High-adaptability deodorizing tray for seafood transportation

Abstract

The invention discloses a high-adaptability deodorizing tray for seafood transportation. The high-adaptability deodorizing tray comprises a bottom plate, a water storage cavity and a trigger cavity are formed in the bottom plate, the trigger cavity is located on the right side of the water storage cavity, a liquid storage groove is formed in the upper end of the bottom plate, a water absorption deodorizing mechanism is arranged in the trigger cavity and the water storage cavity jointly, the water absorption deodorizing mechanism comprises a hard ball arranged in the trigger cavity, a plurality of hemispherical air bags are installed at the inner bottom of the trigger cavity, each hemispherical air bag communicates with a branch pipeline, the other ends of the branch pipelines jointly communicate with a communicating pipe, and the other end of the communicating pipe extends to the top space of the water storage cavity. In the using process, the deodorizing tray can adapt to net cages of different styles, the adaptability is higher, water dripping onto the tray can be collected and then treated in a centralized mode, and the fishy smell inside a compartment can be removed to a certain degree.

Description

technical field [0001] The invention relates to the field of logistics transportation, in particular to a highly adaptable deodorizing tray for seafood transportation. Background technique [0002] Seafood transportation refers to the transportation of seafood products. Generally, seafood production trays are placed in special transport net cages, and then the transport vehicles are placed on pallets, and the net cages are placed on pallets for transportation; [0003] Existing transport pallets are generally made of high-hardness plastic material, and their upper surfaces are relatively smooth. Even if some pallets have anti-skid lines on the upper surface, the size and number of mesh ports on the lower surface of the cage are different, so it cannot be changed. The anti-slip pattern cannot adapt to different cages, resulting in the anti-slip effect will change with different cages, and the residual water on a seafood will fall on the tray through the opening at the lower e...

AI Technical Summary

Problems solved by technology

[0003] Existing transport pallets are generally made of high-hardness plastic material, and their upper surfaces are relatively smooth. Even if some pallets have anti-skid lines on the upper surface, the size and number of mesh ports on the lower surface of the cage are different, so it cannot be changed. The anti-slip pattern cannot adapt to different cages, resulting in the anti-slip effect will change with different cages, and the residual water on a seafood will fall on the tray through the opening at the lower end of the cage, and even some water will fall into the compartment inside, resulting in residual seafood smell in the compartment, which is difficult to remove later

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