Submit a Blog in NanoRama or tag your post NanoRamaCH for a Chance to Win!
This special event celebrates the 3rd birthday of Project14 and the 15th birthday of Arduino with an Open Ended Arduino project competition that kicks off the day before Arduino Day on March 21st, 2020. The NanoRama project competition is a follow up to Arduino Day 2020: NanoRama: We're Giving Away Different Nano Boards for Projects that Use Them! We also launched an Arduino Fundamentals: Part I: Quiz where you can test your knowledge (or argue over) your knowledge of Arduino. We will also have a round ups of the last two Arduino project competitions to celebrate Arduino Day in what has turned into an annual tradition.
Arduino Day 2020 Round Ups:
We're also aware that this is difficult time around the world, the Covid-19 Virus has upended life as we know it.
Your project can also include a Fighting Germs project as suggested in Project14 | Fighting Germs: Win a Thermal Imaging Camera, a Germicidal Lamp, and a Shopping Cart with Matching Charity Donation!
Simply tag your post FightingGermsCH and NanoRamaCH if your Fighting Germs project uses an Arduino.
|Every Nano Board||Plus a $400 Shopping Cart|
|Your Chance to Win a Nano Classic, Nano Every, Nano 33 IoT, Nano BLE, and Nano BLE Sense!||Plus a $400 Shopping Cart to Do Cool Stuff with Your Boards!|
First Place & Finisher Prizes
|Three First Place Winners Receive a $200 Shopping Cart to Any of Our Stores!||Finisher Prizes|
3 First Place Winners Receive a Nano BLE Sense plus a $200 Shopping Cart!
We have up to 20 Nano (Classic Boards) to Giveaway for Amazing Projects!
This project is an homage to balearicdynamics friend Lino Zangirolami from Italy, a 71 y.o. crazy guy with an incredible experience in mechanics, CAD Machining and design: one of the most creative makers he will ever know.
He is involved in the jewelry stones cutting business and some months before this was posted he talked about a series of problems he was always having with control of a special kind of semi-automated CNC, the cabbing machines, used in his job. These machines can replicate a 3D model, just like a pantograph can do with 3D designs. The problem is that the motion of these devices is almost primitive and imprecise. Without the need for a complex explanation, there is a rotation motion actuated by a big DC motor that gives some imprecisions to the machine making the entire device very heavy.
|The Lino Project with Arduino Mega 2560: Interrupts and Motors|
This project was initially part of the Forget Me Not Design Challenge.
Eric did some excellent work using RFM69 transceivers.
He also shared the work and mcb1 was able to make use of it for part of his own Application.
You can follow his work here.
At a later date mcb1 was asked about doing an article for TheShed magazine.
The publisher wanted a remote display of the glasshouse temperature, and it seemed that mcb1 could adapt this to show the concept.
Many of the readers wouldn't have the required OpenHAB display we were using in the Design Challenge, and therefore a receiver and some form of display was necessary.
|Remote Temperature Sender|
Such wonderful occasions, like the Olympics, just have to include a torch relay.
Now, being that this is a techy forum, and that we're talking about Arduino here, this particular torch relay involves passing the blink of an LED amongst boards.
This project is designed to show how far Arduino has come since the original Arduino environment was started in 2003. It also is intended to show how easily a sketch can be ported across various different boards.
While this project only scratches the surface of what Arduino (and compatible) boards are available (and are capable of), it shows how much of an impact Arduino has had on ntewinkel in particular, which may also be representative of other hobbyist type users around the world. It didn't cost a fortune to build up this collection of various Arduino based boards, partly because of the availability of clones in this open source environment.
|Celebrating Arduino with a Torch Relay!|
|An arduino controlled brushless ESC|
The purpose of this project is to create an automated irrigation system based on an Arduino Uno and ESP-01. It will need to automatically detect when irrigation is required and if there is water in the reservoir so that irrigation can initiated. If the reservoir is empty, then an e-mail must be sent to inform of this so that the situation can be remedied. If irrigation is required and water is available (and all the safety requirements are met), then irrigation should be initiated.
The system includes a soil hygrometer sensor for detecting the dryness of the soil, a water reservoir (a bucket of water), a water level switch for detecting if the water reservoir is empty, a peristaltic water pump used to irrigate the soil, and an OLED graphical display and a rotary encoder which are used to adjust humidity thresholds at which irrigation should be started and stopped.
As mentioned earlier, the system also includes a set of safety requirements which have to be met.
|Arduino and ESP-01 based irrigation system|
A robot that can balance and translate on a spherical ball is developed. Its primary purpose is to focus on the high mobility in a narrow space. It can be applied in many applications such as home automation, indoor services, ...
