In the master thesis, we designed a prototype of a stator tooth winding device. First, we presented the state of the existing technology on the market. Then we described the
theory, which includes rigid body simulation in program Hexagon Adams, a description of the more advanced components of the device and a DFMEA (Design Failure Mode and Effect Analysis) analysis. This is followed by a detailed description of the designed device and a DFMEA analysis of the most critical functions. After the design, a physical model of the chain has been built and a simulation of the chain run has been carried out. Finally, we commented on the design, simulation and measurement results and performed a cost analysis. We also made suggestions for improvements and further work.
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