River channel cascade pumping station infiltrating irrigation system
A technology for pumping stations and river courses, which is applied in the field of infiltration irrigation systems with automatic adjustment of water demand, can solve the problems of reducing evaporation, achieve the effect of reducing evaporation, preventing the increase of evaporation, and uniform infiltration irrigation
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Embodiment 1
[0025] Example 1: Northwest my country and other regions have achieved effective use of land resources through the vigorous development of water-lifting irrigation projects. The water source extraction of the Yellow River and its tributaries has the characteristics of a large span, and the altitude difference in some areas is relatively large. The main reason for water-lifting The way is to extract water from the Yellow River through cascade pumping stations. Adopt a river channel cascade pumping station seepage irrigation system, such as figure 1 As shown, starting from the water lifting point of the river, there are multiple stages of water storage and pumping stations in sequence along the altitude or span, and each water storage and pumping station includes a water storage room and a water pump. Due to the wide range of river beaches at the water lifting point and the high cost of external transmission lines, it is suitable to use solar or wind energy for power generation a...
Embodiment 2
[0030] Embodiment 2: On the basis of Embodiment 1, a plurality of interlayers 85 are further distributed at intervals in the composite water delivery channel, such as Figure 4 As shown, liners 86 are vertically fixed on the outer edges of a plurality of spacers 85, and each spacer 85 and liners 86 are matched and set on the inner wall of the composite water delivery channel. The outer edge of each spacer 85 contains a corresponding liner 86 , or the outer edges of multiple spacers 85 are connected to the same liner 86 to form a whole. Each interlayer 85 is matched and clamped in the composite water delivery channel. Figure 4 Each partition 85 in the composite water delivery channel is divided into a plurality of independent areas, and at least one floating valve is wrapped in each independent area. After the composite water delivery channel is divided into multiple independent areas by the interlayer, the accumulated water in adjacent areas will basically not flow with each...
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