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==CRImier Proposal== | ==CRImier Proposal== | ||
*It's an entry panel kiosk, with a quick (and, hopefully, intuitive) workflow to answer "entering/leaving, how many people, for how long, which rooms" questions | *It's an entry panel kiosk, with a quick (and, hopefully, intuitive) workflow to answer "entering/leaving, how many people, for how long, which rooms" questions | ||
*a few custom PCBs, the pads are captouch (the heart board is a TTP229 breakout) | *Uses a few custom PCBs, the pads are captouch (the heart board is a TTP229 breakout), designed to be easy to source and assemble independently | ||
*runs on ESP8266/32, | *It runs on ESP8266/32, MicroPython firmware is complete for everything except the actual "send data somewhere" part because I never defined the API I'd be interacting with. | ||
* | *The firmware reads buttons and processes them according to the planned UX flow, and has quite a few nifty features for usability. Also, designed to collect anonymous data, of course | ||
* | *The panel design is A4-sized and designed for 3mm lasercut wood, so, should be easily cuttable on a K40. The touch pads have 2mm acrylic spacers in front of them - also easily lasercuttable! | ||
* | *So if such a workflow would help you, I can publish the non-yet-published design files, and mail the assembled&tested custom PCBs I have if that'd be helpful | ||
*I've designed this to be | *I've designed this to be useful for other hackerspaces, it's just that I've never gotten to actually getting my shit together and publishing it all | ||
*[https://cdn.discordapp.com/attachments/720514857094348843/928874916747554827/photo5962911158593763345.jpg | *[https://cdn.discordapp.com/attachments/720514857094348843/928874916747554827/photo5962911158593763345.jpg Lasercut button box prototype picture] | ||
*[https://github.com/CRImier/SaferSpaceEntryPanel/blob/master/main.py MicroPython code for an ESP8266/32 controller] | |||
*[https://github.com/CRImier/MyKiCad/tree/master/Fluff/touch_pcb_24mm Touch electrode PCBs] - FR4 pieces can be used | |||
*[https://github.com/CRImier/MyKiCad/tree/master/Breakouts/ttp229bsf_breakout TTP229 breakout] - a generic TTP229 (16-key capacitative touchpad breakout) can be used instead | |||
*[https://github.com/CRImier/MyKiCad/tree/master/ESP8266/esp12_ss_breakout ESP12-baased controller board] - a generic ESP8266/32 devboard can be used instead | |||
Revision as of 14:50, 8 January 2022
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PROPOSAL: People Counter would track how many people are in the space for occupancy safety monitoring.
|
| Proposals to improve Noisebridge. Edit |
Culteejen Proposal
Proposal for y'all:
- As mentioned before, I wanted to create an app that can show people if / how many people in the space. I whipped up the server side stuff tonight (I tested it on my bot channel) to demonstrate what it would look like.
- I'm thinking there would be something like a button you would press at the space to increment / decrement the number, and it would update the number on the server
- screenshot prototype
CRImier Proposal
- It's an entry panel kiosk, with a quick (and, hopefully, intuitive) workflow to answer "entering/leaving, how many people, for how long, which rooms" questions
- Uses a few custom PCBs, the pads are captouch (the heart board is a TTP229 breakout), designed to be easy to source and assemble independently
- It runs on ESP8266/32, MicroPython firmware is complete for everything except the actual "send data somewhere" part because I never defined the API I'd be interacting with.
- The firmware reads buttons and processes them according to the planned UX flow, and has quite a few nifty features for usability. Also, designed to collect anonymous data, of course
- The panel design is A4-sized and designed for 3mm lasercut wood, so, should be easily cuttable on a K40. The touch pads have 2mm acrylic spacers in front of them - also easily lasercuttable!
- So if such a workflow would help you, I can publish the non-yet-published design files, and mail the assembled&tested custom PCBs I have if that'd be helpful
- I've designed this to be useful for other hackerspaces, it's just that I've never gotten to actually getting my shit together and publishing it all
- Lasercut button box prototype picture
- MicroPython code for an ESP8266/32 controller
- Touch electrode PCBs - FR4 pieces can be used
- TTP229 breakout - a generic TTP229 (16-key capacitative touchpad breakout) can be used instead
- ESP12-baased controller board - a generic ESP8266/32 devboard can be used instead
