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Innovative Active Hinge for Variable Combine Header on Uneven Terrain

This project aims to address crop loss and varying cutting heights on undulating terrain by developing a mechanical concept for an active hinge on a multiple-section combine header. The MatLab simulation model, including the Center Section and Right Hand Wing Tool, will be used to analyze different header widths and weights and assess hydraulic system requirements. The key focus is on creating a concept and simulation model for a flexing combine header with an efficient hydraulic actuation system.

kyra-holland
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Innovative Active Hinge for Variable Combine Header on Uneven Terrain

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  1. Problem Statement MechanicalConcept Rigid combine headers (≥12 m) cause crop loss and different cutting heights on undulating terrain. Development of a mechanical concept for an active hinge on a multiple section combine header. EmbodiementoftheMatLab Simulation Model CS…Center Section RHW…Right Hand Wing Tool to simulate various header widths and weights to see the requirements of the hydraulic actuation system. Development of a Concept and a Simulation Model for a Flexing Combine Header and its Hydraulic Actuation System

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