arduino due

 


 
This is Nick from educ8s.tv, and today we are going to build a wireless weather station project using Arduino. Without any further delay. Lets get started. Todays project is this. A Wireless Weather Station with a big 3.2 Color TFT display.. As you can see, the project is up and running and it displays the current date and time the indoor temperature and humidity and the outdoor temperature and humidity. The readings of the outdoor sensor are updated every second. In order to demonstrate that we have a reliable communication link established with the transmitter which is outside at a distance of 5m., The readings of the indoor sensor are updated once every minute., The heart of the project is the fast Arduino Due and, as you can see There is no flickering of the screen when the values are updated.. Lets now see the transmitter.. The transmitter is much simpler.. It consists of an Arduino Nano, a DHT22 sensor and the NRF24L01 wireless transceiver module., The transmitter reads: the temperature and the humidity every second and sends them to the receiver via the NRF24L01 module.. This is a one way, communication link, we dont know if the receiver actually receives the data, but we send new data every second, so in case we miss a package. We are going to receive another one. Soon. Lets now see how to build this project.. The parts needed for this project are these: An Arduino Due or a Mega An Arduino Nano, A 3.

2 Color TFT display 2 DHT22 sensors, A DS3231 RTC module 2 NRF24L01 Wireless transceiver modules, 2 Breadboards, Some header, pins And some wires. The cost of the project is around 40.. You can find links for all the parts in the description of the video.. You can lower the cost of the project by 5. If you use the Arduino Mega instead of the Arduino Due., I havent tested it, but it should work fine as well, but it will be much slower.. Lets now connect all the parts together. Before we start. I highly recommend you to watch a couple of videos before attempting to build this project. Thats a difficult project for beginners. There are many things that can go wrong, so it requires some experience. Thats. The reason I encourage you to build the projects shown in these videos. First., Just click on the card here to watch them. Lets first build the transmitter.. It is very simple.. We connect the output pin of the sensor to digital pin 4 of the Arduino Nano.. We connect the Ground and Vcc and we are ready.. All we have to do now is to connect the NRF24L01 wireless module.. Please watch the NRF24L01 tutorial I have prepared in order to see how to connect it.. The receiver part is a bit trickier.. We have to use 7 header pins and bend them like that.. Then we have to place them at the following pins.. We need one to Ground and one to 3.

3V.. We need two at the I2C pins.. We need the remaining 3 to digital pins from 6 to 8.. We also have to solder three wires to the hardware SPI pins of the Arduino Due pins.. We need MOSI, MISO and SCK. Check the diagram carefully.. We cant use female wires since the display wont fit with the wires attached.. We connect the wires to the header pins and we are ready to attach the display. We connect GND and 3.3V to the breadboard.. Next, we connect the GND and VCC of the DHT22 module and the DS3231 module to the breadboard GND rail and Vcc rail.. Next, we connect the I2C pins of the Real Time clock to I2C wires and the output pin of the DHT22 sensor to digital pin 8. Thats it all we have to do now is to connect the NRF24L01 module.. The first pin is GND, so it goes to breadboard GND.. The next pin is Vcc, so it goes to the breadboard Vcc. Be careful, though the module will be destroyed. If you connect it to 5V, so be sure that you are providing 3.3V to breadboard rail.. The next pin goes to digital pin 6.. The fourth pin goes to digital pin 7.. The fifth pin goes to the hardware SCK pin that we have soldered earlier.. The 6th pin goes to MOSI and the 7th to MISO.. The last pin stays unconnected Thats it. We are now ready to power up both the transmitter and the receiver.

If everything went well, we are going to see live data on the display. Cool. Everything works, fine, It wasnt that difficult was it. Lets now see the code of the project.. The transmitter code is very simple.. It is almost identical with the code of the NRF24L01 tutorial.. The only thing that it has changed is that we now send real data that we get from the DHT22 sensor., Please be sure to use the correct library for the NRF24L01 module.. You can find a link for it in the description of the video.. Lets now see the receiver code., We need 4 libraries.. I now use a different library for the display which works great. You can download it from a link that can be found in the description of the video.. After downloading the library you have to open the UserSetup.h file comment line 13 and uncomment line 14, because the display we have is using the HX8357C driver.. Now we can continue with the 3 other libraries.. We need one library for the Real Time clock, one for the DHT22 sensor and lastly, one for the Wireless module. Lets see the code now.. The first thing we have to do is to set the time to the real time clock module if it is not already set. In order to do it enter the current date and time in this line of code uncomment. This line of code here and upload the program to Arduino. Now the time is set.

, But then we have to comment this line of code again and upload the program to Arduino once more. The code of the receiver works like this. In the setup function, we initialize All the sensors and the modules and we print the User Interface., Then at the loop function we continuously check for new wireless data.. If there is new data, we save that data in variables and print them on the display.. We read the temperature and the humidity once a minute and we only update the display if there is a change in the values.. This way we reduce flickering of the display even more. I have also prepared a version of the code with the temperature displayed in degrees. Fahrenheit., As always, you can find the code of the project in a link in the description of the video.. As you can see, this project is a great demonstration of what open source hardware and software is capable of. Within a few hours. One can build such an impressive project. Of course, this is a just the beginning.. We can add many more features to the project.. I will soon add a button, so we can display graphs and have different modes.. We can also add more sensors data, logging, internet connection and so on.. We are using the Arduino Due, so we have plenty of memory to implement many more things.. I would love to hear your opinion on this project.. How do you want to see it evolve? Please, post your comments or ideas in the comments section below.

