APPLICATION OF THE MECHATRONIC SYSTEM TO SILKWORM FEEDERS

Аннотация

INTRODUCTION For successful maintenance of silkworms and The technology of growing silkworms in multi- obtaining high-quality silk from them, it is tiered pots allows you to effectively organize the important to ensure optimal microclimatic care process. The multi-layer system creates conditions.[1] Factors such as temperature, conditions for simultaneous care of mulberry humidity, and air renewal affect healthy silkworm silkworms in large quantities, which allows for growth and good silk weaving.[2] traditional more efficient use of the territory. However, in a silkworm feeding methods are usually carried out multi-layer system, maintaining uniform humidity outdoors, which limits the ability to constantly and temperature on each floor is a challenge. On monitor the microclimate. Under these conditions, different floors, climatic conditions can be it is becoming increasingly difficult for silkworms different, which can affect the growth of worms. to produce silk of the same quality and quantity. Therefore, it is important to independently control Therefore, the use of new technologies, in the humidity for each floor.[4,10] particular mechatronic systems, becomes a An excellent solution in this regard is Mechatronic necessity.[3] systems, which make it easier to ensure an optimal https://www.theamericanjournals.com/index.php/tajet 7 THE USA JOURNALS THE AMERICAN JOURNAL OF ENGINEERING AND TECHNOLOGY (ISSN – 2689-0984) VOLUME 06 ISSUE11 microclimate in each layer.[5] Mechatronic silkworms to grow optimally and produce high- systems include various sensors and actuators that quality silk. Thanks to this control mechanism, the allow you to monitor and control conditions by silkworm rearing process provides more stable sharing them. For example, humidity and and high-quality results than before. [11] temperature sensors such as DHT11 can be used to