Air-liquid double-vortex kinetic-energy pulping device capable of collecting rainwater and wind energy

Abstract

The invention provides an air-liquid double-vortex kinetic-energy pulping device capable of collecting rainwater and wind energy. The air-liquid double-vortex kinetic-energy pulping device mainly comprises a rainwater collecting unit, a wind-energy converting unit, a filtering-hole mechanical-cleaning unit, a filtering-hole air-cleaning unit, an automatic filtered-water-volume regulating and recycling reverse-overflowing unit and an air-liquid double-vortex generating unit. The air-liquid double-vortex kinetic-energy pulping device is characterized in that rainwater is collected through a winding drum; wind power drives a mechanical rotor to clean a filtering hole; air-liquid double vortexes are formed under effect of high-pressure air and water pumps; and mixed pulp of air, water and paper is generated. According to the invention, the wind energy is converted into mechanical energy through blades; a triangle rotor close to the filtering hole is driven to rotate through transmission ofa gear, so continuous cleaning of the upper part of the filtering hole is realized; air is pumped into the bottom part of the filtering hole, so continuous cleaning of the lower part and the interiorof the filtering hole is realized through utilization of rising force of air; under the drainage action of a drainage plate, an air flow is located below a liquid flow, so retarding of air rising isrealized; and the conducting capacity of a reverse-overflowing micropore is controlled through rising and falling of a floater, so the function of automatic regulation of the filtered water volume isrealized.

Description

technical field [0001] The invention relates to a gas-liquid double-vortex kinetic energy pulping equipment for collecting rainwater and wind energy, in particular to a device that converts wind energy into mechanical energy through blades; drives the triangular rotor to rotate through gear transmission, and the triangular rotor is close to the filter hole to realize the filter hole Continuous cleaning of the upper part; by passing air into the bottom of the filter hole, with the help of air lift, the continuous cleaning of the lower part and the inside of the filter hole is realized; through the action of high-pressure air and water flow under the action of the drainage plate, a gas-liquid double vortex is formed, and the air flow is downward, The liquid flow is on the top, slowing down the rising speed of the gas; through the lifting and lowering of the hydraulic float, the conduction effect of the reverse overflow small hole realizes the function of automatically adjusting t...

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Problems solved by technology

[0004] Aiming at the problems existing in the existing pulping equipment, such as fixed rotation of the rotor, uneven pulping, non-rotational pulping, low efficiency of mechanical pulping, large energy consumption, etc., the present invention provides a method that can effectively solve the above problems. Gas-liquid twin-scroll kinetic energy pulping equipment for collecting rainwater and wind energy

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