Anti-collision fruit box

Abstract

The invention relates to an anti-collision fruit box. The anti-collision fruit box comprises a box body and a cover body, wherein a buckling empty tube is arranged on the frame side of the box body; abuckling slot is formed in a position, which corresponds to the frame side, of the cover body; elastic gasbags are separately arranged on the inner wall of the box body and the inner wall of the cover body; the elastic gasbag on the inner wall of the box body communicates with the buckling empty tube through a gas guide tube; the elastic gasbag on the inner wall of the cover body communicates with the slot bottom of the buckling slot through the gas guide tube; a normally closed magnetic valve is arranged on the buckling empty tube; a magnetic ring which is matched with a normally closed magnetic valve is arranged in the buckling slot; when the normally closed magnetic valve gets close to the magnetic ring, the normally closed magnetic valve is opened; and the box body mutually communicates with the elastic gasbag on the inner wall of the cover body. The anti-collision fruit box is novel in structure, is unique in principle, is convenient in production and use, does not cause environmental pollution, can effectively protect fruits inside, prevents skin from being collided and damaged, and improves safety and integrity of fruit transportation.

Description

technical field [0001] The invention relates to a logistics transportation and storage tool, in particular to a fruit logistics box. Background technique [0002] The skin of the fruit is delicate, and slight damage will accelerate the rot of the fruit. Therefore, the fruit needs to be placed in the anti-collision fruit box during logistics and transportation; the traditional fruit box uses a hard board as the shell, and the inside of the shell is filled with shredded paper strips or elastic strips, some will wrap newspaper and other protective layers on the surface of the fruit, and cushion the collision of the fruit through structures such as folds and stacked shredded paper strips; but this method has many disadvantages: first, the fruit is placed in the box for a long time The paper strips and protective layer in the position are continuously pressed. At this time, the fold structure has been flattened, losing the cushioning and anti-collision effect. When it encounters ...

AI Technical Summary

Problems solved by technology

[0002] The skin of the fruit is delicate, and slight damage will accelerate the rot of the fruit. Therefore, the fruit needs to be placed in the anti-collision fruit box during logistics and transportation; the traditional fruit box uses a hard board as the shell, and the inside of the shell is filled with shredded paper strips or elastic strips, some will wrap newspaper and other protective layers on the surface of the fruit, and cushion the collision of the fruit through structures such as folds and stacked shredded paper strips; but this method has many disadvantages: first, the fruit is placed in the box for a long time The paper strips and protective layer in the position are continuously pressed. At this time, the fold structure has been flattened, losing the cushioning and anti-collision effect. When it encounters bumps or impacts again, it will cause damage to the fruit surface; second, the fruit box After opening, the shredded paper strips or the protective layer are easy to scatter, causing paper dust pollution, affecting the surrounding environment, and it is not convenient for users to clean up; third, there are too many gaps in the shredded paper strips, elastic strips and other structures, which are easy to hide dirt and evil practices , it is easy to cause the growth of bacteria on the surface of the fruit, which is not good for the long-distance transportation of the fruit, and it is easy to cause the fruit to rot in advance

Images