Self-operated water tranmission floater

Abstract

The invention discloses a self-operated water transmission floater. A transmission shaft (2) is arranged between two floaters; a propeller (3) is arranged on the transmission shaft (2); a water turbine (4) is arranged on each platform (1); the two ends of the transmission shaft (2) are connected with the water turbines (4) on the two floaters (1) to drive an impeller to rotate at variable speed; the water turbines (4) on the two floaters (1) are connected in series through pipelines, wherein one water turbine (4) is connected with a water inlet pipe (5), and the other water turbine (4) is connected with a water outlet pipe (6); and the water inlet pipe (5) stretches below the floater (1). The self-operated water delivery platform disclosed by the invention has a simple structure and unique design and is convenient to install, effectively and reasonably converts the kinetic energy of water flow into potential energy, and can transmit water to shore water equipment or other water equipment without any external force or energy.

Description

Technical field [0001] The invention relates to a water delivery device, in particular to a self-powered water delivery floating platform using water flow. Background technique [0002] The key factors in the use of the river water source heat pump system depend on the water intake method, which is directly related to the initial investment cost and later operating cost. The first is the initial investment cost: if you build a water intake structure along the Yangtze River, you must avoid the main channel and meet the flood discharge requirements. At the same time, multiple departments must go through the approval procedures. There are also greater risks in the construction process. Factors such as the fixing of the water intake head, the construction of the cofferdam of the water intake well, the construction site of the water intake well, and the construction period of the water intake structure directly affect the project investment cost. The second is the operating cost: due...

AI Technical Summary

Problems solved by technology

There are also relatively large risks in the construction process. Factors such as the fixation of the water intake head, the construction of the cofferdam of the water intake well, the construction site of the water intake well, and the construction period of the water intake structure directly affect the project investment cost.

The second is the operating cost: due to the large change in the river water level in winter and summer, the maximum drop exceeds 30 meters, and the lifting head of the water pump is high, the pump consumption will directly affect the energy saving rate of the system

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