LeaKP
Well-known member
Yes! Another reason to love greys!
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Out of interest, do you find Ruby likes cuddles, i dont mean scratches i mean really leaning into you with legs tucked in and leaning on her chest wanting you to cuddle? Wondering if this is a hen thing?
Ruby's still doing well. I had to do two weeks of training for my work that had me away from home for a few hours a day longer than normal, but she seems to have weathered that with no problems. She also enjoyed a game night we had. She really gets along well with strangers.
I'm currently working on an electronic food dispenser. It will use natural foods (e.g. seeds and nuts) and ordinary parrot pellets rather than e.g. sugar tablets or other expensive and questionably nutritive rewards that most lab-type food dispensers use. I have a prototype mostly working now, though it is going to require substantial testing still.
Anyway, my overall idea is to have this dispenser controlled by an arduino, raspberry pi, beaglebone or similar small computer, so that people can implement electronic parrot games. I'll do a write-up of it for the DIY and/or Toys forum when I'm done.
I keep waiting for the catch...
Mine came in egg form Read my thread 'i think i'm doing well, am i?'. I'm new to parrots apart from budgies and a cockatiel, i think the thread has shown mistakes i've made along the short road so far. Hopefully it may help you avoid the same.
I haven't had a chance to take good photos yet, but it's a very simple system. It has a 3D printed wheel with a pocket perpendicular to the axle of the wheel. A motor turns the wheel, bringing it under a funnel full of treats, which fall into the pocket. The wheel keeps rotating in its housing until it reaches the bottom, where there is another hole, connected to a chute. The treat falls into the chute and travels by gravity into the cage. A photodiode-IRED pair is interrupted by the passage of the food, letting the machine know that it can stop rotating the wheel. If nothing falls within a certain amount of time, it reverses the direction of the wheel to attempt to clear a jam. There is also a second IRED-photodiode pair in the funnel, so that it can detect if it is out of treats.
An ATTINY microcontroller controls the whole thing. Currently, the motor is a stepper motor with a driver IC for it, but I may end up switching to a regular DC motor with a worm gear for cost reduction - I'm thinking of making a kit so that people can build their own. I'm not sure what the interest would be. I talked to our lab manager, who has a blue-and-gold macaw, and she was excited about the idea, but then lab managers probably don't represent a huge segment of bird owners.
Maybe getting a little ahead of myself here, but I'd like to offer the kit in two forms, one a "screwdriver only" kit that anyone can assemble, and a more sophisticated "maker version" that requires soldering and crimping connectors. (The SMD parts if any would be pre-soldered.)