Long work potential energy conversion mechanism

Abstract

The utility model discloses a long do work potential conversion mechanism, including main sprocket, upper positioning sprocket, lower positioning sprocket and potential square tube, main sprocket, upper positioning sprocket and lower positioning sprocket are connected through transmission chain drive, and one side of main sprocket is equipped with power output end, and main sprocket, upper positioning sprocket and lower positioning sprocket are all by left sprocket and right sprocket are composed, and left sprocket is fixedly connected with right sprocket through synchronous shaft, and transmission chain is by left chain and right chain is composed, and a plurality of water accumulation square tray are arranged between left chain and right chain, and the inside of potential square tube is equipped with the square tray through cavity for water accumulation square tray, and the both sides of square tray through cavity are equipped with the chain through cavity for left sprocket and right sprocket, and the branch ear passageway that is used for intercommunication two cavities is equipped between square tray through cavity and chain through cavity, and water accumulation square tray is adapted with square tray through cavity and slides in its inner wall. Compared with the prior art, the utility model is convenient to process, and energy conversion efficiency is better.

Claims

1. A long-running potential energy conversion mechanism, comprising a main sprocket (1), an upper positioning sprocket (2), a lower positioning sprocket (3), and a potential energy storage tube (4), wherein the upper positioning sprocket and the lower positioning sprocket are respectively located at the upper and lower inlet and outlet of the potential energy storage tube, the main sprocket is located on one side of the potential energy storage tube, and the main sprocket, the upper positioning sprocket, and the lower positioning sprocket are connected by a transmission chain (5), and a power output end (6) is provided on one side of the main sprocket, characterized in that: The main sprocket, upper positioning sprocket and lower positioning sprocket are all composed of a left sprocket (7) and a right sprocket (8). The left sprocket and the right sprocket are fixedly connected by a synchronous shaft (9). The transmission chain is composed of a left chain (10) and a right chain (11). The left chain and the right chain mesh with the left sprocket and the right sprocket respectively. Multiple water-collecting square plates (12) are provided between the left chain and the right chain. The water-collecting square plates are fixedly connected to the left chain and the right chain respectively through the support ears (13) on both sides. The inside of the power storage square tube is provided with a square plate cavity (14) for the water-collecting square plates to pass through. The sides of the square plate cavity are provided with chain cavities (15) for the left chain and the right chain to pass through. There is a support ear passage connecting the two cavities between the square plate cavity and the chain cavity. The water-collecting square plate is adapted to the square plate cavity and slides on its inner wall.

2. The long-term work potential energy conversion mechanism according to claim 1, characterized in that: The left and right chains are composed of chain links (16) and connectors (17). The chain links are hinged together by the connectors to form a chain, and the lugs of the water-collecting square plate are fixedly connected to the connectors.

3. The long-term work potential energy conversion mechanism according to claim 1, characterized in that: A pressure relief pipe (18) is connected to one side of the outer wall of the lower section of the power storage square tube.

4. The long-term work potential energy conversion mechanism according to claim 1, characterized in that: A flow outlet is provided on one side of the outer wall of the upper section of the power storage square tube, and a flow channel plate (19) is provided at the flow outlet.

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