PCB-Prototyping-Catalogue >> Home-Automation >> Safety & Health >> Pillowcase EMF Protection for Better Health & Sleep
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Last update 07-09-2024
partially sponsored by
Status:
Hardware electronics are Fully tested and working. The first 🥇 release of the firmware code is now available.
Looking for someone available to collaborate on the firmware coding. If you like this project and want faster development, prototyping, and testing consider a donation or sponsoring. thank you 🙏.
nowadays many are sensitive to electromagnetic frequency radiation mainly due to excessive exposure above natural and healthy limits. There are many solutions to mitigate exposure to this kind of radiation however none have the ability to collect EMF energy values directly from a window or access door to a balcony.
This smart device is intended to be installed and fixed into a Pillow made for electromagnetic (EM) radiation detection. It has the main ability to collect EM sensor data from the pillow itself while you sleep at night and send it to a public data repository, for instance, a #dataverse (see www.dataverse.org). Anyone can buy the pillow on Aliexpress.
The total cost of this project to date is listed below:
- Work hours dedicated to this project: >150 w.h
This includes research and study about Bio EM RF, building this repository, and other useless miscellaneous online tasks.
hardware electronics assembly and testing, several times. - Electronic components > 300 eur
- ABS Enclosures ~30 eur ( buy one on AliExpress )
See here who sponsored, to this date, the Safety & Health project.
The smart safety & health solution is for the kind of wireless aggression that behaves like ripples in a pond. For instance Wireless electromagnetic radios, including those found on smartphones, tablets, wifi routers at home, and many more.
This smart device is not able to detect wireless aggressions targeted to a person's body and individual. For instance, using some kind of beam-forming device or technologies. For example, Laser and laser-like kind of devices and kind of technologies.
When installing this smart solution, take action and be conscious that the aggression/aggressor may change to other types and kinds of "wireless devices" this smart device is unable to detect.
Always use this smart device connected to a public data repository with LIVE data streams. At the same time, notify the authorities immediately and provide the web address link where the public data repository can be found. Data repositories based on Harvard's www.dataverse.org are currently the most suited (not ideal) for the smart solution provided.
Be advised
Known open data repositories partially compatible with these smart devices:
- www.dataverse.org [partial compatible] (open firmware provided here uses a dataverse repository API)
- www.figshare.com [partial compatible]
- www.datadryad.org [not compatible; no API]
Interactive view of the PCB Layout
Interactive view of the circuit schematic
Click to view the latest revision
Hardware electronics are Fully tested and working. The first 🥇 release of the firmware code is now available.
[January 1, 2024] - The firmware 1.0.0 for Over the Air Updates is now released to the public. Goto the releases section to learn more.
The OEM version of the firmware code can be found in the folder OEM firmware code. It has by default OTA updates, meaning the smart concrete curing device automatically updates it self when newer updated versions are made available here.
This code uses my own ESP32 C++ class libraries to expedite the development of the code of ESP32 microcontrollers. The repository is located in the open source software section.
On this repository, there's a special folder, named datasets, where anyone is able to upload dataset files directly from their open smart devices. This folder is intended to facilitate sharing of "electromagnetic" measurements among anyone with interest and capable of studying and analyzing it in search of EM anomalies to improve detection of the open hardware electronics made available here. Anyone is invited to participate, cost-free.
To assist you with the firmware programming, there's a C++ test code compatible with all Arduino devices that anyone can use to speed up the programming of the open smart device. Here's the link:
https://github.com/aeonSolutions/Aeonlabs-Arduino_Hardware_Test_Code/tree/main/github_api_test_upload
Any questions on how to do it, send me a message on the Discord Server:
- Sleep better, Antimicrobial Fabric, Conductive Grounding earthing bed sheet
- LK-R37 Enclosure Box 70x70x15mm
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Before proceeding to download any of AeonLabs open source code for software solutions and/or open hardware electronics for smart devices and data acquisition make sure you are choosing the right license for your project. See AeonLabs Solutions for Open Hardware & Open Source Code for more information. For commercial business solutions contact AeonLabs for more information ℹ️ using the contacts above. Thank you 🙏.