I’ve failed to properly take care of many plants I’ve had throughout the years. Forgetting to water them, leaving them too close to open windows during the winter, and forgetting what type of light settings they thrive in. I created Sproutly as a tool to improve my relationship with my plants and I hope that it’s something that is useful for you, too!
Sproutly consists of two main functions: it has a moisture and light sensor that will track the plant’s physical healthiness and a sound detection microphone that is installed to encourage you to speak with your plants. Speaking to your plants will help them thrive because we should all show them a little more love and care, AND the carbon dioxide emitted from your breath is crucial to their growth and survival.
The idea is that a light is connected to both sound and moisture sensors and the light will act as a visual notification system. Sproutly will remind you to speak with your plants twice a day and will also remind you when your plants need water. Additionally, it is an IoT object, so you will also get text notifications.
Adafruit Feather HUZZAH with ESP8266
Electret Microphone Amplifier – MAX9814 with Auto Gain Control
Chirp! The Plant Watering Alarm
NeoPixel Stick – 8 x 5050 RGB LED with Integrated Drivers
Lithium Ion Polymer Battery – 3.7v 500mAh
Lots of wires
1/4″ Thick Translucent White Acrylic Sheet
This is a work in progress, and here are my next steps:
- connect moisture sensor to feather huzzah and write code
- incorporate text reminders through IFTTT
For my final project, I want to focus on making an IoT product that will help me take better care of my plants as a plant rookie. Below are my two proposals:
The first idea I have is to create plate that goes under your planter and has a flexible sensor coming out of the middle that sticks up and is embedded in the soil. The sensor will measure moisture levels and when you overwater your plant, it will turn pink and when your plant needs more water, the plate will remind you by turning blue.
The second idea I have is a light sensor that you can stick by a window or other areas of your home that will measure the light data in that corner and let you know what kind of plants are suitable to be placed in that area.
Wifi Connection 1:
Wifi Connection 2:
Huzzah LED test:
Here is an update on our journey of making our Tetris costumes from flat pieces of foam core to full-size Tetris blocks with LEDs programmed to fade in and out. We have a ton of process photos, so enjoy!
We traced our bodies on brown paper to figure out the measurements for our blocks that would fit all three of us:
Taking measurements to paper before cutting foam core:
From 2D to 3D—costume assembly and fitting phase:
Sewing straps to reinforce the internal structure and soldering LEDs:
Attaching long circuits of LEDs to the Tetris blocks:
Coding the LED fading functions:
Attaching circuit and Arduino inside the costumes:
THE BIG REVEAL!
For this week, we made some progress on finalizing the materials we will be using for the Tetris structures, the LEDs setup, and the circuits. Below are some images from our brainstorming session as we await the arrival of our materials. We have quite a bit to do in terms of making but feel like we’ve moved forward in laying the fundamentals and excited to make this ASAP.
How we are programming the LED sections for the blocks.
Diffusion test with the foam core we will be using as the hard edge structure for our blocks.
Sketching for the backpack strap we are working on that will be integrated into the structure.
For the Halloween costume project, I will be working n a group with Felix and Wes. We’re really excited to share our ideas!
IDEA 1—TETRIS BUDDIES
No long explanation necessary. We wanted to be Tetris pieces that fit together and light up when the pieces are united!
IDEA 2—BUG BUSTERS:
We thought it would be fun make bug costumes that light up various anatomical features of each big through motion sensors. The ladybug’s polka dots on its wings would light up after you move your arms to spread the wings. Likewise, the firefly’s light sack would light up from wing movement. The bumblebee’s stinger will light up from wiggling your body.
IDEA 3—TEAM NUMBERS
We wanted to explore light modulation and thought of interfaces for measurement. We came up with the idea to dress up as household appliances that contain those systems of measurement. We came up with the speaker (volume) and a microwave (time reading).
For this week’s assignment, I was able to get a deeper understanding of the world of electronics but was also initially confused by some of the new components we are incorporating into our circuit board in the Motor exercise, such as diodes and transistors (hoping we can go over them at some point). Another thing I had the opportunity to improve on was my soldering skills from the Neopixel light exercise. I look forward to incorporating these lights in future projects.
Here are videos of the exercises: