Paddle wheel and auxiliary pond turning device with water grass winding prevention and pond turning and climbing functions

Abstract

The invention provides a paddle wheel and auxiliary pond turning device with water grass winding prevention and pond turning and climbing functions. The device comprises a pair of paddle wheels, a detachable roller device and a transfer rail. The paddle wheels located on two sides of one end of a ship body are composed of blades, gears, big and small discs. The functions of preventing water grasswinding and climbing a slope are achieved. The detachable roller device located at the other end of the ship body is composed of an idler wheel (comprising a bearing) with a rail limiting piece, a shaft, a herringbone connecting rod, a traction handle and a ship body limiting piece. Effects for supporting the ship body, limiting a rail and providing parts of a traction force are achieved, and therail installed on a dam between aquaculture ponds is composed of an overhead rack and a navigation rail and used for assisting an aquaculture workboat in pond transferring. According to the device, the aquaculture workboat can be simply transferred between adjacent ponds, and a utilization rate of the aquaculture workboat can be increased.

Description

technical field [0001] The invention relates to a paddle wheel and an auxiliary pond-turning device, in particular to a paddle wheel and an auxiliary pond-turning device with the functions of winding waterproof grass and climbing the slope of the pond. Background technique [0002] The farming operation boat is an automatic operation equipment for fish, shrimp, crab and other aquatic products farming. It has multiple functions such as automatic cruising, water quality testing, aquatic weed harvesting and bait throwing. The use of aquaculture operation boats can effectively reduce the intensity of manual labor and increase work efficiency, thereby further improving the economic benefits of aquaculture. However, the cost of purchasing a breeding operation boat is relatively high, and if the operation is only carried out in one pond, the utilization rate is low and it is difficult to give full play to its advantages. The size and weight of the existing breeding operation boats...

AI Technical Summary

Problems solved by technology

However, the cost of purchasing aquaculture operation boats is relatively high. If only one pond is used for operations, the utilization rate is low and it is difficult to give full play to its advantages

The size and weight of the existing breeding operation boats also make it difficult to carry out the pond transfer operation by manual handling. Therefore, the invention of a paddle wheel and auxiliary pond rotation device with the functions of waterproof grass winding and swivel pond climbing can help the aquaculture operation boat to carry out the transfer. ponds will become necessary

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