Siphon cleaning energy-saving equipment for bottom of culture pond

Abstract

The invention relates to the technical field of culture pond bottom cleaning, in particular to siphon cleaning energy-saving equipment for bottom of a culture pond. The siphon cleaning energy-saving equipment for the bottom of the culture pond comprises a machine body located at the bottom of the culture pond, and a limiting system used for controlling automatic positioning operation is fixedly arranged on one side wall of the machine body. Siphons are used for automatically cleaning the bottom of the pond underwater, the siphons do not consume energy, the power consumption of the whole machine is greatly reduced, and energy conservation and emission reduction are achieved. Damage and interference to aquatic animals in the pond pouring process can be reduced, the survival rate is increased, replacement of the culture pond is reduced, and the production efficiency is improved. A multi-manifold siphon technology is utilized, the bottom of the pool is cleaned at a high speed in a large area, and the efficiency is high. In order to enable the functions of a bottom cleaning machine to be more comprehensive, a side wall cleaning mechanism is additionally arranged on one side, the side wall cleaning mechanism moves in the vertical direction through a scissor telescopic structure connected with a sliding block guide rail, and two scraping strips connected to the outer side of the top wide shell are driven to complete cleaning of the side wall.

Description

technical field [0001] The invention relates to the technical field of cleaning the bottom of a breeding pond, in particular to a siphon cleaning and energy-saving equipment for the bottom of a breeding pond. Background technique [0002] Industrialized aquaculture is a special farming model that conducts high-density and intensive production of aquatic products. Through careful design, scientific demonstration, and professional operation, the aquaculture industry will eventually achieve low pollution, low risk, high efficiency, and sustainable development. business objectives. [0003] At present, industrial aquaculture enterprises mostly use cement ponds or glass fiber reinforced plastic tanks for seedling raising and breeding production. Taking fish farming as an example, circular or octagonal tanks are mostly used now. If the breeding time is long, dirt will accumulate at the bottom of the tank, especially in seedling production, due to the small water flow, most of the...

AI Technical Summary

Problems solved by technology

Taking fish farming as an example, circular or octagonal tanks are mostly used now. If the breeding time is long, dirt will accumulate at the bottom of the tank, especially in seedling production, due to the small water flow, most of the dirt will settle at the bottom of the tank , pollute the breeding environment

Under the existing technical conditions, artificial pool bottom cleaning is mostly used in seedling breeding and breeding production. This traditional cleaning method is inefficient and easy to cause other problems. question

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