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I have this tendency to start every other tutorial with a warning about how easy the skill is; and aside from the knitting/crochet patterns, the step to entry really is quite simple and anyone can do it. These hexagon quilt pieces are like the others- if you can sew by hand, you can do it!
Now, what you do with them is another matter. I like this hexagon decorated fabric box, and there's potholders and a tote bag, of course. Or "hex jeans". Or go wild and make a whole quilt of hexagons. The method I'm introducing below was created by combining the most common sense of several hexagon tutorials into the easiest possible steps.
With the matching thread and needle, sew the edge of the two hexagons together. Be careful to only go through the fabric, and not the paper!
The BristleBot is a vibrobot with an agenda.
It's built with a vibrating pager motor and the busines end of a toothbrush that has slanted bristles.
With the matching thread and needle, sew the edge of the two hexagons together. Be careful to only go through the fabric, and not the paper!
Once you decide how you'd like to lay out your fabric hexagons, plac ethe right side of two neighboring hexagons together, with their edges matching.
Another angle. Frames have been centered with each other, and toetacked into place with wood screws.
1. Soak in soapy water.
2. Transfer to mesh bag and rinse in bathtub.
3. Use laundry basket, lined with towel, to carry to living room.
4. Dump out on towels on living room floor, with fan blowing.
For the full story and discussion see the blog post:
The BristleBot is a vibrobot with an agenda.
It's built with a vibrating pager motor and the busines end of a toothbrush that has slanted bristles.
The chalkboard paint allows you to write whatever plant name you want on the back, in case you don't want to use the stamped names.
The BristleBot is a vibrobot with an agenda.
It's built with a vibrating pager motor and the busines end of a toothbrush that has slanted bristles.
The BristleBot is a vibrobot with an agenda.
It's built with a vibrating pager motor and the busines end of a toothbrush that has slanted bristles.
All finished! Hook the servo up to your microcontroller and give it a test.
When told to go to position 0 (1500µs), it should stop. Less than 1500µs, it should move backwards, and more than 1500µs will move it forwards.
If you find your potentiometer has slipped, test different centre positions until it's completely stopped - you should find it will be stopped at three different microsecond times. Use the central one. Then, the servo will generally go full backwards at centre-200 and full forwards at centre+200.
Attach wheels and have fun!
¡Muy buenas! Hoy toca un tutorial sencillito, pocos pasos y con herramientas básicas pero con el que conseguiremos un resultado que nos dará mucho juego en nuestras creaciones. seguir leyendo
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