Optimizing Belt Conveyor Manufacturing
Chen, Honghong (2010)
Chen, Honghong
Savonia-ammattikorkeakoulu
2010
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2010122018765
https://urn.fi/URN:NBN:fi:amk-2010122018765
Tiivistelmä
This final year project was carried out at a Chinese company, Chaohu Machinery Manufacturing Co, Ltd, which produces all kinds of conveying equipments for all walks of life. Chaohu Machinery Manufacturing Co, Ltd was established in 1990, and is located in Anhui Province, the southern part of China.
The purpose of this project was to provide a comprehensive knowledge of the basic production process theory of manufacturing belt conveyors. The project focuses on choosing the right conveyor belt and suitable components to ensure manufacturing of high-quality belt conveyors. The existing problems of the idlers and belt conveyor are pointed out and proper solutions are given to make them have a longer service life.
The final aim was to create an automatic idler production line to achieve large scale production, of idlers which enhances both the efficiency and productivity. In order to help the company to get a larger sales market, a plan of designing a belt conveyor for extreme cold weather conditions was carried out, but further research still is needed to make it come true.
The purpose of this project was to provide a comprehensive knowledge of the basic production process theory of manufacturing belt conveyors. The project focuses on choosing the right conveyor belt and suitable components to ensure manufacturing of high-quality belt conveyors. The existing problems of the idlers and belt conveyor are pointed out and proper solutions are given to make them have a longer service life.
The final aim was to create an automatic idler production line to achieve large scale production, of idlers which enhances both the efficiency and productivity. In order to help the company to get a larger sales market, a plan of designing a belt conveyor for extreme cold weather conditions was carried out, but further research still is needed to make it come true.