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PIR Motion with Raspberry Pi

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Getting Started with Raspberry Pi

OperatingSystem Raspberry Raspbian SmartTechnology Technology

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Amazing Control Computer Using Hand Motion and Arduino

Arduino DIY HandGestures HomeMade Leapmotion PySerial Python SmartTechnology Technology UltrasonicSensor

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Programming Arduino Using Python!!!

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Programming your Arduino using Raspberry Pi

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Methods Of Detecting Water Level

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Control Home Appliances From Your Smarthphone With Blynk App and Raspberry Pi

Introduction: Control Home Appliances From Your Smarthphone With Blynk App and Raspberry Pi In this project, we are going to learn how to use Blynk app and Raspberry Pi 3 in order to control home appliance (Coffee maker,Lamp,Window curtain and more...). Hardware components : Raspberry Pi 3 Relay Lamp Breadboard Wires Software apps : Blynk App Step 1: Install Operating System in Pi You can skip this step if you have installed the OS already in the Pi.If yes then go to step 2 or else look the complete OS installing instructions in this link that I uploaded. https://www.instructables.com/id/Build-Your-Own-PC-With-Raspberry/ NOTE: You can also use your Smartphone or a PC to remote connect to you Raspberry Pi in this link that I uploaded : https://www.instructables.com/id/Lets-Use-IOSWindows-As-a-Monitor-of-Raspberry-Pi/ Step 2: Blynk's Configuration To setup Blynk App,you should follow the steps below : Do

The PerfectAutomatic Lighting System Using Arduino + LDR + PIR

In this project,We will set up an automatic lighting system using arduino, so the ideas came when I tried to build automatic lighting system using arduino and PIR motion sensor but I confronted big issue because the light turn ON even if daytime,this is why I thought to use LDR in order to solve this issue. The main purpose of this project is to prevent loss of current unnecessarily during day time and make the system more efficient then before. Step 1: Hardware/Software Supplies Hardware Supplies: 1. Arduino Uno ( any other arduino board will be just fine as long as it provides an Analogical pin ). 2. PIR Motion Sensor 3. LDR (Photoresistor) 4. 10 KOhms resistor 5. Relay module 6. Lamp 7. Breadboard (optional) Software Supplies: 1. Arduino IDE Step 2: Specifications of the Main Components PIR sensor: The PIR sensor stands for Passive Infrared sensor. It is a low cost sensor which can detect the presence of Human beings

Amazing Control Computer Using Hand Motion and Arduino

In this project,we are going to learn how to build a technique of gesture controlled Laptops or computers,It based on using the power combination of Arduino and Python. Instead of using a keyboard, mouse or joystick, we can use our hand gestures to control certain functions of a computer like play/pause a video, move left/right in a photo slide show, scroll up/down in a web page and many more,This is why I decided to control VLC Media Player as hand gestures project. The idea behind the project is quite easy by using two Ultrasonic Sensors (HC-SR04) with arduino,We will place the two Sensors on the top of a laptop screen and calculate the distance between the hand and the sensor.Counting on the information from Arduino that is send to the python through the serial port,This information will be then read by python which is running on the computer in order to perform certain actions. Hardware components : 1. Arduino 2. Two Ultrasonic Sensors (HC-SR04) 3. Some w

Control Home Appliances from Smartphone Using NodeMCU and Blynk App

Introduction: Control Home Appliances Using NodeMCU and Blynk App In this tutorial,we are going to learn how to use Blynk app and NodeMCU (ESP8266) in order to control lamp(any other home appliances will be just fine),the combination will be through the internet. The purpose of this instructable is to show the simplest solution remotely-controlling your Arduino or compatible hardware (NodeMCU) over the Internet and to explore the world of Internet Of Things(IoT) . What's Blynk ? Blynk is a Platform with iOS and Android apps to control Arduino, Raspberry Pi and the likes over the Internet. It’s a digital dashboard where you can build a graphic interface for your project by simply dragging and dropping widgets.(Source : Blynk website). Step 1: Hardware/Software Supplies Hardware components : 1. NodeMCU (ESP8266). 2. Relay 3. Lamp 4. Wires 6. 5V Power Supply 1AMP (optionnal but I recommend to use it in order to avoiding the lack of elect

Control Arduino Using Smartphone Via USB With Blynk App

In this tutorial,we are going to learn how to use Blynk app and Arduino in order to control lamp,the combination will be through USB serial port. The purpose of this tutorial is to show the simplest solution remotely-controlling your Arduino or compatible hardware over the Internet and to explore the world of Internet Of Things(IoT) . What's Blynk ? Blynk is a Platform with iOS and Android apps to control Arduino, Raspberry Pi and the likes over the Internet. It’s a digital dashboard where you can build a graphic interface for your project by simply dragging and dropping widgets.(Source : Blynk website). Step 1: Hardware/Software Supplies Hardware components : 1. Arduino Uno (Any other Arduino board will be just fine). 2. Relay 3. Lamp 4. Wires Software apps : 1. Blynk App 2. Arduino IDE 3. Blynk Library for your OS (Windows,Linux,iOS) Step 2: Watch the Video for More Details All the Blynk App configuration is shown

