Portable live shrimp transport device

Abstract

The invention discloses a portable live shrimp transport device. An oxygen increasing mechanism and a refrigeration mechanism are arranged in a container and used for controlling the temperature and oxygen amount of water in the container respectively, an oxygen amount sensor detects the oxygen concentration in the transport container and transmits the oxygen concentration to a control box, the control box controls a regulating valve to be opened or closed, and correspondingly the oxygen amount generated by a contact reaction between hydrogen peroxide and manganese dioxide is limited, so thatshrimps are prevented from suffocating and dying due to lack of oxygen; at the same time, other side effects caused by too high oxygen concentration are avoided, so that the oxygen amount of the waterin the container is maintained within a set range; a temperature sensor detects the temperature of the water in the transport container and transmits the temperature to the control box, the control box controls the amount of current passing through semiconductor refrigeration sheets, and correspondingly a cooling effect of the semiconductor refrigeration sheets on the container can be controlled,so that the temperature of the water in the container is kept within a set range, and the survival rate of the live shrimps collected in a field during transport is increased. The device is used fortransporting the live shrimps.

Description

technical field [0001] The invention relates to the technical field of aquatic product transportation, in particular to a portable live shrimp transportation device. Background technique [0002] When carrying out scientific research experiments on shrimp, live shrimp caught from the wild need to be further tested and analyzed in the laboratory. However, in the existing experimental process, there is often a certain impact on the shrimp during transportation. Because shrimp is particularly sensitive to water temperature and oxygen content in water, the survival rate of shrimp brought back to the laboratory is very low, which greatly affects the normal conduct of scientific research experiments and reduces the accuracy of experimental results, thereby improving scientific research on shrimp. The cost of the experiment. Some existing aquatic transportation equipment only have a single cooling or oxygenation function, and the water temperature and oxygen content of the water c...

AI Technical Summary

Problems solved by technology

[0002] When carrying out scientific research experiments on shrimp, live shrimp caught from the wild need to be further tested and analyzed in the laboratory. However, in the existing experimental process, there is often a certain impact on the shrimp during transportation. Because shrimp is particularly sensitive to water temperature and oxygen content in water, the survival rate of shrimp brought back to the laboratory is very low, which greatly affects the normal conduct of scientific research experiments and reduces the accuracy of experimental results, thereby improving scientific research on shrimp. cost of experiments

Some existing aquatic transportation equipment only have a single cooling or oxygenation function, and the water temperature and oxygen content of the water cannot be adjusted

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