Buffering packing structure and gas stove with buffering packing structure

Abstract

The invention discloses a buffering packing structure and a gas stove with the buffering packing structure, and relates to the field of packing of gas stoves. The buffering packing structure comprises a foam base and an upper foam cover, wherein a first accommodating socket is formed in the top of the foam base; the upper foam cover covers the first accommodating socket in the foam base; the upper foam cover and the first accommodating socket define an accommodating space for accommodating the gas stove; a second accommodating socket is also formed in the upper foam cover or the foam base; the buffering packing structure further comprises an accessory box for accommodating gas stove accessories; the accessory box is accommodated in the second accommodating socket. According to the technical scheme, the packing structure of the gas stove is more compact, and the stability of gas stove assembling can be improved.

Description

technical field [0001] The invention relates to the technical field of packaging of gas cookers, in particular to a cushioning packaging structure, the cushioning packaging structure and a gas cooker with the cushioning packaging structure. Background technique [0002] Gas stoves in the prior art usually use foam structures for cushioning packaging. In order to improve the convenience of assembling the gas cooker, an assembly distance is usually set between the gas cooker and the foam structure. When assembling, the gas stove and assembly parts are directly placed in the foam structure. However, due to the assembly distance between the gas stove and the foam structure, the gas stove and the foam structure will shake during assembly or handling, and the gas stove will rub or collide with the wrapped foam structure, or when it falls, The gas stove collides violently with the foam structure, causing partial fragmentation of the foam structure to produce foam debris, and the ...

AI Technical Summary

Problems solved by technology

However, due to the assembly distance between the gas stove and the foam structure, the gas stove and the foam structure will shake during assembly or handling, and the gas stove will rub or collide with the wrapped foam structure, or when it falls, The gas stove and the foam structure collide violently, and the foam structure is partially broken to produce foam debris, and the falling foam debris is scattered in the packaging box, which is not conducive to the protection and cleanliness of the whole machine

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