Camera with artificial lighting and Bluetooth system for digital image acquisition of Apis mellifera colony nest frames

• Main Author: Vieira, Hamilton Justino
• Publication Date: 2022
• Other Authors: Sezerino, André A., Schafaschek, Tânia Patrícia, Blainski, Everton, de Araujo , Carlos Eduardo Salles
• Format: Article
• Language: por
• Source: Agropecuária Catarinense (Online)
• Download full: https://publicacoes.epagri.sc.gov.br/rac/article/view/1232
• topic: Área de cria; padrão de cria; estoque de mel; estoque de pólen; análise digital de imagens; Breeding area; Breeding pattern; Honey stock; Pollen stock; Digital image analysis

 The use of digital technologies (IOT, Agriculture 4.0) to increase the efficiency of agricultural practices andproduction in a scenario of climate change is becoming a decisive role for the well-being of “One Health” (animal, human and environmental health). In this context, the development of digital technological innovations in beekeeping, as one of the great foundations of the environment, is an unquestionable priority. One of the traditional methods of collecting information relatedto the performance of Apis mellifera colonies, such as breeding areas, pollen, honey and comb food is the use of marking with pens on transparent acetate sheets and analog observations. As an alternative to this method, a marine plywood camerawas developed for digital image acquisition. The chamber measures 50cm wide, 25cm high and 55cm deep, with internal graduaton in Cartesian axes “x” and “y” in millimeters, with a 2x2cm grid made with structural steel bars for civil construction.The Lighting system consists of LED lamps with a luminous flux of 55-100lm., color temperature of 6500K, with autonomy of 3 hours at maximum power or 6 hours at minimum power. Images are taken by attaching a cell phone to the outside of thecamera and using a Bluetooth trigger with a communication distance of up to 10 meters for cell phones (Android 4.2.2 or higherand Apple operating system IOS 6.0 or higher version). This innovation resulted in a decrease in working time for acquiring information, greater comfort for the beekeeper/researcher, an increase in the fidelity of data collection and a decrease ininvasive actions in the hives.