Water bottom dirt removal robot and application method thereof

Abstract

The invention discloses a water bottom dirt removal robot and an application method thereof. The robot comprises a running mechanism arranged at the bottom and used for conducting bearing and transportation. The running mechanism is connected with a control system arranged in the robot. The control system is connected with a wireless receiving device. The interior of the robot is provided with a filter cavity. The upstream part of the filter cavity is connected with a dirt suction port formed in the front bottom part of the robot. Filter sheets are arranged in the filter cavity, and a transparent dirt slag manual cleaning window which covers the top of the filter cavity and corresponds to the position above the filter sheets is arranged. The downstream parts of the filter sheets are provided with a self-suction type water pump in a connected manner, an outlet of the self-suction type water pump is connected with a negative-pressure type water outlet formed in the rear upper portion ofthe robot, and the rear tail portion of the robot is provided with a video monitoring lens connected with the control system. The robot can clean aquaculture water pond substrates in real time in a mechanical automation manner, the culture water quality is guaranteed, the aquaculture environment and the growing efficiency are improved, meanwhile, the aquaculture production efficiency is improved,and aquaculture economic benefits are increased.

Description

technical field [0001] The invention relates to an aquaculture mechanical device, in particular to an underwater cleaning robot that can automatically perform underwater cleaning operations and a method of using the same. Background technique [0002] At present, in conventional aquaculture, especially for fish and shrimp ponds or ponds with cement or tile bottoms, the depth of the ponds is less than 2 meters; the bottom of the water is mostly in the bottom of the water. , so not only affects the normal breeding hygiene, but also affects the normal growth of aquatic products. Therefore, how to realize the daily treatment of the sewage at the bottom of the aquaculture pond is an urgent problem to be solved in the aquaculture industry. Therefore, in order to solve the above-mentioned problems, the inventors have invested a large amount of research and development, and designed the solution of the present invention to solve the above-mentioned problems. SUMMARY OF THE INVENT...

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Problems solved by technology

[0002] At present, conventional aquaculture, especially for fish and shrimp pools or ponds with cement or ceramic tiles, the water depth of the pool is within 2 meters; the bottom of the bottom of the sewage exists at the bottom of the water, and most of the sludge at the bottom can only be treated after the pond is dried. , which not only affects the normal breeding sanitation, but also affects the normal growth of aquatic products.

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