The thesis addresses the development of a configurator for generating documentation of feed hoppers. The purpose of the configurator is to simplify the process of 3D modeling and the creation of technical documentation, as it is a time-consuming and error-prone process. The thesis presents the construction process of feed hoppers and its automation. For this purpose,
a configurator and a user interface were developed within the iLogic environment of Autodesk Inventor. The result is a functional tool that, compared to traditional modeling, enables fast, accurate, and adaptable creation of technical documentation for feed hoppers.
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