Society of Robots - Robot Forum

Hello everyone, I am sharing with you our project, maybe someone can help us with the implementation of our idea.


We are a small team of engineers from Moldova, we want to help solve a criminal problem with constant shootings in schools, shopping centers and other buildings.

Here is our project https://roverrobot.org/ 
and what we have achieved so far https://goo.su/l2Cv4Cy

on YouTube we constantly upload videos with our developments - perhaps someone will want to cooperate with us and develop their projects. https://www.youtube.com/playlist?list=PLgxtHp1TasDtpH7hVwEJwxEoDvOgnfsq1

Our web site https://gec-engineering.tech/

Thanks Larry, I went ahead and sent you an email. 

I am interested in helping you.  You can email me at [email protected]

Hi folks,
I designed and built this robotic arm. What do you think?
If someone want to build it here is the link with all info:

https://arctosrobotics.com

[youtube=425,350]2SojrF035sw[/youtube]

https://youtube.com/shorts/2SojrF035sw?feature=share

I need help to design and build a solar tracker mechanism so that my solar panels can track the sun. The panels are coupled to a rack that is lying flat on my car port. There are 6 panels and they are arranged in 3 groups rack of two panels each. The 3 groups should be connected so that they can move at the same angle. I want the tracker to work with two linear actuators on opposite ends of the car port. At sunrise, the linear actuator farther from the sun?s direction tilts up the panels from its end so they can face the sun while the second actuator doesn?t work but acts as a stationary pivot. The tracker electronics actuates the actuator every 15 minutes (time duration should be configurable) to move the panels towards the sun based on input from the light sensors. By midday, when the sun is exactly overhead, the first actuator allows the panels to rest flat on the roof of the car port, then stops working. As the sun moves overhead towards the west, the second actuator takes over the work of tilting the panels while the first actuator only works as a stationary pivot. The tracker electronic control continues to work with the photo sensors at preset time interval to make the panels face the sun using the actuator to tilt it. At sunset, the second actuator rolls itself back to the original position where the panels lie flat on the car port. The whole process is repeated the following day. I need help on the right mechanical mechanism to connect all the components togethers as well as the electronic circuitry that controls everything. I have attached a crude sketch of how the panel stands on the carport.