Chang et al. (2020) developed an egg collecting robot consisting of a chassis frame, an egg-picking mechanism, an egg-sorting device, an egg storage tank, an egg collection channel, and a control box.
2023/1/25/ · This incubator system, which uses an Arduino microcontroller, has automatic temperature, humidity, and egg-reversing capabilities. Farmers can use the GSM system to
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2021/8/29/ · The robot consisted of a deep-learning-based egg detector, a robot arm, a two -finger gripper, and a hand-mounted camera. The deep-learning model, You Only Look Once (YOLO) V3, was embedded in the
This paper introduces a novel solution for advancing agricultural practices through the fusion of renewable energy and Internet of Things (IoT) technologies. At the heart of this system lies a solar-powered seed dispenser, leveraging solar panels to capture and utilize solar energy. This design not only ensures sustainability but also mitigates environmental impact. By harnessing
Development of an IoT-Based Egg Incubator with PID Control System and Mobile Application Muhamad Cahyo Ardi Prabowo a,* , Ilham Sayekti a , Sri Astuti a , Septiantar Tebe Nursaputro a , Supriyati a
Egg collection systems: safe and efficient EGG COLLECTION SYSTEMS FOR CAGE PRODUCTION Egg collection systems are an integral part of the equipment in layer and breeder houses. This is mainly due to the following: edr cedu time and labour costs; excellent egg quality; accurate recording of all eggs produced.
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Ab Nasir et al. (2018) developed a machine vision-based device that extracts eight shape features from eggs and classifies them into six quality levels, achieving a classification accuracy of
Table 1 compiles and presents various use cases that emerged due to IoT integration, introducing innovative solutions to conventional agriculture. In Tian et al. (2017), the authors designed an ARM processor-based temperature and humidity monitoring system utilizing various sensors and a Linux operating system.
