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Energy-saving water storage type urban landscaping subsurface irrigation system and irrigation method
The invention discloses an energy-saving water storage type urban landscaping subsurface irrigation system which comprises a sponge irrigation device, the sponge irrigation device is sequentially connected with a water suction pump and a surface water collecting device, a supporting rod is arranged on a pipeline between the water suction pump and the sponge irrigation device, and a solar control device is arranged at the top of the supporting rod. The soil temperature and humidity detection device is arranged above the sponge irrigation device, the soil temperature and humidity detection device and the water suction pump are both connected with the solar control device, the device conveys collected surface water to the sponge irrigation device through the surface water collection device, and the problem that the utilization rate of surface rainwater is low is solved; the invention further discloses an irrigation method of the device, specifically, the sponge irrigation device is arranged below the earth surface of a to-be-irrigated area, the soil temperature and humidity are detected through the soil temperature and humidity detection device, the water suction pump is controlled to work according to the detection result, and then the surface water collection device is controlled to convey water to the sponge irrigation device. The method does not destroy soil around plants and is beneficial to plant growth.
本发明公开了节能蓄水型城市绿化地下灌溉系统,包括海绵灌溉装置,海绵灌溉装置依次连接有抽水泵和地表水收集装置,抽水泵和海绵灌溉装置之间的管道上设置有支撑杆,支撑杆顶部设置有太阳能控制装置,海绵灌溉装置上方设置土壤温湿度检测装置,土壤温湿度检测装置和抽水泵均与太阳能控制装置连接,该装置通过地表水收集装置将收集的地表水输送至海绵灌溉装置,解决了地表雨水利用率低的问题;本发明还公开了该装置灌溉方法,具体为在待灌溉区域的地表下方设置海绵灌溉装置,并通过土壤温湿度检测装置检测土壤温湿度,根据检测结果控制抽水泵工作,进而控制地表水收集装置向海绵灌溉装置输水,该方法不会破坏植物周围土壤,有利于植物生长。
Energy-saving water storage type urban landscaping subsurface irrigation system and irrigation method
The invention discloses an energy-saving water storage type urban landscaping subsurface irrigation system which comprises a sponge irrigation device, the sponge irrigation device is sequentially connected with a water suction pump and a surface water collecting device, a supporting rod is arranged on a pipeline between the water suction pump and the sponge irrigation device, and a solar control device is arranged at the top of the supporting rod. The soil temperature and humidity detection device is arranged above the sponge irrigation device, the soil temperature and humidity detection device and the water suction pump are both connected with the solar control device, the device conveys collected surface water to the sponge irrigation device through the surface water collection device, and the problem that the utilization rate of surface rainwater is low is solved; the invention further discloses an irrigation method of the device, specifically, the sponge irrigation device is arranged below the earth surface of a to-be-irrigated area, the soil temperature and humidity are detected through the soil temperature and humidity detection device, the water suction pump is controlled to work according to the detection result, and then the surface water collection device is controlled to convey water to the sponge irrigation device. The method does not destroy soil around plants and is beneficial to plant growth.
本发明公开了节能蓄水型城市绿化地下灌溉系统,包括海绵灌溉装置,海绵灌溉装置依次连接有抽水泵和地表水收集装置,抽水泵和海绵灌溉装置之间的管道上设置有支撑杆,支撑杆顶部设置有太阳能控制装置,海绵灌溉装置上方设置土壤温湿度检测装置,土壤温湿度检测装置和抽水泵均与太阳能控制装置连接,该装置通过地表水收集装置将收集的地表水输送至海绵灌溉装置,解决了地表雨水利用率低的问题;本发明还公开了该装置灌溉方法,具体为在待灌溉区域的地表下方设置海绵灌溉装置,并通过土壤温湿度检测装置检测土壤温湿度,根据检测结果控制抽水泵工作,进而控制地表水收集装置向海绵灌溉装置输水,该方法不会破坏植物周围土壤,有利于植物生长。
Energy-saving water storage type urban landscaping subsurface irrigation system and irrigation method
节能蓄水型城市绿化地下灌溉系统及灌溉方法
WANG SONG (author) / LYU YAOCHENG (author) / HE XIAODONG (author) / LIU YANLING (author) / ZHANG GUIXI (author)
2024-04-19
Patent
Electronic Resource
Chinese
Circulating water-saving irrigation equipment for landscaping
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