Hydraulic action device

Abstract

The invention relates to a hydraulic action device for developing the waterpower resources. The device is characterized in that the device comprises a waterpower position control mechanism, a rotor and blades, wherein the waterpower position control mechanism contains a stator, the stator is provided with a water-surge port and a blade slideway; the slideway of the slideway changes the radial position of blades around the rotor, stream in relative motion acts on the blades, the acting forces of steam on different blades of the rotor are different so as to promote the rotation of the rotor andgenerate directional acting force, the kinetic energy of the rotor can be used to generate electricity, pump water or even use the energy of adverse current to promote the marine vehicle to move; furthermore, the directional acting force of the rotor can balance the other acting forces such as gravity of the marine vehicle. The invention has novel conception and great practical value.

Description

Technical field [0001] The invention relates to water power utilization equipment and a water power action device used on water transport ships. Background technique [0002] Water flow has impact, pressure and buoyancy, and can be used for power generation, irrigation and transportation through hydraulic equipment. [0003] The existing hydraulic equipment with fixed blades or micro-moving blades is generally used in reservoir power stations, and the utilization rate of hydraulic resources used in rivers and rivers is very low. The main reason is that the existing hydraulic equipment with fixed blades or micro-moving blades is generally Diversion channels are needed, and the water level of rivers varies throughout the year, and the area is relatively large; [0004] The hydraulic resources used to develop rivers and rivers also include hydraulic equipment with movable blades, but the utilization rate is not high, either the volume is too large, or only part of the water fl...

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Problems solved by technology

[0004] The hydraulic resources used to develop rivers and rivers also include hydraulic equipment with movable blades, but the utilization rate is not high, either the volume is too large, or only part of the water flow resources can be used, especially it is difficult to cooperate with the bridge across the river to use the bridge hole for water flow power generation;

[0005] The tools of water transport are referred to as water transport tools in this article. Water transport tools include displacement ships, planing boats, hydrofoil boats, wing boats, wave-piercing ships and small waterline area ships, rafts, amphibians, land and water vehicles. Civilian equipment and military equipment such as dual-purpose ships, motor boats, seaplanes, warships, and aircraft carriers. When these vehicles sail on the water surface, the resistance of the water increases with the increase of the speed, especially when the water flow is retrograde. The resistance is greater, and the water resistance causes a lot of waste of energy; there are many technologies to slow down the running resistance of water vehicles in the water, one is through technologies such as buoyancy rollers and underwater submersibles, but these technologies have a limited effect on slowing down, because Buoyancy rollers, underwater submersibles, etc. will still produce greater resistance when driving in water; the other is air cushion technology, which needs to drive gas to support the weight of water vehicles, and also consumes a lot of energy

There is also the use of water turbines to convert the energy of the upstream in the river into the power for the boat to travel upstream, but the volume of the water turbine is relatively large and the weight is relatively large. the draft of the ship, so it is less efficient to simply take the technology of water turbines

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