Pickup will have a built-in sound level sensor. This will not recognize sounds, only volume (to preserve privacy and battery life). Help us tune it — how do you anticipate using it?
I’m planning to use the Pickup to monitor conditions in a beehive. Temperature and humidity are the main metrics I want to collect, over time, but a sudden increase in noise levels might well give me an indication that the colony is thinking of swarming.
I’m building a sound isolated music studio. In addition to tracking temperature and humidity (my original use case), I’d love to also track sound pressure levels. Now I’ll probably get 2, so I can measure the sound inside the isolated space for hearing health, and outside the space for neighbors’ mental health.
That’s a good idea, hearing heath in the studio. We were thinking of the same for workplaces with loud machines so that you could monitor to OSHA standards, figure out when people need to rest their ears, etc.
I also want to test the effectiveness of soundproofing I added in the gaps around a door. With a music studio, you can empirically test what materials are most effective.
It has water flowing all the time but the sound level changes significantly with the amount.
We have a flow gage on this particular creek and I was wondering if there would be a strong enough correlation to use sound in places where there isn’t a permanent gage.
Been giving this some thought. I think Pickup could be a great Hive monitor. Need the temp and humidity sensors. Then if I can remove the sound level sensor or add an additional one, I can graph the hive sound. It should be a regular identifiable pattern. If the pattern changes its time for a checkup. Also with the breakout board could do some 3.3V load cells and make a hive scale. All the systems out there are cloud connected and have subscriptions. The hardware is super expensive. This might be my first project!