Open manuelgitgomes opened 2 years ago
Example of a (complicated) pan and tilt
basic model of the pan and tilt system
added a support on the other side of the servo, to offset the weight of the Kinect, it is shaped like a cylinder to freely move as the Kinect base tilts according to the servo
The next step is sizing the motors https://pt.aliexpress.com/item/33010787343.html?gatewayAdapt=glo2bra
updated model of the project
calculations to check if the 9 Kg/cm servo motor that is available would be enough for the tilt system
Remade the piece into an assembly of the two separate parts
You can check PTU units!
adjusted the size for the CAD servo, still have to fix the design of the support
calculations for the servo motor responsible for the "pan" portion of the system
latest update of the CAD model, it is entirely supported by the panning servo motor, so the last piece missing would be a support for the servo that can also be used as a connection between the pan and tilt module and Prometheus
Added a chamfer to the main body upon realizing it would limit the rotation angle otherwise, the chamfer was made so that the hard limit to tilting forward is 20º
I was searching about the kinect and found out the kinect cameras already have the tilt implemented and there is a ROS package to control this kinect_aux
. So it's only necessary to develop the pan, since the tilt already could be controlled with ROS.
https://github.com/AutoMecUA/AutoMec-AD/assets/58526188/ba473f9d-1dcb-4c71-b31d-5b2533b29aec
As the kinectic has a pan , the package is called Kinect_Aux, the design will be changed
As the Kinect can tilt, we need only the functionality of panning, this design is similar to the previous but removes the elements that were used for tilting the kinect.
To have a correct angle measurement for the kinect and movement flexibilitty, a pan and tilt unit is needed.