Three-dimensional ecological breeding system with hanging caves

Abstract

The invention provides a three-dimensional ecological breeding system with hanging caves. The system comprises at least two breeding box bodies which are assembled vertically, breeding chambers whichare detachably arranged on the outer sides of the breeding box bodies and communicate with the breeding box bodies, and a water circulation system for providing circulating water for the breeding boxbodies, wherein each breeding box body comprises a feeding box with an upper opening, a salvaging door arranged at one side of the feeding box, and a drain outlet and a water level controller which are arranged at the bottom of the feeding box; an independent partition cavity is arranged in each breeding chamber; an opening in the inner side of each breeding chamber is suspended around the corresponding breeding box body; each partition cavity communicates with the corresponding feeding box; the water circulation system is used for feeding the flowing water into the breeding box body of the upmost layer; the water level controller is used for controlling the water level in the feeding boxes and introducing the water into the lower layer, and the sewage is drawn out through the drain outlets. According to the system, a three-dimensional ecological breeding system is constructed by a multi-layer breeding box with the hanging breeding chambers with a circulating water system is supplemented, the land and water resources are effectively saved, the space utilization rate is increased, and the breeding income is increased.

Description

technical field [0001] The invention relates to the field of breeding technology, in particular to a three-dimensional self-supporting hanging cave type ecological breeding system. Background technique [0002] Traditional small animals with cave habits such as crayfish and crabs are raised in the open air in rice fields, ponds, and lakes. This farming method not only needs to occupy land, but its output is restricted by the natural environment. Depending on the weather, water quality, temperature, oxygen content, food richness and other conditions of the breeding place, it is easy to cause a large amount of crayfish production reduction due to some uncontrollable reasons such as heavy rain, low temperature, and strong wind, resulting in major economic losses. [0003] In response to the problems in wild farming, some people have proposed indoor farming of crayfish. Li Wei and others disclosed a method for indoor automated crayfish farming (CN201910421975.4), which is reali...

AI Technical Summary

Problems solved by technology

However, the number of rows of the fixed frame is fixed after design, and cannot be adjusted according to real-time conditions during the breeding process, and the device is only used for breeding in breeding pots, and is not suitable for animals that need to have nests for breeding; Liu Jun Disclosed is a factory-like circulating water crayfish breeding method (CN201810780289.1), the method is to build a water storage tank, a clean water tank and several breeding rooms in the factory, set water tanks and artificial caves in the breeding room, and create crayfish However, this method has a large input cost and cannot be promoted in ordinary farmers and small-scale farming.

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