Robotics

Transmission Line Robotics

Modular Robotics as Series Transmission Line Loads

 

Operating Principle

Reflective Waves

Transmission line theory has been well documented for antennas and power systems, however the use of reflected power intentionally for power transmission has been limited.

QWiC Transmission Line

With the use of a QWiC (Quasi-Wireless Capacitive) terminated transmission line. Reflected power can be used by series connected loads. This allows for the use of the termination coil as the series ground return.

 

Improved Modularity

With this technique, modular robotic systems may be constructed with the need for series connection from one module to another. The position data for each module will be transmitted on the same line as the power.

 

Design Limitations

Mechanical and Electrical

The single wire configuration requires a DC motor with a high impedance. A specially designed full bridge rectifier is used to turn the transmission line AC to DC.

DL1   DL2   DL3

To use the high impedance motor as a servo for a robotic arm a custom motor driver, and control system had to be developed. Furthermore the transmission line had the added requirement of allowing the transmission line to be connected through the servo.

DL4   DL5

 

Development Platform

Full Modularity

The intended use of this system is to be an entire development platform capable of powering multiple loads in series with no immediate ground return. Each module will be able to be quickly connected to the transmission line. Future developments may include autonomous robotic assembly.

DP1   DP2   DP3

 

QWiC System Integration

The final objective of this system is to work on QWiC surfaces allowing the servos to be deployed anywhere on a conductive surface.

QSI

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