The complicated ball robot system with large size is implemented by using two Arduino Due boards.
The robot collects data from a 9DOF Xsens IMU which possess the high accuracy of measurements. By using this device we can obtain the lean angles of the robot. Two Arduino boards and its shield is used to sense the signal from the sensor and generate control pulses for 200W AC Servo Motors. The translation and balancing of the robot are governed by the combination motions of the three omnidirectional wheels on a spherical ball.
|Robot balances and translates on a ball using Arduino.|
The basis for this article came from a visit to a night market where one of the vendors was selling small edge lit signs.
While these aren’t new, the ones he showed could change color with a touch of your finger.
Edge Lighting is based on sending light into the edge of Glass or Acrylic where it bounces around until it escapes.
You may have viewed the EXIT signs which hang from the roof and are 6-8mm thick.
Some restaurants and shops have a plain edge lit panel which they write specials or other enticing offers in bold colors.
|Edge Lit signs|
Some time back mcb1 blogged about things going wrong
He had made some electronic Brake/Indicator units, that took seperate Brake and Indicator signals and mixed them to drive LED tailights.
In NZ and some other countries the indicator is a seperate 21w lamp and an amber colored lens.
Older American cars simply use the same lamp as the brake light and flash it when the indicators are operated.
There are several ways to do it, and GM tended to use extra parts in the column switch (which fail over time or when overloaded)
mcb1 made several of these in a couple of different configurations, and set number 3 was offered to a local Hotrodder.
He struggled with the wiring and then hit the issue with combining tail/brake and indicator into a twin filament lamp.
His budget didn't extend to an automotive electrician and relays or whatever they would suggest (no-one else offered a solution).
As you can see the canvas is just 400 pixels; this limitation forced kimpritzker to leave out some things that are unnecessary. So first step, he listed out the must-have features for this game.
First, the trail after a hand movement like a blade when cutting something. Second, fruit (why not ?). Lastly, the bomb. he also managed to integrate the split fruit particle when being cut. The challenge of this project was to pick the color for each of them.
3D Filament Dispenser by balearicdynamics
When the filament roll is half used or more its spirals become smaller and in some environmental conditions, the filament tends to break too frequently.
Long print jobs become less reliable; for example, you can't leave the printer working alone for an entire night without controlling it. Thus the idea to make a controlled filament feeder figured a precise series of issues to solve.
- Make the automated engine almost simple and easy to reproduce
- Reduce as much as possible the number of non-3D printable components to make it
- Reduce as much as possible the stress applied to the extruder while printing
- Use a low cost and easy to program micro controller board
- Use the weight load sensor to keep under control che filament consumption and filament feeding
- Manage the environmental noise interfering with the filament weight measures
Also using a single 3D printer we frequently manage more filament rolls (different colors) not all at the same level depending on the print job we are doing. Using an Arduino and the TLE94112EL shield motor controller may result in the most reliable and cheaper solution: the board can control up to 6 different brushed motors with simple commands. This Infineon board has its own half bridge motor controller including three different frequencies PWM channels: 80, 100 and 200 Hz. In practice, this means running motors sending commands from Arduino keeping the MCU free to other tasks while motors are running.
|3D Printer Filament Automatic Dispenser for Arduino|
mcb1 had a conversation with one of the guys at work who also dabbles in photography.
He asked if he'd seen any of the moving shots that were not a video, but a series of still shots but they moved the camera.
Intrigued, mcb1 started looking and discovered that there was a large number of interesting builds.
Some were extremely amateur in his opinion and there were comments about the need to tweak it each time it got used.
Many of the drive systems worked only in ideal conditions, and couldn't do vertical or steep movement.
This project was done to showcase the Arduino abilities to students taking part in Futureintech's "Introduction to Arduino".
It consists of an :-
- Analogue Input
- Digital Input
- DS18B20 temperature sensor
- I2C LCD display
- LED (onboard)
All these parts work together to provide a :-
"User settable temperature controlled relay with an audio alert that can be silenced and displays the maximum and minimum temperature".
|Arduino, Temperature, LCD, and more|
HomeMinder by mcb1
This project was a suggestion from the publisher of TheShed magazine https://www.theshedmag.co.nz
He was using those mechanical timers to turn on lights while he was away, and got sick of them failing.
They'd been keen to find a solution to switch mains that was safe for readers.
As we've seen here Mains and Safety aren't always sitting together in some posts, and element14 has supported our efforts to rectify this.
mcb1 looked at the wireless outlets that were available through a NZ and Australian retailer, and were affordable.
|Robots with Wheels - CupRobot|