公开(公告)号：EP1008293A1

公开(公告)日：2000-06-14

申请号：EP98921503.3

申请日：1998-06-01

申请人： Conca Moreno, Joaquin ,  Rosenfeld, Bernardo, Raul

发明人： ROSENFELD, Bernardo, Raul

IPC分类号： A01G25/16 ,  E03B11/06 ,  G05B15/02

CPC分类号： A01G25/16 ,  Y02P60/122 ,  Y10T137/189 ,  Y10T137/2842

摘要： A Self-sustained Ecological Irrigation System protected against obturations and capable to irrigate at low cost, conservatively and uniformly a diversity of cultivated areas. The System executes automatically a succesive series of fertirrigation cycles, requiring minimum operating energy and input flow rate of water. The Invention allows implementations with a variety of configurations, comprising generally a plurality of local subsystems (1) being controlled locally or from a remote station (6); each subsystem comprising: a container (2) capable to accumulate the volume of liquid to be discharged per cycle; a watering actuator assembly (3) capable to regulate the watering volume and to discharge it when receiving a low energy triggering signal; a low consumption electronic control unit (4) capable to determine the frequency and appropriate time to send said triggering signal; and a low hydraulic losses distribution network (5), capable of uniformly transport the water to the localizations in need.

摘要翻译： 一个自给自足的生态灌溉系统，保护了灌溉，能够低成本，保守，统一地灌溉多种耕地。 系统自动执行一系列连续的灌溉循环，需要最小的操作能量和水的输入流量。 本发明允许具有各种配置的实现，包括通常在本地或远程站（6）处控制的多个本地子系统（1）; 每个子系统包括：容器（2），其能够累积每循环排出的液体体积; 一个浇水致动器组件（3），其能够调节浇水量并在接收到低能量触发信号时将其排出; 能够确定发送所述触发信号的频率和适当时间的低功耗电子控制单元（4）; 和低水位损失分配网络（5），能够将水均匀地输送到需要的地方。