Container for transporting live fish

Abstract

The present invention relates to a container for transporting live fish, in which a protein skimmer is installed together with a fish tank in an interior of a cargo room of the container, bubbles discharged from the protein skimmer are stored in a large-capacity bubble tank, a water cooler having a refrigerating unit is installed in a container driver unit such that water discharged from the fish tank is cooled and resupplied to the fish tank, or water cooled by the water cooler can be brought into contact with the external air while the water is being injected into a dry filtering tank installed on the fish tank, and a filtering member impregnated with microorganisms that have been cultured therein is arranged in the dry filtering tank.; Thus, contaminants can be collectively removed by the protein skimmer and the dry filtering tank, and water-purifying capability within the limited space of the cargo room is maximized, thereby preventing diseases in or the death of live fish in advance, enabling the water in the fish tank to be cooled at a uniform temperature, and variously controlling the temperature of the cooled water in accordance with the type of fish, such that the live fish stored in the fish tank can be kept fresh over a long period of time for transportation, and the time period of transporting live fish and the distance able to be covered by the live fish transporting container can be extended to the maximum.

Description

technical field [0001] The present invention relates to a container for live fish transportation, which maximizes the purification ability of live fish water in the limited space of the cargo hold, and prevents in advance the disease or disease of live fish caused by toxins generated during the decay process of floating substances and protein components. suffocate, and the live fish water stored in the live fish tank is cooled at a uniform temperature, and the temperature of the cooling water is adjusted to be different according to the fish species, so that the live fish stored in the live fish tank can also The fresh ecology can be maintained, and thus the transportation period and transportation distance of the live fish based on the live fish container can be maximized. Background technique [0002] Generally speaking, the container area for scheduled import and export goods is divided into 20 feet (feet) and 40 feet. In the case of no more than 30 tons, the types are a...

AI Technical Summary

Problems solved by technology

[0012] However, in the above-mentioned prior art live fish water cooling device, the relatively long refrigerant piping is arranged in a zigzag manner across the bottom surface or side wall surface of the live fish tank or inside the wet filter tank, and the evaporator is arranged on the The live fish water tank or the wet filter itself, so there is a problem that it takes a lot of time and money to install the live fish water cooling device, and it also takes a lot of time and money to repair or maintain the live fish water cooling device.

[0013] In other words, a general live fish tank uses FRP (Fiber Reinforced Plastic) material and is set by lamination work, and after the lamination work for manufacturing the live fish tank is partially performed, setting of the evaporator and refrigerant piping are performed next After the above process is repeated several times, the finishing work and other complicated and tedious work are finally performed.

[0014] In the process of installing the live fish tank inside the live fish container as described above, the work of arranging and fixing the evaporator on the bottom surface or side wall of the live fish tank is cumbersome, and the material for the evaporator needs to be corrosion-resistant The material is expensive titanium, and the length of the refrigerant piping made of the expensive titanium tube will be unnecessarily long, resulting in a waste of materials and an increase in the unit price of equipment

[0015] Also, during the transportation of the live fish container by the trailer or the loading or unloading of the live fish container, the protruding evaporator surface in the water tank may cause damage to the live fish due to vibration or shock acting on the live fish container, etc. , cause live fish disease or reduce the commercial value of live fish, because the temperature around the refrigerant pipe of the evaporator is too low compared with the temperature of live fish water, so live fish suffer from the pressure caused by temperature and die or die

[0016] At the same time, when a large number of fish scales are formed along the surface of the refrigerant piping constituting the evaporator, there is a possibility that the pollution of the live fish water will be aggravated, the heat exchange efficiency and cooling performance by the evaporator will be reduced, and the temperature of the live fish water will be lowered. It is not easy to reduce, and it will also cause adverse effects on the fresh and safe storage and transportation of live fish during transportation

[0017] In addition, as the refrigerant pipe is extended from the drive unit to the evaporator installed in each live fish tank, it is necessary to perform waterproof sealing work together with a special heat insulating material to prevent the refrigerant pipe from being corroded by live fish water belonging to seawater. Therefore, there are problems in that the installation cost of the live fish water cooling device is further increased; and since there are many welded parts and connecting parts for connecting a plurality of refrigerant pipes, when subjected to shock and vibration applied during the transportation of the live fish container, The risk of refrigerant leakage will increase, and when the refrigerant leaks, all live fish will be suffocated; and the confirmation of the leakage site and the repair work are also more cumbersome

[0032] Therefore, there is a problem that the control panel, battery, converter, etc. belonging to the control part of the electric or electronic device are easily corroded and damaged by the moisture inside the cargo compartment containing a large amount of salt, and the failure of the control part frequently occurs. or misoperation, thus exposing many problems in the safe transfer of live fish using the live fish container

[0033] In order to prevent the above-mentioned problems, it is necessary to insert the electronic control products of the control panel or the battery and the converter into the inside of the closed casing to prevent contact with the internal air of the cargo compartment. In this case, due to the ineffective cooling The heat generated during the operation of electronic control products or batteries and converters can lead to malfunctions or misoperations caused by overheating of the control part

[0034] In particular, with regard to the live fish container, since personnel cannot enter the interior of the cargo compartment during its transportation, long-term unmanned operation is required, but due to the corrosion or overheating of the control part installed inside the cargo compartment, there will not only be Cause the failure of the control part, even cause a fire, cause all the live fish to suffocate during transportation, and the cost of repair and maintenance of the control part will also be excessively spent

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