Hackster Contest: Living in Motion with AARP Innovation Labs
salmanfaris last edited by
Declining agility and unsteadiness can result in falls with devastating injuries for seniors. Tasks that were previously simple, such as getting out of bed, dressing or performing personal hygiene, may become increasingly difficult to accomplish.
Submit projects that showcase your product-ready solution by the end of November and you could be chosen to present your product in the AARP Innovation Labs booth all week at CES 2020 in Las Vegas, Nevada. This will be an opportunity to promote your design, network with the AARP Innovation Labs team and meet with potential future customers and investors.
Mobility becomes more challenging as we age, however, with the evolving world of motion technology and inter-connected wireless devices, the innovative community is creating smart solutions for the aging population to remain independent and safe in their own homes.
This challenge invites you to develop a device that assists those with mild cognitive and motor impairments to get themselves as well as their items (like medication, phone or food) from one area to another within their home. When you're healthy, it's hard to imagine that even the simplest of tasks could not be accomplished. For many, this challenge is a daily reality.
Here are a few examples to get your mind thinking:
- Remote controlled home appliances with senior-centric interfaces
- Sensor solutions to light up a hallway or open doors upon human detection
- Voice-activated in-home technologies to fetch objects, like a cane
- Motorized tables that are easy to use and can fit narrow paths
- Robotic assistance like stand-up walkers
- Wearable technology that detects falls
- Monitoring technology with location and alerts for unusual motion detection
If you are a start-up with a product that could solve a mobility issue, we want to hear from you!
In this challenge, AARP Innovation Labs is looking specifically for motivated developers who are passionate about finding ways to enhance the quality of life and mobility with their innovative product designs.
Contest link: https://www.hackster.io/contests/aarp
@salmanfaris best if you could point me to an example that works as described: getting different values depending on hoe close the finger is without really touching. nothing i tried did work yet
@salmanfaris I haven't found a good sensor module for this at all. I used a thing which was calles touch sensor and it returns only 1/0. Tried to use touchRead() but it is not sensitive apparently, only 40 and 1 more or less.
#define touch_pin_numer 33
const int VALUE_THRESHOLD = 30;
TOUCH_SENSOR_VALUE = touchRead(touch_pin_numer);
if(TOUCH_SENSOR_VALUE < VALUE_THRESHOLD)
Serial.println ("Touch ON");
Serial.println ("Touch OFF");
should show something between 40 (current max) and 1 (current min) the closer the finger gets but it shows 40/41/39 and 1 - nothing inbetween. got this code from the web
@FlorianB Can you share the code, output window/error and details of the sensor module?
Hi! I am trying to add an capacitive sensor to the ESP32, that will work through glass with 3mm thickness and an distance of 8 to 2 cm. I have bought sensors which only work on touch, i have looked into the touchRead() function but cant get a steady value increase/decrease with distance and only a real touch gets me enough difference to count it as a "touch". I have checked Arduino examples with foil where a resistor can set the sensitivity but nothing worked on my ESP32. i have spent hours looking for an example, can somebody point me to one please?
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