Insect wing flap sensor
Venture Category: Scientific Instruments
Community: Sensorica
This venture is looking for an animator
Fruit flies sounds recorded with microphone and processed with Audacity.
The goal of this project is to create an instrument that records the buzzing of small insects.
When insects fly around they buzz. One can use a conventional microphone to record the buzzing sounds of larger insects, but not of very small insects, since the variation in air pressure that their wings create falls below the sensitivity threshold of these types of sensors. One option for tiny insects, such as Drosophila, is to use an optical tachometer, which uses light to detect the flapping of wings.
This device can then be used in scientific studies in entomology labs, as a STEM educational tool, and as a general tool to count and describe small insects. The frequency of wing flap in flight is characteristic to a given insect species. This device may allow for automatic identification of some small insects.
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Status: gathering materials and papers
Needs
Electronics (BCP prototype production)
Mechanical design (3D modeling and printing)
Biologists
[Oct 28, 2020] First conclusive results with Arduino and QRD sensor
[Oct 19, 2020] First experiments
[Oct 13, 2020] Experimental bench created using Arduino and QRD sensor
Describe all layers of incentives...
The short-term economic model for this venture is based mostly on public funding and crowdfunding.
The long-term economic model for this venture is built around open innovation and distributed manufacturing (DIY).
In short, for the long run, we're geared towards providing:
DIY kits (can be transactional kit sales) that provide required vitamins (non-digitally manufactured components) to build a particular tool (Zimmermann, 2014; Gibney, 2016).
Specialty parts / components, hard-to-find, custom (ex. BackYard Brains or OpenQCM both sell the most specialized and hardest to source components for their respective open hardware tools).
Help with calibrating and validating (scientific) hardware (can be transactional service) to provide security to prosumers who build their own tools. This provides prosumers with the confidence that their measurements or functionality are acceptably reproducible, accurate and precise.
Education / Training (ex. Open Source Ecology), include support. This can also follow the consulting business model (Fjelsted et al., 2012).
Ecosystem services: provide trust, validation, discoverability, help, a place to discuss and collaborate, etc.
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