Metapenaeus ensis culture pond

Abstract

The invention discloses a metapenaeus ensis culture pond which comprises a pond body; a string bag with an opening in the top is adhered to the inner wall of the pond body; a pulling wire is connectedto the top of the string bag; a reel which spans the pond body is hinged to the top of the pond body through a bracket; the bracket is provided with a rolling curtain motor; a rotary shaft of the rolling curtain motor is connected with one end of the reel; the reel is wound with the upper part of the pulling wire; a drainage hole is formed in the middle part of the bottom of the pond body; a drainage pipe is connected to the drainage hole and is provided with a drainage pump; scrubbing brushes used for brushing the bottom of the pond body are symmetrically arranged on the two side walls of the pond body; a cylinder which is used for driving the scrubbing brushes to perform back and forth motion is installed at the bottom of the pond body; the rolling curtain motor, the drainage pump and an electromagnetic reversing valve which is communicated with the cylinder are all electrically connected with a controller; and the controller is installed on the bracket. The metapenaeus ensis culture pond provided by the invention effectively saves water resources and lowers the culture cost while ensuring full cleaning of excrements of metapenaeus ensis.

Description

technical field [0001] The invention relates to the field of gimai shrimp culture, in particular to a gimai shrimp culture pond. Background technique [0002] Shrimp is rich in nutrients, soft and easy to digest, and it is an excellent food for people who are weak and need to take care of themselves after illness. Shrimp meat is rich in magnesium, which can protect the cardiovascular system very well. Because of its high nutritional value, large-scale artificial breeding has begun. In the process of artificially cultivating prawns, it is usually necessary to clean up the excrement of prawns in time, especially for those high-density breeding models, because the excrement greatly pollutes the water body, which is very easy to cause hypoxia in the water body and cause The base prawns died. The sewage discharge capacity of the existing breeding ponds is relatively weak, and the water in the ponds is usually pumped out, and then replaced with new water, which undoubtedly waste...

AI Technical Summary

Problems solved by technology

In the process of artificially cultivating prawns, it is usually necessary to clean up the excrement of prawns in time, especially for those high-density breeding models, because the excrement greatly pollutes the water body, which is very easy to cause hypoxia in the water body and cause Shrimp death

The sewage discharge capacity of the existing aquaculture ponds is weak, and it is usually replaced by pumping out all the water in the ponds and then refilling them with new water, which undoubtedly wastes water resources greatly

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