Modified General Tso water mill

Abstract

The invention discloses a rain collection type modified General Tso water mill. By means of the modified General Tso water mill, through a combined device, automatic grinding is achieved by means of gathered rainwater, wind energy and solar energy, redundant water obtained after drive is guided underground so as to form the sponge ground, and the aim of developing and reutilizing rainwater is achieved. According to the technical scheme, rainwater on a roof is guided into a rain collection pond, the rain collection pond communicates into a rain collection water box, a base, an impeller, a rotating rod, a stone mill and the like which are used for supporting running of the water mill are sequentially arranged below the rain collection water box; rainwater in the rain collection water box directly impacts on the wooden impeller through a water guide pipe with a water flow adjusting valve, the rotating rod is driven to rotate, the stone mill is pushed to achieve grinding, rainwater impacting on the impeller continues to drive a downstream watercart, the water watercart rotates to a water return trough to drain water, rainwater is supplied back to the water collection box to be cyclically utilized, redundant rainwater is collected in a water accumulation pond, and the rainwater infiltrates through a seepage bent pipe to form the sponge ground. Other reserved power transmission rodscan push the water mill through other kinetic energy. An impeller and solar and kinetic energy device is erected above a base of a traditional General Tso water mill, and kinetic energy collected by impeller blades and solar energy collected by a solar photovoltaic plate can serve as power of the water mill through a power conversion device.

Description

technical field [0001] The patent of the present invention relates to a rain-collecting improved Zuogong water mill. Through the combined device, it realizes automatic grinding with the help of accumulated rainwater, wind energy and solar energy, and introduces the remaining water after driving into the ground to form a sponge. To achieve the purpose of developing and reusing rainwater. Background technique [0002] At present, there are many restrictions on grain grinding in rural areas, especially in remote mountainous areas. Small noodle mills have problems of insufficient power and low production capacity, and they still need to rely on manual sieving; large noodle mills are expensive and only controlled by grain harvesting enterprises If you have a hand or need to go to the market at a fixed time to grind noodles, the large noodle grinder uses 380 volts of power, which costs more and can only grind wheat. Other corn, buckwheat, oats, etc. can only be grinded in the grin...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many restrictions on grain grinding in rural areas, especially in remote mountainous areas. Small noodle mills have problems of insufficient power and low production capacity, and they still need to rely on manual sieving; large noodle mills are expensive and only controlled by grain harvesting enterprises If you have a hand or need to go to the market at a fixed time to grind noodles, the large noodle grinder uses 380 volts of power, which costs more and can only grind wheat. Other corn, buckwheat, oats, etc. can only be grinded in the grinder. grinding

Peppers with a small output are usually manually ground in a grinding tank, which brings some inconvenience to production and life.

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