THE IMPACT OF MICROCLIMATE FACTORS ON SILK THICKNESS UNIFORMITY AND OPTIMAL CONTROL THROUGH A MECHATRONIC SYSTEM
Abstract
This study investigates the influence of microclimate factors on the uniformity of silk thickness and explores the application of a mechatronic system for optimal control and maintenance. As environmental conditions vary on a daily and seasonal basis, managing temperature and relative humidity becomes crucial for consistent cocoon production. The review delves into the significant role of temperature and humidity in the growth and development of silkworms, highlighting the potential of a mechatronic system for regulating the microclimate. Additionally, the research addresses the creation of an optimal microclimate during cocoon wrapping and examines the impact of temperature and humidity on the quality parameters of the resulting cocoon.
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