Fresh-keeping storage device in living aquatic product transportation process

Abstract

The invention discloses a fresh-keeping storage device in a living aquatic product transportation process. The fresh-keeping storage device in the living aquatic product transportation process comprises a box, wherein a fresh-keeping cavity is formed in the box, a sealing device is arranged on an upper end inner wall of the fresh-keeping cavity, and the sealing device comprises placement openingswhich are located in the upper end inner wall of the fresh-keeping cavity in a bilaterally symmetric mode. According to the fresh-keeping storage device in the living aquatic product transportation process, the volume of stored ice cubes can be adjusted, the temperature in the fresh-keeping cavity is controlled, both the box and the fresh-keeping cavity can be sealed by means of valves, compared with a foam insulated box, the fresh-keeping storage device in the living aquatic product transportation process has the advantage that water is not liable to flow out, moreover, a connection rod and aconnection foot which can be fixed in a riveting connection mode are arranged at the upper and lower ends of the box, thus the problem that the foam insulated box is liable to be squeezed and damagedin a transportation process is avoided, and meanwhile, a venting device which can purify and filter air and a water source impurity removing structure are arranged on the inner portion, so that a proper living environment of living aquatic products in the transportation process is ensured, and the probabilities of survival and fresh-keeping are increased.

Description

technical field [0001] The invention relates to the technical field of transportation and storage, in particular to a fresh-keeping storage device during the transportation of living aquatic products. Background technique [0002] When transporting live aquatic products, because they need to be kept fresh, ice cubes will be placed in the transport box to cool them down. However, the existing foam insulation box cannot be further processed after the ice melts, and the water flows inside the compartment or flows to the ground from the gaps in the compartment, polluting the road surface environment. At the same time, the foam insulation box is not strong and easy to damage during use. [0003] In addition, fresh aquatic products have a fishy smell and have high requirements for water quality activity. The melted ice cube water will disperse the fishy smell into the air, causing serious pollution to the surrounding environment, and the reduction of water quality will affect the...

AI Technical Summary

Problems solved by technology

However, the existing foam insulation box cannot be further processed after the ice melts, and the water flows inside the car or flows to the ground from the gaps in the car, polluting the road environment

At the same time, the foam insulation box is not strong and easy to damage during use

[0003] In addition, fresh aquatic products have a fishy smell and have high requirements for water quality activity. The melted ice cube water will disperse the fishy smell into the air, causing serious pollution to the surrounding environment, and the reduction of water quality will affect the life of living aquatic products.

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