posts tagged with the keyword ‘noisemaster’

2017.11.05

NoiseMaster X

Just a few more of these noisemakers… I swear! Yes, if you are not aware, I made a lot of them. I also brought them all to Maker Faire Milwaukee in 2017 so people could play with them. That’s the sort of thing I tend to do. On with the show!

The speaker for this one is from an old stereo that Dana told me to get rid of because parts of it broke. I did actually get rid of the receiver by dropping it off on the Hack Rack at Milwaukee Makerspace, but I kept the speakers. ;)

NoiseMaster X

The enclosure this time consists of some offset pieces of wood stained two different colors. The electronics are again somewhat exposed. On top are two controls that allow for user input.

NoiseMaster X

The controls consist of a button to enable the sound, and a potentiometer to alter the sound. The knob for the potentiometer is 3D printed, and it’s a knob from this thing. I’ve used these knobs before, many years ago, thanks to the old RepRap. Luckily the new printer did a much better job this time around.

There’s also a ring beneath the button. This ring is 100% there to cover up a mistake I made by drilling the hole too large. I’m more than happy to honestly admit I screwed up, but I also found a way to fix things, and I think it worked.

One other interesting thing abut this one is the pencil lines that are clearly visible on the wood. I realized that I could draw on the wood and still have it show up fine after staining it. Now I’m tempted to explore this method more and see what else I can do with it. Hooray for weird experiments! (Oh, I also totally screwed up with the assembly and mismatched the sides, but again, I made it work and you probably wouldn’t know if I didn’t admit it.)

NoiseMaster X

As for the electronics, I once again went with an Arduino Nano, a super-cheap microcontroller with plenty of inputs & outputs (especially since I only used a few.) It’s also easy to power with a MiniUSB cable and a 5 volt USB power supply.

NoiseMaster X

Here’s a bit more on the knob. The bottom hole is sized to fit the shaft of the potentiometer, and it’s a tight fit (by design) so that it wouldn’t be easy to remove.

NoiseMaster X

The side of the knob features a small hole that accepts a 3mm set screw. It’s a “headless” screw so using an hex wrench to tighten it up hides it inside the little slot. Extra insurance against the knob twisting or coming off.

NoiseMaster X

And here’s the 3D model of the small plate that goes under the button to hide the spot where I drilled the hole too wide. All good. Ready to go!

This is just one post in a series about noisemakers. Check out the other posts as well:

2017.11.03

NoiseMaster IX

Once again we’ve got a noisemaker to tell you about. As you may know, there’s a whole series of these things, and they were all at Maker Faire Milwaukee in 2017, and each one is getting a blog post. (More links are at the bottom of this post.)

NoiseMaster IX

This one features a really nice (looking) speaker that was donated to the cause when I posted about needing unused speakers. This one was in a cabinet that was probably 25 years old, and had what I assume was fiberglass insulation inside of it. I ripped the cabinet apart at Milwaukee Makerspace one day and trashed everything but the sweet speakers which have “Muscle Magnet” power!

NoiseMaster IX

We’ve got a Teensy LC in this one, along with a Teensy Prop Shield (Low Cost version). I made the mistake of soldering a Teensy LC onto it instead of a Teensy 3.x and then realized it wouldn’t play the sounds I wanted to play, but it can do some speech synthesis stuff, so I embraced that. (You’ll hear what it sounds like spouting random phrases in the video below.)

NoiseMaster IX

One of the weird things I did with this one was make the wood look like plastic, and the plastic look like wood. Sort of. I mean, the wood is really MDF, but I gave it a glossy coat of paint, to move away from the stained wood I used in other noisemakers, and I sort of thought it looked more like a plastic surface. (Except for the sides, because MDF is stupid.)

NoiseMaster IX

For the “spools” I 3D printed them with wood filament, so they sort of are wood, but still plastic. Sort of. It’s confusing. Everything about this one is confusing I guess.

spool

Here’s the spools I modeled to serve as standoff between the top and bottom pieces. The spools came about after I modeled the feet. What feet?

foot

These feet! While the wood (uh, MDF) and plastic were on the controller part, I made bright green plastic feet, which are actually modeled as tiny speakers, to attach to the large blue speaker so it could “stand” face down on the table.

NoiseMaster IX

Because the Prop Shield has a built-in amp, it was much louder than most of the other noisemakers, so this was a good way to dampen the sound a bit. Hear this noisemaker in all its glory!

This is just one post in a series about noisemakers. Check out the other posts as well:

2017.10.29

NoiseMaster VIII

We’re back after a short break with another noisemaker! Oh yeah, there’s a whole series of these things, all of which were shown at Maker Faire Milwaukee in 2017. (More links are at the bottom of this post.)

NoiseMaster VIII

I built this one very quickly while Maks was using my shop. I tried to stay out of his way and built it off to the side while he was using the workbench. I grabbed an Arduino Leonardo I had on hand and I just stuck some wires in the header pins and stuck them down with gaff tape. I also hot glued a small speaker into place and added a small terminal block to wire things up. There’s a MicroUSB cable to provide power.

