Dubrovin Aleksandr Vladimirovich (RU),Дубровин Александр Владимирович (RU),Shevtsov Viktor Vasil'evich (RU),Шевцов Виктор Васильевич (RU),Shevtsov Vasilij Viktorovich (RU),Шевцов Василий Викторович (R,DUBROVIN ALEKSANDR VLADIMIROVICH,Дубровин Александр Владимирович,SHEVTSOV VIKTOR VASILEVICH,Шевцов Виктор Васильевич,SHEVTSOV VASILIJ VIKTOROVICH,Шевцов Василий Викторович
申请号：
RU2011143938/13
公开号：
RU0002490875C2
申请日:
2011.10.31
申请国别(地区):
RU
年份:
2013
代理人:
摘要：
FIELD: agriculture.SUBSTANCE: invention relates to the field of agriculture, to technology of pasturing and feeding the farm animals and poultry, and can be used in the fields of pasture and livestock industry. The signals of the distance from the pasture milking center to the area of cultivated pasture, and the route of transferring to it of the herd of animals corresponding to the location of the electrical fences are set. The signals of quantity and quality of the stand of grass in the area of cultivated pasture are measured and defined. The measured and set signals of quantity and quality are compared. The route of transferring the herd of animals from the pasture milking center to the area of cultivated pasture is selected in accordance with the comparison result. The total cost of area of cultivated pasture preparation and the corresponding route of transferring the herd of animals to it and costs of transferring the herd of animals to it. The cost of production of herd of animals is calculated depending on the type and age of the population, the quantity and quality of stand of grass in the area of cultivated pasture. The cost of the electricity consumed by electric fences is calculated depending on the route of movement of the herd of animals to the area of cultivated pasture. At that the signal of the distance from the pasture milking center to the area of cultivated pasture is generated. The generated signal of the distance in the range between the minimum and maximum specified values of the distance from the pasture milking center to, respectively, the nearest and the furthest area of cultivated pasture is periodically changed. Depending on the value of the variable generated signal of the distance and on the measured quantity and quality of stand of grass pastures at the area of cultivated pasture the cost of production of the herd of animals is calculated. Then the difference between the cost of production of herd of animals and the total value of the c
