research-focus Research Focus International Scientific Journal Research Focus 2181-3833 Ilm-fan va innovatsiyalar akademiyasi 10.66073/researchfocus.v2i6.256 REL-A-010621 MASOFADAN BOSHQARILADIGAN PORTATIV IPAK QURTI YETISHTIRISH TIZIMI REMOTELY CONTROLLED PORTABLE SILKWORM REARING SYSTEM ПЕРЕНОСНАЯ СИСТЕМА ВЫРАЩИВАНИЯ ШЕЛКОПРЯДА С ДИСТАНЦИОННЫМ УПРАВЛЕНИЕМ Dehqonov G‘ofurjon Dehqonovich o‘qituvchi, Namangan muhandislik-texnologiya instituti Sharibayev Nosirjon Yusupjanovich professor, Namangan muhandislik-texnologiya instituti Toxirjonova Muattar Rasuljon qizi Talaba, Namangan davlat universiteti 05 07 2023 2023 2 6 21 25 https://creativecommons.org/licenses/by/4.0 Ushbu asar Creative Commons Attribution 4.0 International litsenziyasi asosida litsenziyalangan.

Ushbu ish ipak qurtidan olingan ipak tolalarining vazni va sifat ko‘rsatkichlarini yaxshilash uchun innovatsion yondashuvni taqdim etadi. Biz an‘anaviy ipak ishlab chiqarish usullaridan ustun bo‘lgan engil va uzoqdan boshqariladigan ko‘chma ipak qurti etishtirish tizimini taklif qilamiz. Issiqxonaga maxsus sensorlarni kiritish orqali tizim karbonat angidrid (CO2) darajasini masofadan turib kuzatish imkonini beradi. Tadqiqotimiz davomida biz mexatronik tizim bilan jihozlangan ko‘chma ipak qurti fermasi va boshqa an‘anaviy qurt fermalari o‘rtasida ipak tolasi hosildorligini qiyosiy tahlil qildik. Topilmalar mexatronik komponentlar, jumladan sensorlar, o‘rni, shamollatish tizimlari va motorlar muhimligini ta‘kidlab, qurtlar uchun mobil fermaning samaradorligini qo‘llab-quvvatlaydi.

This work presents an innovative approach to improving the weight and quality indicators of the silk fibres obtained from the silkworm. We propose a lightweight and remotely controlled portable silkworm rearing system that surpasses traditional methods of silk production. By introducing special sensors into the greenhouse, the system makes it possible to monitor the carbon dioxide (CO2) level remotely. In the course of our research we carried out a comparative analysis of silk fibre yield between a portable silkworm farm equipped with a mechatronic system and other traditional worm farms. The findings support the effectiveness of the mobile farm for the worms, emphasizing the importance of mechatronic components, including sensors, relays, ventilation systems and motors.

В данной работе представлен инновационный подход для улучшения весовых и качественных характеристик шелковых волокон, полученных от шелкопряда. Мы предлагаем легкую и управляемую издалека переносную систему выращивания шелкопряда, которая превосходит традиционные методы производства шелка. Путем внедрения специализированных датчиков в теплицу система позволяет дистанционно контролировать уровень углекислого газа (CO2). В ходе нашего исследования мы провели сравнительный анализ урожайности шелковых волокон между переносной фермой для шелкопряда, оснащенной мехатронной системой, и другими традиционными фермами для червецов. Полученные результаты подтверждают эффективность мобильной фермы для червецов, подчеркивая важность мехатронных компонентов, включая датчики, реле, системы вентиляции и двигатели.

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