Water bucket device for driving large rotary waterwheel

Abstract

The invention discloses a water bucket device for driving a large rotary waterwheel. The water bucket device comprises a barrel body, wherein a water inlet and water outlets are formed in the barrel body; the barrel body is a hollow cylinder; the water inlet is a long strip opening formed in the cylindrical surface of the barrel body; the water outlets are formed in positions, corresponding to two sides of the water inlet, in the two end surfaces of the barrel body; a plurality of vertical inner baffle plates and a plurality of transverse inner baffle plates are arranged on the inner wall of the barrel body; a reserved water inlet connecting tube and a reserved water outlet connecting tube are arranged in the barrel body. The water bucket device for driving the large rotary waterwheel disclosed by the invention has the beneficial effects that the water inlet and the water outlets in special positions are formed, so that water is filled in most of positions, capable of producing power torque, of the water bucket, and water is overflowed in positions capable of producing adverse torque, thereby forming the maximal drive torque. The vertical inner baffle plates and the transverse inner baffle plates have an effect of preventing injecting water from overflowing outwards. The reserved water inlet connecting tube and the reserved water outlet connecting tube are arranged in the barrel body, and are connected with the adjacent water bucket through communicating vessels, so that under a static state of the waterwheel, water in a high-level water bucket is transported to a low-water water bucket by virtue of the communicating vessels through height difference, and so on the waterwheel start function is realized.

Description

Technical field [0001] The technical field of the waterwheel of the present invention particularly relates to the bucket of the waterwheel. Background technique [0002] Waterwheel is a kind of ancient machinery. Its traditional operating power mainly relies on water drop to drive waterwheel blades to rotate or rely on water bucket to hold water to form eccentric gravity torque to drive waterwheel to rotate. The buckets of the traditional waterwheel are independent of each other, and the amount of water in the bucket remains the same. Its disadvantage is that it cannot provide enough driving torque, and it is not suitable for large or huge waterwheels. Summary of the invention [0003] The purpose of the invention is to design a bucket suitable for large or giant waterwheels. [0004] The technical scheme of the present invention is: a water bucket device for driving a large rotating waterwheel, comprising a cylinder body with a water inlet and a water outlet, and is characterized ...

AI Technical Summary

Problems solved by technology

The water buckets of the traditional waterwheel are independent of each other, and the water volume in the water bucket remains unchanged. The disadvantage is that it cannot provide enough driving torque and is not suitable for large or giant waterwheels.

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