NoiseMaster VIII

This one was built with a bunch of scrap wood and MDF. The one tricky thing with this one was something I wanted to try with the button. I used a breadboard compatible button and mounted it on some perf board and drilled a hole through a 6mm piece of Baltic Birch and used a Forstner bit to pocket out a space for the square body of the button so it would sit flush. (This was meant as a test for a future project, so I was glad it worked out.)

NoiseMaster VIII

Super-boring looking! Fast build, no decoration, plain wood and MDF, with a few screws and a tiny button. Plain. Simple. Blah.

NoiseMaster VIII

This one did have what I considered a fun sound though. It’s pretty much a siren. Woo-Woo-Woo-Woo goes the noisemaker! I can’t remember where I got the code from but it uses freqout, so that’s exciting. Enjoy!

This is just one post in a series about noisemakers. Check out the other posts as well:

2017.10.15

NoiseMaster VII

The next noisemaker in this ongoing and seemingly never-ending series is one of my favorites. This time we’ve done away with any sort of real “enclosure” and everything is just mounted on a board. We’re also using a real Arduino on this one. It’s an Arduino Nano, which you can find online for approximately $3USD nowadays. It’s quite a step up from the ATtiny85 chips used in many of the previous noisemakers.

NoiseMaster VII

Even though we moved away from an enclosure on this one, we still have to mount things, so why not model and 3D print some things? We’ve got a button and a potentiometer as our controls, and each one has a small printed part to allow for mounting to the board.

NoiseMaster VI

Again, the best thing about 3D printing in this process is you can create exactly what you need. With bits of scrap wood you’re constantly cutting and drilling to get things the right size. With designing your own parts, you make what you need. Here’s a piece that holds the button I had and has a small hole near the base to allow wires to come out.

NoiseMaster VI

This piece holds the potentiometer. It’s the correct thickness to allow the potentiometer to fit and the shaft to go through the hole. The holes for mounting screws are also the exact dimensions needed to work with the #4 screws I had. Making things fit together is about 90% of making.

NoiseMaster VII

Here’s a neat trick. Remember all those hard drives we took apart? Well, I saved all the magnets, and they’re handy to have around. Since they are attached to pieces of metal with mounting holes on them, I screwed one down to the board…

NoiseMaster VII

…and it’s perfect to hold a speaker in place. Really. That speaker ain’t going nowhere! You can pull it off, but it’s on securely enough that it takes some force, and it’s not going to fall off or get knocked off easily.

NoiseMaster VII

The Arduino Nano is on one of my Nano BOB boards. I use these to allow screw terminal connections to a Nano. (I really should get these listed on my Tindie store one of these days.) Power is provided by a Mini USB cable, and yes, there’s two 3D printed standoffs under the PCB. As a bonus, the wires used were pulled out of some phone wiring I rescued from a dumpster.

NoiseMaster VII

I like this one so much, I may be reusing some of the parts in another build I’m working on. Hopefully I can post about that in the coming weeks.

This is just one post in a series about noisemakers. Check out the other posts as well:

2017.10.13

NoiseMaster VI

Once again we’re moving along in our noisemaker series and this time we’ve got a few new things going on, but again, we’ve got a device that makes noise when you press a button. This is also the first noisemaker that features an external speaker.

NoiseMaster VI

The enclosure is another simple wood affair, and there’s a push button, and we’ve also got a… gear? Yes, there’s a gear, and under the gear is a copper board which is usually used for making PCBs, but in this case it’s used as a thin surface that allows the gear to mount to the shaft of a gear motor hidden below.

NoiseMaster VI

Just like with the last noisemaker, I used some Forstner bits to hack out a large hole and then cover it with a plate. It makes the surface look nice, and the inside/bottom is a hidden mess (which is totally fine, right?) This noisemaker has one more trick up its sleeve, I mean, it would if it had a sleeve.

NoiseMaster VI

There’s no microcontroller in this one. The electronics consist of a power supply running to the button, then to the motor, and then to the speaker. That’s it. Interestingly enough, you can get some pretty cool noise happening just by running power through a motor and speaker. Since it’s a gear motor it’s already got a great whirring sound to it, so the speaker helps amplify it. And, the bonus is that by affecting the spinning of the motor, you affect the sound. (See the video below for a demo.)

NoiseMaster VI

When I started this project I had to find old speakers, and this is from a set I rescued from the trash and had to bust apart the old wooden cabinets that had way too many screws in them. (I had these sitting under my desk at work for a few months.)

NoiseMaster VI

Still, they’ve got a funky look and mounting them just took some scrap wood, plastic strapping, and a few screws. Easy speaker stand!

NoiseMaster VI

There’s a few more two-piece noisemakers coming, but this was the first one in the series I finished. Stay Tuned!

This is just one post in a series about noisemakers. Check out the other posts as well:

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