Multifunctional container for keeping fish fresh and alive

Abstract

A multifunctional container for keeping fish fresh and alive comprises long-distance live-fish-transporting cases and a container casing,characterized in that an end face of the fish case of the long-distance live-fish-transporting case is provided with a sensor interface with a temperature sensor, a sensor interface with a PH sensor and a sensor interface with a dissolved oxygen sensor; a power supply interface of cycle water pump is arranged on an interface disc around a corner of the upper end of the fish case seat; the upper end portion of the front end face on the fish case seat of the fish case is provided with a PH instrument and a dissolved oxygen instrument; and the container casing is divided into an equipment cell, a work cell, a sanitary cell and a freight house cell, wherein in addition to the above characteristics, the equipment cell is provided with upper and lower water chilling units, an air-conditioning outside unit, upper and lower diesel generators, an inflator and left and right storage batteries inside; the work cell is provided with a bed, a low pressure control cabinet, a computer control cabinet, an ozone generator, an air-conditioning indoor unit, a control cabinet of the water chilling unit, a control cabinet of the diesel generator and upper and lower fuel tanks inside; and the sanitary cell is provided with a liquid oxygen tank and a water tank inside. The container of the invention is suitable for long-distance usage on the railway, the road and the ship.

Description

Technical field: [0001] The invention relates to a container, in particular to a multifunctional fresh-keeping container. Background technique: [0002] The usual live fish transportation, because of its simple means of transportation and simple transportation methods, can only carry out live fish transportation by car in short and medium distances, and the transportation volume of live fish is also limited, which can not meet the needs of various regions, and the transportation cost is high. At the same time, during the transportation of live fish, the loading density is dozens of times higher than that under normal farming conditions. On the one hand, fish consume a large amount of dissolved oxygen in the water, and on the other hand, excrete a large amount of metabolites into the water. Lead to rapid deterioration of water quality, let it go, fish either die from lack of oxygen, or die from metabolite poisoning. Therefore, large-scale and containerized operations cannot ...

AI Technical Summary

Problems solved by technology

[0002] The usual live fish transportation, because of its simple means of transportation and simple transportation methods, can only carry out live fish transportation by car in short and medium distances, and the transportation volume of live fish is also limited, which can not meet the needs of various regions, and the transportation cost is high. At the same time, during the transportation of live fish, the loading density is dozens of times higher than that under normal farming conditions. On the one hand, fish consume a large amount of dissolved oxygen in the water, and on the other hand, excrete a large amount of metabolites into the water. Lead to rapid deterioration of water quality, let it go, fish will either die from lack of oxygen, or die from metabolite poisoning

Therefore, large-scale and containerized operations cannot be carried out. So far, my country's live aquatic product market has not yet achieved large logistics, which has affected the "north-south" large-scale deployment of live aquatic products in my country, and it is also difficult to meet the long-distance requirements of live aquatic products. bulk shipping needs

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