基于GSM的多工场养殖及双向泵控制

Pratiksha Potghan, S. Suryawanshi, Payal Katke, Dr. N. N. Ghuge
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引用次数: 0

摘要

Polyhouse是培育植物的地方。多屋通常用于开发花朵,蔬菜,从地面植物生长的食物。影响植物生长的基本因素有日照、土壤含水量、水的PH值等。这些物理元素是在Polyhouse内部进行物理控制的,因此出现了自动化配置的需求。因此,控制所有影响植物发育的因素同样是一项棘手的任务,因为它是昂贵的,而且一些物理变量之间是相关的。该系统还允许传输过程参数,包括通过电子邮件客户端-服务器发送紧急报警信号,或者使用GSM模块在移动电话上发送SMS。这种双向泵用于进出口水。水虹吸有着悠久的历史;人们发明了大量的技术来虹吸水。人们已经利用了各种各样的强度来源,具体来说是人类活力,生物能量,水力,风能,太阳能,以及小型发电机的柴油等动力。水泵最常用的是在偏远社区使用的。太阳能潜水泵、手摇泵、直驱柴油驱动井用泵、带柴油发电机的电动潜水泵。
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GSM Based Polyhouse Farming and Controlling using Bidirectional Pump
A Polyhouse is where plants are developed. Polyhouses are regularly utilized for developing blossoms, vegetables, foods grown from the ground plant. Basic factors affecting plant growth are sunlight, the water content in the soil, the PH level of water, etc. These physical elements are to control physically inside a Polyhouse and a requirement for robotized configuration emerges. Consequently controlling all the elements that influence plant development is likewise a troublesome undertaking as it is costly and some physical variables are between related. The system also allows transmission of process parameters, including emergency alarm signals via e-mail client-server or alternatively sending an SMS on a mobile phone using GSM Module. This bidirectional pump used for inlet and outlet water. Water siphoning has a long history; such a large number of techniques have been created to siphon water. Individuals have utilized an assortment of intensity sources, to be specific human vitality, creature power, hydropower, wind, sun based, and powers such diesel for little generators. The most common pump is used in remote communities are. Solar submersible pumps, Hand pumps Direct drive diesel driven borehole pumps, Electric submersible pumps with a diesel generator.
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