontroller.

Arduino in my hand running the Blink program showing the famous SOS signal program.

the circuit is now complete

Connect the motor wires to the H-Brighe next to the ground wires

Arduino starts a game, listing moves as it sees them.

Arduino（sanguino1284p）MsTimer2+SDcard (<- NEW!! )　AC-current Meter (WattMeter)

the boards the make up the arduarium controller.

Regletas conectoras con el Arduino

Arduino shield for YAABR robot with connctors for servos, sensors and I2C modules. Selectable extra servo power supply for all PWM pins

Tearing down my RC Car for Arduino integration

connect Arduino digital pins into the H-Bridge between ground and red wires

Came in the mail today :-)

It's an Arduino

Basically it's a prototyping board with a little microprocessor on it. It connects to the computer with USB, and I can program the microprocessor from there. One can hook up electrical components to the other pins to gather data or do something with it. Supergeeky!

It can be powered over the USB connection, or plugged into a wall, or run off a 9 volt battery :-)

the Arduino food chain

Tearing down my RC Car for Arduino integration

Solde los LEDs, verifique que al insertar los leds estos tengan la misma orientacion que los de la figura en la placa

LDR + resistors + green wires connecting to the Arduino analog inputs

note the litthe black wire connecting both grounds

Never go too deep.

I was playing with an Arduino UNO and some cool music to get this picture!

Tearing down my RC Car for Arduino integration

Arduino Dojo Junho/2014

Completed

The famous Arduino board.

A Work in Progress. I have a plan that i wil try to make a lego-car controlled by an arduino.

Shown at the fundraiser for the AS220 Fab Lab.

Arduino controlling lightbulb via a solidstate relay. We have 5 heater zones all arduino controlled.

Inserte el pin en el conector ISCP

This is the new Arduino Mega 2560. In addition to all the features of the previous board, the Mega 2560 now uses an ATmega8U2 instead of the FTDI chip. This allows for faster transfer rates, no drivers needed for Linux or Mac (inf file for Windows is needed), and the ability to have the board show up as a keyboard, mouse, joystick, etc. It also has twice as much flash memory.

9V battery really fits tight on the chassis

proyecto que, mediante lásers y LDRs gatilla música a medida que uno camina.

El proyecto involucró PureData y arduino.