Close-distance large-scale water transfer device that uses less electricity
A short-range, electric technology, applied in the field of water supply device and water transfer device, to achieve the effect of ensuring food supply and expanding the area of arable land
Active Publication Date: 2016-03-23
田永生
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At present, there is no report of a water transfer device that consumes less electricity
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[0013] a set such as Figure 1-6 The short-distance large-scale water diversion device is composed of a water delivery pipe 1, ladder power collar 2 and propellers 5 and 6. There is a partition 7 in the water delivery pipe 1, which divides the water delivery pipe 1 into upper and lower layers. The upper and lower floors all have ladder grid power collar 2 pulley shuttle slots 9; the two ends of the water pipe 1 are equipped with large propellers 5, and there are also some small propellers 6 in the water pipe 1, and the large and small propellers 5 and 6 jointly drive the power The collar 2 rotates on the upper and lower layers respectively; the collar link 3 of the power collar 2 is equipped with a water delivery blade 14 for promoting water transportation. The water delivery pipe 1 has a diameter of 2 m and a length of 1000 km. The water delivery pipe has a curvature of 135° at the highest point; the thickness of the power collar 2 is 20 mm; the thickness of the partition 7 i...
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The invention discloses a near-distance large-size water transferring device with less electric power consumption, which is the same as a far-distance large-size water transferring device, and consists of a water conveying pipeline, lattice power lantern rings and propellers. One partition board is arranged inside the water conveying pipeline; the water transmission pipe is divided into an upper layer and a lower layer; the upper layer and the lower layer are provided with pulley shuttle grooves of the lattice power lantern rings; the propellers are mounted at both ends of the pipeline, so as to drive the lattice power lantern rings to respectively slide and rotate inside the pulley shuttle grooves in the upper layer and the lower layer; water conveying blades for propelling water forwards are mounted on lantern ring sections of the lattice power lantern rings; and the near-distance large-size water transferring device is different from the far-distance large-size water transferring device in that the water conveying pipeline reaches the curvature degree of 125-140 degrees to a high point. With the adoption of the near-distance large-size water transferring device provided by the invention, the near-distance large-size water transfer with less electric power consumption can be realized. Even if the power is off, the water transferring can be realized through siphon inertia. Water in the Yellow River is conveyed to the North China Plain, so that the near-distance large-size water transferring device is particularly applicable to water transferring of a mountainous area. Therefore, the problem of the water utilization of a farmland in a drought period can be solved, so that the agricultural acreage in China can be expanded, and the yield of crops is improved.
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 test device for large-diameter water pipelines", No. 02110243.0 "Two sets of self-pressure water transfer schemes for the Yangtze River 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-transfer liquid to generate electricity", No. 201010136563.5 "Long-distance large-scale water transfer device", etc. So far, the possibi...
Claims
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IPC IPC(8): E02B1/00E02B5/00
Inventor 田永生
Owner 田永生