Produção Animal
URI permanente para esta coleçãohttps://repositorioacademico.universidadebrasil.edu.br/handle/123456789/34
Navegar
4 resultados
Resultados da Pesquisa
Item Implantação de plataforma informatizada para gerenciamento da inspeção e análise laboratorial de produtos de origem animal do exército brasileiro(Universidade Brasil, 2022) Nunes, Christiany de Oliveira; Zeferino, Cynthia Pieri; Pereira, Luiz Arthur MaltaThe Brazilian Army's Food Inspection and Bromatology Laboratories (LIAB) conduct the quality control of all foodstuffs purchased. These laboratories are found in 18 units distributed in Brazil and are headed by veterinarians. Currently, there is a great demand for inspection and analysis of food items, especially those of animal origin, by the Brazilian Army's Food Inspection and Bromatology Laboratories (LIAB). However, there is no software or application available that facilitates the professionals' work in relation to the more efficient management of this considerable volume of produced data. The work proposed the construction of a low-cost software that allows, in a simple, fast and practical way, the access, control and preservation of all data related to the inspection and laboratory analysis of articles of animal origin, with the purpose of improve LIAB's quality control. All the programming developed was stored on an outsourced web server and can be accessed by software (tablets, desktops and notebooks) and application (smartphone), through the link: . The free and easily accessible platform was effectively built. The production of the product represents an unprecedented tool, to, in this way, assist the laboratory routine of veterinary medical officers, in order to improve the quality control of food purchased for consumption by the OM of the 12th Military Region supplied by the 12th B Sup, in particular, from the Brazilian Army's Laboratory of Food Inspection and Bromatology.Item Desenvolvimento de mensurador de granulometria em fábricas de rações para suínos(Universidade Brasil, 2021) Evangelista, Mariane Zabotto; Zeferino, Cynthia PieriThe objective was to develop an unprecedented particle size measurer for swine feed factory. This is because there are difficulties to get an ideal granulometry in the feed production, due absence practical technologies available inside market. The prototype was made of hardware parts (stand to collect ground grains sample, digital microscope, lighting ring, white leds, pneumatic cylinder, air compressor, microscope tube, potentiometer, solenoid valve, sphincter set and set of fasteners) and software parts (programation development with environment PyCharm Community®, version 2020.3, and the libraries Scipy®, Matplotlib®, Datetime®, Numpy®, Time®, Imutils® e Open CV®). The average geometric diameter was calculated for 02 treatments: T1 (sendding samples of 160 g ground grains to laboratory) and T2 (removal of 500 g ground grains to calculate with the prototype). LPV, IRR and simple and discounted payback was canculated for economic viability. In T1, the mean AGD found was 828,56 μm and marjority number of grains was at 500 μm gap. In T2, the mean average geometric diameter found was between 831,8 ± 124,6 μm e 1258,1 ± 445,1 μm, being these variations no significance (p≥0,05). These results suggests that measurer develop provides AGD values identification with more detailment, because it made individual read for each grain, don’t considering weight critery, what is approached in T1. LPV and IRR were positive (R$ 8.570.902,71 and 387,34%, respectively) and the simple and discount payback’s were less than 1 month. Thus, as the product doesn’t give a simple AGD average, like what is made in laboratorial methodology by density, the measurer has more details to calculation method. Moreover, the economic viability was positive, being low cost and with easy buy by farmers, commercial feed factory or machines industry.Item Desenvolvimento de mensurador de granulometria em fábricas de rações para suínos(Universidade Brasil, 2021) Evangelista, Mariane Zabotto; Zeferino, Cynthia PieriThe objective was to develop an unprecedented particle size measurer for swine feed factory. This is because there are difficulties to get an ideal granulometry in the feed production, due absence practical technologies available inside market. The prototype was made of hardware parts (stand to collect ground grains sample, digital microscope, lighting ring, white leds, pneumatic cylinder, air compressor, microscope tube, potentiometer, solenoid valve, sphincter set and set of fasteners) and software parts (programation development with environment PyCharm Community®, version 2020.3, and the libraries Scipy®, Matplotlib®, Datetime®, Numpy®, Time®, Imutils® e Open CV®). The average geometric diameter was calculated for 02 treatments: T1 (sendding samples of 160 g ground grains to laboratory) and T2 (removal of 500 g ground grains to calculate with the prototype). LPV, IRR and simple and discounted payback was canculated for economic viability. In T1, the mean AGD found was 828,56 μm and marjority number of grains was at 500 μm gap. In T2, the mean average geometric diameter found was between 831,8 ± 124,6 μm e 1258,1 ± 445,1 μm, being these variations no significance (p≥0,05). These results suggests that measurer develop provides AGD values identification with more detailment, because it made individual read for each grain, don’t considering weight critery, what is approached in T1. LPV and IRR were positive (R$ 8.570.902,71 and 387,34%, respectively) and the simple and discount payback’s were less than 1 month. Thus, as the product doesn’t give a simple AGD average, like what is made in laboratorial methodology by density, the measurer has more details to calculation method. Moreover, the economic viability was positive, being low cost and with easy buy by farmers, commercial feed factory or machines industry.Item Desenvolvimento de plataforma colaborativa on-line com função bilíngue (inglês vs. português) de terminologias técnicas na área de produção animal(Universidade Brasil, 2018) Ferrari, Maria Helena; Pereira, Luiz Arthur Malta; Zeferino, Cynthia Pieri