Андреева Надежда Владимировна (RU),Андреев Владимир Константинович (RU)
申请号：
RU2015127883/13
公开号：
RU0000157255U1
申请日:
2015.07.10
申请国别(地区):
RU
年份:
2015
代理人:
摘要：
Device for joint cultivation of aquatic plants and relates to the field of agriculture. Achieved as standalone biological blocks - for growing aquatic organisms, microorganisms and at least one unit for growing hydroponic plant, wherein the unit for the cultivation of aquatic organisms comprising one tank, the bottom of which is in the form of an inverted truncated pyramid, microorganisms unit is formed as a bioreactor connected through the pipe to the tank bottom base. To the viability of cultivated biological elements are combined into a single device configured for cyclical transmission aquatic habitats from one object to another biological determined rate of metabolic processes taking place in the blocks. In addition, biological blocks for the cultivation of aquatic organisms and microorganisms are equipped with a common control device, and at least one unit for hydroponic cultivation of plants - isolated. This device allows you to simplify the process of production of biological objects (aquatic organisms and plants). 4 ZP f ly-1-yl.水生植物联合栽培装置,涉及农业领域。作为独立的生物块获得-用于生长水生生物、微生物和至少一个用于生长水培植物的单元,其中用于培养水生生物的单元包括一个水箱,其底部为倒截锥形微器官的形式。ISS单元是作为一个生物反应器通过管道连接到罐底底部而形成的。为了培养生物元素的生存能力,将培养生物元素组合成单个装置,配置成用于周期性地将水生生境从一个物体传递到另一个物体,生物测定了块中发生的代谢过程的速率。此外,用于培养水生生物和微生物的生物块配备有共同的控制装置,以及至少一个用于植物水培的单元-隔离。这种装置可以简化生物对象(水生生物和植物)的生产过程。4 ZPF LY-1-YL。
