Scopul lucrrii constă in elaborarea unui sistem usor aplicabil pentru automatizarea procesului de incubare a diferitor tipuri de oua. Acesta trebuie sa aiba o interfata simpla si comoda. Cu posibilitatea de a accesa si edita profiluri de lucru pentru diferite tipuri de oua. Metodologia cercetrii tiinifice se bazeaz pe studierea parametrilor tehnici si specificatiilor pentru fiecare din sensor si actoator, studierea arhitecturii AVR si a modulelor interne a MCU Atmega32, si a limbajului si interfetei de programare utilizate – Limbajul C si Atmel Studio respectiv. Noutatea şi originalitatea: acest sistem nu prezinta o noutate pe piata aparatelor industrial de incubare, insa comparativ cu aparatele chineze este mult mai configurabi si ergonomic. Ca pret deasemenea sistemul costa mai ieftin cu citeva ordine decit cele deja existente, mai ales cele configurabile. Valoarea aplicativă a lucrării consta in elaborarea algoritmilor de lucru al sistemului, si aplicarea acestuia asupra unui incubator mai primitiv cu instalarea tuturor dispozitivelor si modulelor necesare. Sistemul poate fi cu usurinta instalat datorita faptului ca acesta este destul de universal fiind separat pe module care usor se interconecteaza.
The purpose of this paper is to develop an easily applicable system for automating the incubation process of different types of eggs. It must have a simple and convenient interface. With the ability to access and edit work profiles for different types of eggs. The scientific research methodology is based on the study of the technical parameters and specifications for each of the sensor and the actuator, the study of the AVR architecture and the internal modules of the Atmega32 MCU, and the programming language and interface used – C language and Atmel Studio respectively. Novelty and originality: This system is not a novelty in the industrial incubators industry, but it is more configurable and ergonomic compared to Chinese appliances. Also, as a price, the system costs cheaper in some order than already existing, especially configurable. The applicative value of the paper consists in elaborating the system's algorithms, and applying it to a more primitive incubator with the installation of all necessary devices and modules. The system can be easily installed due to the fact that it is quite universal being separated on modules that easily interconnect.
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