Double-layer three-dimensional sea cucumber inhabitation cage for culture pond

Abstract

The invention discloses a double-layer three-dimensional sea cucumber inhabitation cage for a culture pond. The double-layer three-dimensional sea cucumber inhabitation cage comprises two bottom layer long semi-cylindrical inhabitation cages and a top long semi-cylindrical inhabitation cage, wherein the arc surfaces of the bottom cages face upwards; the arc surface of the top cage faces downwards; three long semi-cylindrical inhabitation cages are connected into a whole; in each long semi-cylindrical inhabitation cage, semi-cylindrical perforated sclerites serving as support pieces are arranged at the intervals 0.5-1.5 meters, the diameters of the semi-cylindrical sclerites are 0.2-0.3 meter, and circular holes of which the diameters are 5 centimeters are uniformly distributed on the sclerites; the sclerites are semi-enclosed into a long semi-cylindrical inhabitation cage by using a strip-shaped narrow fine-mesh knitted mesh; one side of the inhabitation cage is provided with a strip-shaped opening of which the width is 5-8 centimeters for serving as a sea cucumber inlet/outlet; the length of the double-layer three-dimensional sea cucumber inhabitation cage is 30-50 meters; duringarrangement in the culture pond, a plurality of inhabitation cages are arranged from one end of the pond to the other end of the pond in the length direction of the pond by connecting; and the inhabitation cages are arranged at the intervals 2-3 meters in the width direction of the pond. According to the double-layer three-dimensional sea cucumber inhabitation cage, the problem of unreasonable inhabitation structure of the conventional sea cucumber culturing pond suitable for the life habit of sea cucumbers is solved; and the double-layer three-dimensional sea cucumber inhabitation cage is suitable for sea cucumber culturing.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

The inventors have developed an improved boat used by fishermen during their catches or other activities that require large amounts of food. They found this new type of vessel was more effective than previous designs due to its increased surface areas occupied by sea cuminoles while still being able to hold up enough weight without collapsing over time. Additionally they discovered that these vessels were better suited to live alongside seawater environments rather than just floating near them. Overall, this innovation improves upon existing boats design but offers greater benefits such as enhanced nutritional value, reduced risk of disease outbreaks, longer lifespans, easier accessibility through observation windows, etc., which could benefit many different types of marine organisms like salmonids (Cynomolgus monodon).

Problems solved by technology

This patented technical problem addressed by this patents relates to improving marine crops from being cultivated on land near waterways or at estuaries where there may be rocks, brick walls, and other obstacles such as seawalls used during harvesting operations.

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