Thank you. If this is your first time here, I would love to have you subscribed. In this channel. I post videos about DIY projects every Saturday., I love making things, and I believe that anyone can make things anyone can become a maker. Thats. Why I created this channel in order to share my knowledge with the community and learn from the community.. I hope you will join us. Until next Saturday Watch Learn Build Translating these subtitles.

 
 

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official.arduino
2019-09-12T13:55:21+0000

A modular, Arduino Mega-controlled delta robot for your desktop.
safe image.php?d=AQDI5lGBL JxubWR&w=720&h=720&url=https%3A%2F%2Fblog.arduino.cc%2Fwp content%2Fuploads%2F2019%2F08%2F9154041566833130733 - arduino due
official.arduino
2019-09-12T12:41:57+0000

This interactive floor recalls the precariousness of standing on an icy surface, enhanced with imagery, sounds and physical dynamics.
safe image.php?d=AQDDp  jywcEiEdX&w=720&h=720&url=https%3A%2F%2Fi.vimeocdn.com%2Ffilter%2Foverlay%3Fsrc0%3Dhttps%253A%252F%252Fi.vimeocdn.com%252Fvideo%252F812656705 1280x720.jpg%26src1%3Dhttps%253A%252F%252Ff.vimeocdn.com%252Fimages v6%252Fshare%252Fplay icon overlay - arduino due
95f24266a21f4788f1295061703370a0 normal - arduino due
h164tan1
Wed Nov 11 12:55:57 +0000 2009

Arduino UnoとArduino DueとArduino Nanoの写真のレタッチができた。

#PENTAX #KS2 #GIMP https://t.co/TltPX2QMh2

XoKBKJJm normal - arduino due
bluetoneinfo
Fri Jul 06 13:50:24 +0000 2012

RT @h164tan1: Arduino UnoとArduino DueとArduino Nano。JPEG撮って出し。RAW現像&レタッチは一度寝てからやる。最近のArduinoはポリスイッチの∞マークがかっこいい。偽物対策。

#PENTAX #KS2 #PENTAXM…

Taxi Roof Indicator Light Waterproof Car Top LED Cab Topper Sign

New Electronics for my Printer

 

 

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Comment (24)

  1. i am trying to build a arduino/nFR24L01 with temp sensor so that at a particular set temp it sends a single to another arduino/nFR24L01 with relay to turn on a cooler/heater. what is your thoughts? thanks btw great presentation.

    1. You can do that easily with the NRF24L01. Another option is to use Bluetooth for this kind of communication. I have prepared a video about that, it is will be aired tomorrow.

  2. And i liked the projetc, i ask you a thing, is possible to connect an ultrasonic sensor, an arduino, an a arduino wifi shield, to can in a HTML web (I know HTML) or in other web, see the value of the sensor (the distance), or if we can see it in a LCD, Remote, like with wifi or bluethoof transmitter Thanks!

  3. should the transmitted part must be connected with power source like that? Does anybody know how to make a sensor like TPMS. Just sensor in the tire but can communicate with the receiver in the car.

  4. Hi,
    I want to build a real time clock timer however I have some problems to show the time on TFT LCD display- white screen appears. The LCD screen is working fine i.e I can display graphics and text but when it comes to display the time it does not work as it should. I have noticed that when the program executes command t = rtc.getTime() the screen is being wiped out – not sure why ?

    The hardware I have used:
    – 2.8” TFT LCD display(ILI9341)
    – ds3231 RTC

    Do you know how to fix this problem ?

    Code below:
    #include
    #include
    #include
    #include
    #include

    DS3231 rtc(SDA, SCL);
    Time t;

    #define LCD_CS A3
    #define LCD_CD A2
    #define LCD_WR A1
    #define LCD_RD A0
    #define LCD_RESET A4

    #define TS_MINX 141
    #define TS_MINY 140
    #define TS_MAXX 940
    #define TS_MAXY 888

    #define YP A3
    #define XM A2
    #define YM 9
    #define XP 8

    #define BLACK 0x0000
    #define WHITE 0xFFFF

    Adafruit_TFTLCD tft(LCD_CS, LCD_CD, LCD_WR, LCD_RD, LCD_RESET);

    TouchScreen ts = TouchScreen(XP, YP, XM, YM, 300);

    boolean buttonEnabled = true;

    void setup() {
    rtc.begin();
    tft.reset();
    uint16_t identifier = tft.readID();
    tft.begin(identifier);
    tft.setRotation(3);
    tft.fillScreen(BLACK);
    tft.drawRoundRect(0,0,320,240,5, WHITE);
    }

    void loop() {

    t = rtc.getTime();
    tft.setTextSize(2);
    tft.setCursor(0,10);
    tft.print(“Date: “);
    tft.print(rtc.getTimeStr());
    delay(1000);
    }

  5. Since I’m not up to speed on Python, I’d like to see a 2nd DHT22 for outdoor Temp. & Humidity. I’d also like to send it to a, (Serial or i2c) LCD. I also would like to do this with a NANO.

  6. Καλησπέρα φίλε εξαιρετικά τα βίντεο σου συγχαρητήρια, για το part που είναι έξω αμα παρεμβάλεται τοίχος ή πόρτα θα υπάρχει πρόβλημα? και επίσης με το power bank ποσο αντέχει το part που θα είναι εξω αν και το arduino nano εχει πολύ μικρή κατανάλωση …. με ένα power bank των 10.000 maH πόσο αντέχει?

  7. can the nrf24 detect the number of people in certain distance?
    im in project must finish, i hope somebody can answer it soon.
    thank you

  8. i have nrf24l01 with antenna and i have one without antenna .. They can not communicate with each other
    ..
    Should they be the same type
    ..

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