Energy-saving type far-distance large-sized water diversion device

Abstract

The invention discloses an energy-saving type far-distance large-sized water diversion device. A whole set of an assembly is formed by a water diversion device which is used as a member, a relay station, and a water transportation pipe which is used as the other member; a plurality of sets of complete assemblies are repeatedly arranged according to distances to form the energy-saving type far-distance large-sized water diversion device; a water diversion device of a source is mounted adjacent to a water source; the water diversion device transfers water to a certain distance and enters the relay station through the water transportation pipe; the transferred water enters the next assembly under stress application pushing of the relay station and moves for one section toward a diversion destination; and the stress application pushing is repeated until the water reaches the diversion destination. According to the device disclosed by the invention, a lot of ladder cell power sleeve rings, propellers and motors thereof are reduced so that abundant energy source consumption is reduced; and the consumed energy of a small-sized propeller needed by the relay station is small so that the energy source consumption of water diversion is greatly reduced. According to the device disclosed by the invention, a lot of water can be transferred to regions needing the water so as to enlarge the cultivation areas and output of crops of China and guarantee grain supply of ever increasing urban and town population of China.

Description

technical field [0001] The present invention belongs to a water supply method and also to a water supply device, specifically to a water transfer device. Background technique [0002] In order to solve the problem of water use in arid areas, people need to transfer water from areas rich in water resources to areas lacking water resources. Therefore people are all the more concerned about water transfer scheme and device. At present, there are some patent applications related to water diversion, such as No. 01216236.1 "Continuous Hydraulic Pressure Experimental Device for Large Diameter Water Transfer Pipeline", No. 02110243.0 "Two Sets of Self-pressurized Water Transfer Schemes for Changjiang South-to-North Water Diversion (Pipeline Laying from the Seabed)" , No. 200610027249.7 "A method of transferring water and gas from low altitude to high altitude—transferring liquid to generate electricity", etc. However, the possibility of implementing these schemes is still unclear....

AI Technical Summary

Problems solved by technology

After improvement, the inventor applied for No. 201210418270.5 "Short-distance large-scale water transfer device with less power consumption". This scheme uses the siphon principle to save power consumption, but it is only suitable for short-distance water transfer and cannot realize long-distance large-scale water transfer.

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