Double-body paddle-wing fungicide spraying ship

Abstract

The invention discloses a double-body paddle-wing fungicide spraying ship and an operation method thereof. The Double-body paddle-wing fungicide spraying ship comprises a ship body, a fungicide box, a paddle-wing spraying device, a driving device and a control device, wherein the fungicide box is fixedly mounted on the ship body; the paddle spraying device and the driving device are mounted at the rear end of the ship body; the paddle spraying device is rotationally connected with the driving device; the fungicide box is connected with the input end of a spraying device main body in the paddle wing spraying device through a connecting pipeline; the paddle wings are slidably connected with the output end of the spraying device body, and a plurality of spraying holes are evenly distributed in the surfaces of the paddle wings. The control device is electrically connected with the paddle wing spraying device and the driving device. According to the invention, the control device is matched with the driving device, so that automatic cruise and detection of related data in different environments are realized; meanwhile, the control device controls the hydraulic pump to output different pressures in water areas with different pollution degrees, so that the paddle wing spraying device accurately and quantitatively feeds the fungicide under the action of the hydraulic pump; and therefore, the working efficiency is improved, and the labor cost is reduced.

Description

technical field [0001] The invention relates to the application field of unmanned ships, in particular to a twin-hull paddle-wing bacteria spraying ship and an operating method thereof. Background technique [0002] In the past few decades, the delivery of bacteria agents was almost all done manually. This method of manual delivery not only has a large workload and is not efficient, but also is limited by the technical level of the injector and the specific conditions of the river. , it is often impossible to achieve accurate and quantitative delivery at the designated location, which requires a lot of labor costs, and because some geographical locations are relatively complicated, the operation is not safe, and it is dangerous for the staff. [0003] In recent years, more and more unmanned ships have been applied to water surface work in order to replace bacteria agent delivery workers to perform repetitive and long-term work, and to replace some work modes or methods with ...

AI Technical Summary

Problems solved by technology

[0002] In the past few decades, the delivery of bacteria agents was almost all done manually. This method of manual delivery not only has a large workload and is not efficient, but also is limited by the technical level of the injector and the specific conditions of the river. , it is often impossible to achieve accurate and quantitative delivery at the designated location, which requires a lot of labor costs, and because some geographical locations are relatively complicated, the operation is not safe, and it is dangerous for the staff

[0003] In recent years, more and more unmanned ships have been applied to water surface work in order to replace bacteria agent delivery workers to perform repetitive and long-term work, and to replace some work modes or methods with high construction costs and large manpower input. Most unmanned ships need to manually input control signals in real time to make the unmanned ships work, which has a strong dependence and is susceptible to external interference, and the accuracy and stability are not high

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