Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Drip irrigation device for planting plants in water-deficient area
The invention discloses a drip irrigation device for planting plants in a water-deficient area, the drip irrigation device structurally comprises a water inlet hopper, a lower guide sheet, a water inlet hole, a shielding strip and a water collecting tank, the lower guide sheet is welded on the inner wall of the water inlet hopper, and when water resources in the water-deficient area are deficient and in rainy days, the lower guide sheet is welded on the inner wall of the water inlet hopper through the water inlet hopper and the lower guide sheet mounted on the inner side; rainwater can be guided to flow towards the lower end of the water inlet hopper to enter the water inlet hole, seven shielding strips are arranged on the water inlet hole, it is avoided that impurities such as large impurities, dry branches and fallen leaves doped in the rainwater enter the water collection tank from the water inlet hole to cause blockage, and the rainwater collection and utilization effect is improved; when a water source enters the drip irrigation pipe to flow, the water pressure can be improved through the four elastic pieces, so that the drip irrigation holes extrude water for drip irrigation, the drip irrigation area is increased, and the situation that the interiors of the drip irrigation holes are blocked by sandy soil, and consequently, the drip irrigation holes are difficult to evenly drip and water out for comprehensive drip irrigation watering of plants in a planting area is avoided.
本发明公开了一种用于缺水地区植物种植滴灌装置，其结构包括进水斗、下导片、进水孔、遮挡条、集水箱，进水斗内壁焊接有下导片，在缺水地区水资源较为匮乏时，遇到雨天时，通过进水斗以及内侧安装的下导片，能够将雨水往进水斗的下端进行导向流动进入到进水孔内部，并且进水孔上设置了七个遮挡条，避免雨水中掺杂有较大的杂质枯枝落叶之类的杂质从进水孔进入到集水箱内部发生堵塞，提高雨水收集利用的效果；水源进入到滴灌管内部流动时，通过四个弹性片能够提高水压，使得滴灌孔将水进行挤出滴灌，提高滴灌的面积并且避免滴灌孔内部被沙土堵塞，导致滴灌孔难以均匀的滴灌出水对种植区的植物进行全面的滴灌浇水。
Drip irrigation device for planting plants in water-deficient area
The invention discloses a drip irrigation device for planting plants in a water-deficient area, the drip irrigation device structurally comprises a water inlet hopper, a lower guide sheet, a water inlet hole, a shielding strip and a water collecting tank, the lower guide sheet is welded on the inner wall of the water inlet hopper, and when water resources in the water-deficient area are deficient and in rainy days, the lower guide sheet is welded on the inner wall of the water inlet hopper through the water inlet hopper and the lower guide sheet mounted on the inner side; rainwater can be guided to flow towards the lower end of the water inlet hopper to enter the water inlet hole, seven shielding strips are arranged on the water inlet hole, it is avoided that impurities such as large impurities, dry branches and fallen leaves doped in the rainwater enter the water collection tank from the water inlet hole to cause blockage, and the rainwater collection and utilization effect is improved; when a water source enters the drip irrigation pipe to flow, the water pressure can be improved through the four elastic pieces, so that the drip irrigation holes extrude water for drip irrigation, the drip irrigation area is increased, and the situation that the interiors of the drip irrigation holes are blocked by sandy soil, and consequently, the drip irrigation holes are difficult to evenly drip and water out for comprehensive drip irrigation watering of plants in a planting area is avoided.
本发明公开了一种用于缺水地区植物种植滴灌装置，其结构包括进水斗、下导片、进水孔、遮挡条、集水箱，进水斗内壁焊接有下导片，在缺水地区水资源较为匮乏时，遇到雨天时，通过进水斗以及内侧安装的下导片，能够将雨水往进水斗的下端进行导向流动进入到进水孔内部，并且进水孔上设置了七个遮挡条，避免雨水中掺杂有较大的杂质枯枝落叶之类的杂质从进水孔进入到集水箱内部发生堵塞，提高雨水收集利用的效果；水源进入到滴灌管内部流动时，通过四个弹性片能够提高水压，使得滴灌孔将水进行挤出滴灌，提高滴灌的面积并且避免滴灌孔内部被沙土堵塞，导致滴灌孔难以均匀的滴灌出水对种植区的植物进行全面的滴灌浇水。
Drip irrigation device for planting plants in water-deficient area
一种用于缺水地区植物种植滴灌装置
MA WEIJIE (Autor:in) / MA XIAOMOU (Autor:in) / LIN QINGXIA (Autor:in) / GU GUOBIN (Autor:in) / YU YINGQIAN (Autor:in) / TAN BENHUI (Autor:in) / YAO DAN (Autor:in)
22.09.2023
Patent
Elektronische Ressource
Chinesisch
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