首页> 外国专利> METHOD AND DEVICE economically optimal dosing of liquid or semi-liquid water solutions of medicinal preparations of animals and birds

METHOD AND DEVICE economically optimal dosing of liquid or semi-liquid water solutions of medicinal preparations of animals and birds

机译:方法和装置经济地优化动物和鸟类药物制剂的液体或半液体水溶液的剂量

摘要

1. A process for economically optimal dosing of liquid or semiliquid aqueous drugs to animals and birds, comprising a measurement signal dose liquid or semiliquid aqueous Medicine signal assignment dose liquid or semiliquid aqueous medicaments, comparison of measured and predetermined signals, the formation of the signal value of energy consumption, the formation of the signal value of the loss of poultry egg products, and calculating the total formation with drove the cost of the energy cost and the cost of loss of egg poultry products, the formation signal economically optimum modes of the process of dosing solution drugs by the smallest value of the sum signal formed by the value of the energy cost and the cost of loss of egg poultry products, characterized by that a signal dose of a liquid or semiliquid aqueous medicinal solution preparations are periodically scanned signal change range generated by the dose of liquid and and semiliquid aqueous medications from minimum to the maximum of its setpoint signal is formed according to the cost of energy consumption from the formed dose signal forming signal depending the value of losses of livestock and poultry products from the formed dose signal forming signal depending cost dose of a liquid or semiliquid aqueous solution drugs from dose generated signal set signal depreciation
机译:1.一种经济上最优地向动物和禽类给药液态或半液态水性药物的方法,包括:测量信号剂量的液态或半液态水性药物信号分配剂量的液态或半液态水性药物,比较所测信号和预定信号,形成信号能量消耗的价值,禽蛋产品损失的信号值的形成值,以及计算总形成量,带动了能源成本和蛋禽产品损失的成本,形成信号的经济最优方式通过能量成本和蛋禽产品损失成本的总和信号中的最小值得到溶液药物的过程,其特征在于,对液体或半液体药物水溶液制剂的信号剂量进行定期扫描液体和半液体水性药物的剂量产生的范围从最小变化到最大它的设定值信号的总和是根据形成的剂量信号形成信号的能量消耗成本而形成的,该剂量信号形成信号取决于畜禽产品的损失值,而形成的剂量信号形成信号取决于液体或半液体水溶液药物的成本剂量。剂量产生信号设置信号折旧

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号