Container and transport method for transporting fresh and alive stichopus japonicus

Abstract

The invention discloses a method for transporting fresh and alive stichopus japonicus, wherein the stichopus japonicus and a water body are loaded in a container and transported, and the method has an improvement that the container is used for transportation in a full load and cover sealing manner. The invention further provides the container for transporting the stichopus japonicus, wherein the container is a plastic barrel with an upper barrel opening covered with an inner cover (4); the middle of the inner cover protrudes upwards to form a cylindrical up-down-through water injection hole (3); and the water injection hole is additionally covered with a middle cover (2). According to the invention, the container is used for transportation in a full load state, and no space allowing the water body to shake exists in the container, so that in the transportation process, the stichopus japonicus collides a container wall or collides mutually to a limited extent even when shaking, and thus, the loss caused by a transportation link is reduced greatly. According to the invention, mechanical injuries and stress reactions of the stichopus japonicus due to shaking seawater in the stichopus japonicus transportation process are avoided, the survival rate of the stichopus japonicus in subsequent cultivation at a destination is improved greatly, and meanwhile, the transportation problem of the young stichopus japonicus in the past is solved favorably.

Description

technical field [0001] The present invention relates to the transportation of live sea cucumbers, and more particularly, to the improvement of carrying containers. Background technique [0002] The transportation of existing fresh and alive sea cucumbers is mostly sea cucumbers placed in water and packed in containers. At present, open water tanks or buckets are generally used for medium and short-distance transportation of fresh and live sea cucumbers. There is no sealing cover, and only 50% to 60% of seawater can be filled, which is inflated by an air pump. Because the water in the water tank or bucket is not full, the turbulence during transportation may easily cause the seawater to slosh, causing mechanical damage and stress response of the sea cucumber, causing vomiting or injury of the transported sea cucumber, resulting in continued breeding after being transported to the destination The mortality rate of sea cucumbers is greatly increased, and the survival efficienc...

AI Technical Summary

Problems solved by technology

Because the water in the water tank or bucket is not full, the turbulence during transportation may easily cause the seawater to slosh, causing mechanical damage and stress response of the sea cucumber, causing vomiting or injury of the transported sea cucumber, resulting in continued breeding after being transported to the destination The death rate of sea cucumber is greatly increased, and the survival efficiency is lost

In particular, the sea cucumber water transport method in the prior art cannot solve the transportation of sea cucumber larvae, and can only transport parent-child and juvenile ginseng

Because sea cucumber larvae or young ginseng are more fragile, it is easy to cause losses

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