Výtahová plošina

Abstract

This bachelor thesis deals with the design of an elevator platform intended for transporting non-living loads within a specified installation environment. The introductory part provides a research overview of various types of elevator platforms, their structural solutions, and characteristic components. Based on the gathered knowledge, a specific device is proposed with a load capacity of 200 kg and a lifting height of 2900 mm. The thesis focuses on the structural design of the platform, lifting element, drive shaft, drive selection, and connection component. Key components are verified by strength calculations, including static and, for selected parts, also dynamic safety factors. A selected component of the device is further examined using the finite element method. The result is a functional design of the device supported by appropriate technical drawing documentation.