Control Light Room With Arduino and PIR Motion Sensor

Introduction: Control Light Room With Arduino and PIR Motion Sensor Today, we will see together how you can create an Arduino PIR motion sensor for your room in order to turn ON/OFF the light by detecting human movements. PIR sensor: The PIR sensor stands for Passive Infrared sensor. It is a low cost sensor which can detect the presence of Human beings or animals. There are two important materials present in the sensor one is the pyroelectric crystal which can detect the heat signatures from a living organism (humans/animals) and the other is a Fresnel lenses which can widen the range of the sensor. Also the PIR sensor modules provide us some options to adjust the working of the sensor as shown in above image. Step 1: Supplies Pick up the supplies required : 1. Arduino Uno 2. PIR motion sensor 3. Relay module 4. Some Wires 5. Lamp Step 2: Connecting the Sensor and the Components The PIR sensor has three pins : 1. VCC 2. GND

GETTING STARTED WITH NRF24L01 WIRELESS TRANSCEIVER MODULE

In this project, we are going to learn how to use NRF24L01 Transceiver Module in order to make a wireless communication between two Arduino boards where using the PushButton at the first Arduino we will control the LED at the second Arduino. The purpose is to discover the perfect way to communicate wirelessly between Arduino’s by using the NRF24L01 Wireless Transceiver Module.It alows us to remote things wirelessly. Hardware components : 1. Arduino Uno × 2 2. NRF24L01 Transceiver Module × 2 3. Base module with voltage regulator × 2 4. PushButton 5. LED 6. Breadboard 7. Wires Software apps : 1. Arduino IDE Step 1: NRF24L01 Features and Specifications Features of the NRF24L01 Wireless Transceiver Module : žCost (between 1$ to 3$ regarding to the type version) žRange žAvailability žEasy to use Types of the NRF24L01 Wireless Transceiver Module : There is two types of NRF24LO1 : žNRF24L01 with antenna (About a K

Programming Arduino Using Python!!!

In this tutorial, we are going to learn how we can install python on our computer and how to use it with Arduino,It allows us to send data back and forth between a computer though Arduino's serial. So, I'm going to show you how to tell your arduino to blink using Python code. Once you understand this,You would touch lots of possibilities since python has an increased productivity with its ability to interact with other platforms. Obviously,The main idea of this tutorial is to turn ON the LED when I type '1' and '0' to turn OFF. Hardware components : 1. Arduino Uno 2. LED 3. 220 Ohms resistor 4. Breadboard 5. Wires Software apps : 1.Python IDLE 2. PySerial Step 1: Install Python IDLE on Your Computer You can skip this step if you have installed the Python IDLE already in your computer.If yes then go to step 2 or else look to the following instructions: 1.Go to the python website and download it ( here ). 2.O

PIR Motion with Raspberry Pi

Introduction: Detecting Motion Using Raspberry Pi In this instructable,we are going to learn how we can use PIR ( Passive InfraRed ) Sensor with Raspberry Pi, in order to build a simple motion detector.It is used to sense movement of people, animals, or other objects. They are commonly used in burglar alarms and automatically-activated lighting systems. Operating principles: All objects with a temperature above absolute zero emit heat energy in the form of radiation. Usually this radiation isn't visible to the human eye because it radiates at infrared wavelengths, but it can be detected by electronic devices designed for such a purpose.( Source : Wikipedia ) Purpose of instructable : The main idea of this tutorial is to Turn ON Led if a motion detected, and Turn OFF Led if else.As I said in the introduction you can use the sensor to control Light Room or Alarm instead of Led. Step 1: Supplies Hardware Supplies : 1. Raspberry Pi 3 Mode

Start Your First Project With Raspberry : Blinking LED

In this project I am going to show you how to program Raspberry Pi to make an LED blink,If you have nearly bought a Raspberry pi and you don't know anything where to start,this tutorial it fits in. In addition to your Raspberry Pi running Raspbian, you will need : 1. 330 Ohms resistor 2. LED 3. Breadboard 4. Some wires Step 1: Install Operating System in Pi You can skip this step if you have installed the OS already in the Pi.If yes then go to step 2 or else look the complete OS installing instructions here . Step 2: Schematic of the Circuit Kindly follow the steps bellow : 1. Connect a 220Ω resistor to the anode of the LED,then the resistor to 5 V. 2. Connect the cathode of the LED to GPIO (See the picture above). Step 3: Watch the Video for More Details Step 4: Python Code You are now ready to write some code to switch the LED on. NOTE : All following steps are explaine

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