Valentin Tsenev
Preslav Hristov
Miroslav Slavchev
Teodor Draganov
Technical College – Sofia, Technical University of Sofia
Bulgaria
e-mail: vtsenev@tu-sofia.bg
Abstract:
The article describes the creation of an intelligent measuring system for control and measurement of turning force. To validate the system specification, a water faucet was used, which for its reliable operation uses a modern system of ceramic bearings - white and brown. Through this research, a calibration procedure was created that uses machine learning. The system is fully automatic. Based on the results obtained from the research of the described faucet, additional functionalities were added - supply of cold and hot water with constant pressure, which can be changed. Conclusions have been made regarding the operation of the intelligent measuring system and the possibilities for a real application for control and measurement of devices used to open and close bearing systems.
Key words:
intelligent measuring system
bearing taps
turning force
controlling
machine learning
The full text of the report is included in IEEE InfoTech-2024 eProceedings
and will be available on the IEEE Xplorer DL website
https://ieeexplore.ieee.org/xpl/conhome/1828024/all-proceedings
and will be available on the IEEE Xplorer DL website
https://ieeexplore.ieee.org/xpl/conhome/1828024/all-proceedings