Abstract
The article is devoted to a comprehensive study of the method for determining the parameters and indicators of egg quality using a new algorithm and a computer program using non-destructive optoelectronic methods, new methods for determining the shape index (If) of an egg, the shape coefficient (K1) and the volume of an egg by an optical method determined from one plane, as well as the density of an egg calculated indirectly are given. To study the adequacy of the algorithm and program for obtaining and processing egg images and calculating informative signs for evaluating quality indicators, an experimental optoelectronic installation (OUE) was developed and manufactured, the main components of which are an optical camera and a strain gauge sensor. The results of an experimental test of the operation of a mock-up sample of an optoelectronic installation are carried out, according to the results of which a statistical analysis of the feasibility of using the optoelectronic method in comparison with the traditional method of determining the parameters and indicators of egg quality is carried out. The results of statistical processing showed that the values of large and small diameters during manual measurement and measurement on the SEU differ slightly, and for small eggs, the values of diameters measured on the SEU are less than the values measured by a caliper manually, and for large eggs, on the contrary, the values of egg densities during manual weighing on the scales and measured on the SEU by an automated method practically coincide, the relative error does not exceed 0.33 %.
01 Introduction
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02 References
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