Σχεδιασμός συστήματος εναέριας μεταφοράς φορτίων από και προς το κτήριο Δωροθέα στον και από τον απέναντι χώρο στάθμευσης
Date Issued
2017
Author(s)
Advisor
Abstract
The thesis which is presented and analyzed in the following pages, was done with the
purpose to solve the problem of discomfort caused when freight transport is executed
outside the entrance of the Dorothea building. The instructions given for the thesis were
clear and focused on an idea in designing a system that allows the user to carry out
freight transport in the Dorothea building via an overhead route from the opposite
parking area and backwards. This system is based on conveyor chains and through
suggesting some ideas which take into consideration many other factors, the necessary
calculations were made so as the selection of the remaining parts of the system to be
made. The user will place the packets on a cart in the parking area or in the building,
upload the cart to the machine, and by a control panel, instruct the system to start the
operation to transport the load to the building or to the parking area respectively. In the
study, importance was given to the aesthetics and ergonomics of the machine, to safety
of course, but also to static, dynamic and economical calculations. Static and dynamic
calculations along with all construction drawings were done with Solid Works software.
purpose to solve the problem of discomfort caused when freight transport is executed
outside the entrance of the Dorothea building. The instructions given for the thesis were
clear and focused on an idea in designing a system that allows the user to carry out
freight transport in the Dorothea building via an overhead route from the opposite
parking area and backwards. This system is based on conveyor chains and through
suggesting some ideas which take into consideration many other factors, the necessary
calculations were made so as the selection of the remaining parts of the system to be
made. The user will place the packets on a cart in the parking area or in the building,
upload the cart to the machine, and by a control panel, instruct the system to start the
operation to transport the load to the building or to the parking area respectively. In the
study, importance was given to the aesthetics and ergonomics of the machine, to safety
of course, but also to static, dynamic and economical calculations. Static and dynamic
calculations along with all construction drawings were done with Solid Works software.
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Abstract Κωννου.pdf
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