Air cushion type strawberry picking inner box

Abstract

The invention relates to an air cushion type strawberry picking inner box. The box comprises a box body base film, mutually separated bubbles are arranged on the base film on the inner side of a box body in an array, communicated air paths are arranged between the bubbles, an air inlet is formed in each air path, and a through hole is formed in the upper end of the front side of the box body. Accordingly, in the state that the bubbles which are not applied for wrapping are not inflated, strawberries are put in, the bubbles are inflated, and then the malleable bubble wall can adapt to the overall shape of the packaged goods to wrap the packaged goods completely; the single strawberry is extruded under proper pressure, the whole strawberry is wrapped, and then the damping effect of the packaged goods during transportation is improved. The problem that in the prior art, overall wrapping is incomplete is solved, and the problem that in the prior art, the strawberries are vibrated to move to be damaged is solved.

Description

technical field [0001] The invention relates to a wrapping material or packaging bag with shock-absorbing performance, in particular to an air cushion packaging film. Background technique [0002] At present, there are many shock-absorbing wrapping materials in the packaging field, but their shock-absorbing bubbles have been filled in the production process, and they cannot adapt to the packaging of various fine shapes of the packaged objects. Fresh fruits such as strawberries are small in size, and they are placed in boxes, boxes and other containers for transportation, and they are particularly easy to be damaged by collisions during transportation. However, the current air bubble film cannot be placed in the container when it is packaged. The overall shape of the strawberries is fully fitted, causing a single strawberry to be displaced by vibration during the movement, and adjacent strawberries or strawberries in the box or frame are squeezed and damaged. Contents of th...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many shock-absorbing wrapping materials in the packaging field, but their shock-absorbing bubbles have been filled during the production process, and they cannot adapt to the packaging of various fine shapes of the packaged objects.

Fresh fruits such as strawberries are small in size, and they are placed in boxes, boxes and other containers for transportation, and they are particularly easy to be damaged by collisions during transportation. However, the current air bubble film cannot be placed in the container correctly during packaging. The overall shape of the strawberry fits perfectly, causing a single strawberry to be displaced by the vibration during the movement, and adjacent strawberries or strawberries in the box or frame are squeezed and damaged.

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