MODELING METHOD FOR LOW-LOSS TRANSPORT TECHNOLOGY WITH DIRECTIED FORCE APPLICATION AND SLOW LANDING
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United States of America
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Issued Date -
Dec 19, 2024
app pub date -
May 29, 2024
filing date -
May 29, 2024
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Abstract
A modeling method for a low-loss transport technology with directed force application and slow landing is provided, including determining relevant parameters, such as friction coefficients between a crop and grid bars, performing theoretical analysis, modeling an auxiliary device for simulating a motion trail of the crop, and modeling a three-dimensional diagram according to structural parameters. In this way, the crop and the soil are effectively separated, and situations, such as high surface scratching rate and internal bruising caused due to a motion manner of a conventional low-loss transport device with directed force application and slow landing, in a separation process of the crop and the soil is greatly reduced.
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