USE OF DIGITALIZATION MEANS IN THE FORMATION OF THE MICROCLIMATE OF ANIMAL PREMISES

O. Trukhanska
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Abstract

The study of information systems and technologies, specialized software products aimed at solving the problems of animal husbandry management and determining the prospects for their use by specialists is relevant. The main factor determining the life of animals is the environment. One of the ways to intensify livestock (pigs, cattle, poultry, etc.) is a comprehensive automation of labor-intensive technological processes, including the formation of the microclimate of livestock facilities, which would have a positive impact on animal health, productivity and product quality. However, animals are also affected by certain methods and methods of feeding, man-made content, zonal climate, heat-shielding properties of enclosing structures, air exchange rate, ventilation efficiency, sewage condition, manure removal and removal methods, lighting. The impact of microclimate on animals consists of a set of environmental factors: temperature, humidity, air velocity, chemical composition, microbial and dust pollution, lighting, etc. The main parameter of the air environment is temperature. This has the greatest impact on animal health and productivity. The hygienic value of temperature is that it affects the thermoregulation of the body, which is divided into the processes of chemical thermoregulation - the reaction of heat generation and the processes of physical thermoregulation - the regulation of heat transfer. The study of the technology of improving the efficiency of microclimate regulation in livestock premises based on the use of an automated control system is promising. Thus, changing the composition and properties of the environment, you can affect the body of animals, achieving high productivity.
数字化手段在畜舍小气候形成中的应用
研究信息系统和技术,专门的软件产品,旨在解决畜牧业管理问题,并确定专家使用它们的前景是相关的。决定动物寿命的主要因素是环境。家畜(猪、牛、禽等)集约化的方法之一是劳动密集型技术过程的全面自动化,包括家畜设施小气候的形成,这将对动物健康、生产力和产品质量产生积极影响。然而,动物也受到某些喂养方法和方法、人工含量、地带性气候、围护结构的隔热性能、空气交换率、通风效率、污水状况、粪便清除和清除方法、照明等因素的影响。小气候对动物的影响包括一系列环境因素:温度、湿度、风速、化学成分、微生物和粉尘污染、光照等。空气环境的主要参数是温度。这对动物健康和生产力的影响最大。温度的卫生价值在于它影响人体的体温调节,体温调节分为化学体温调节过程——产热的反应和物理体温调节过程——传热的调节。基于自动化控制系统的提高畜舍小气候调节效率的技术研究是有前景的。因此,改变环境的组成和性质,可以影响动物的身体,实现高生产力。
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