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DEVICE interrelated economic optimum process control FEEDING AND CLIMATE IN GROWING animals and birds UNDER gas pollution and dust

机译:与设备相关的经济最佳过程控制在气体污染和粉尘下饲养动物和禽类的进食和气候

摘要

Apparatus interconnected economically optimum process control feeding and microclimate when growing animals and poultry in terms of gas concentration and dust, comprising: a sensor sensed temperature Vesoizmeritel daily dose feed Vesoizmeritel daily productivity of broilers, whose outputs are connected to respective inputs of the calculator, a first outlet which via dial economically optimal values ​​sensed temperature and after heating controller connected to the heater input, the second output calculator via dial economically optimum value daily dose food and through the regulator daily dose feed is connected to drive the load conveyor sensed temperature sensor output is further connected to a second input of the heating regulator output Vesoizmeritel daily dose feed is further connected to a second input of the regulator daily dose feed outputs further introduced ammonia concentration sensor (NH) sensor and the carbon dioxide concentration (CO) connected to respective inputs calculate A ventilation regulator output connected to the input of the fan unit, characterized in that the device is introduced hydrogen sulfide concentration sensor (HS), dust sensor setting devices block the maximum permissible concentration of harmful gas contamination and dust, the hydrogen sulfide concentration sensor outputs (HS) and the sensor dustiness connected to respective complementary inputs and calculating the respective control inputs of the ventilation controller, an ammonia concentration sensor outputs (NH) and concentration sensor uglekis
机译:在气体和粉尘方面,在动物和家禽生长时,该设备将经济上最佳的过程控制相互联系起来,包括饲料和小气候,包括:传感器感测到的温度Vesoizmeritel日剂量饲料Vesoizmeritel日龄肉鸡的生产率,其输出分别连接到计算器的相应输入,第一出口通过拨盘的经济最佳值感测温度,并且在加热控制器连接到加热器输入后,第二输出计算器通过拨盘的经济最佳值的日剂量食品并通过调节器的日剂量进料连接以驱动负载输送机感测温度传感器输出进一步连接至加热调节器输出的第二输入威索美瑞日剂量进料进一步连接至调节器每日剂量进料的输出进一步引入氨气浓度传感器(NH)传感器和连接的二氧化碳浓度(CO)到各自的输入计算te通风调节器输出端连接到风扇单元的输入端,其特征在于该设备装有硫化氢浓度传感器(HS),粉尘传感器设置设备可阻止有害气体污染和粉尘的最大允许浓度,硫化氢浓度传感器输出(HS)和传感器粉尘连接到各自的互补输入并计算通风控制器的各自控制输入,氨气浓度传感器输出(NH)和浓度传感器uglekis

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