Recyclable paperboard material lock catch structure for kitchen household appliance sets

Abstract

The invention discloses a recyclable paperboard material lock catch structure for kitchen household appliance sets. The structure comprises an electric stewing pot buffer module, a soybean milk machine body buffering module, a stirring cup fixing module, a stirring cup seat buffering and fixing module and an outer box, wherein the electric stewing pot buffering module, the soybean milk machine body buffering module, the stirring cup fixing module, the stirring cup seat buffering and fixing module and the outer box are all provided with paperboard profiling self-locking structures correspondingto the outer shape of a machine body, and the electric stewing pot buffering module, the soybean milk machine body buffering module, the stirring cup fixing module and the stirring cup seat bufferingand fixing module are sequentially connected and combined and then are matched with the outer box. The structure is simple, novel and fine in structure, the operation is convenient and efficient, combined switching is carried out according to the actual use requirements, the buffering protection performance is better, the adjustment performance is high, the energy is saved, the environment is protected, the use cost of a terminal user is reduced, the packaging buffer safety performance of ceramic and glass fragile products is improved, the user experience is indirectly improved, and the transportation safety is effectively ensured.

Description

technical field [0001] The invention belongs to the technical field of transport cushioning packaging, and relates to the transport cushioning packaging technology for fragile kitchen appliances, in particular to a recyclable cardboard material locking structure used in kitchen home appliance sets. Background technique [0002] At present, the existing packaging boxes for glass and ceramic fragile products generally include the outer box part and the inner buffer part. For kitchen appliances, the outer box is mostly made of cardboard, and the inner buffer is mostly made of EPS buffer foam. The buffer foam can Design and open the mold according to the shape of the kitchen appliances, and the kitchen appliances are protected by buffer foam and put into the outer box for packaging and transportation. [0003] However, the existing packaging has the following defects in actual situations: [0004] (1) EPS buffer foam needs to be molded, and the mold cost is relatively high. In...

AI Technical Summary

Problems solved by technology

affect the cost of use by end users;

[0005] (2) In the current situation of increasingly stringent environmental protection requirements, the use of EPS foam is restricted in many cases

In the two cases of small order quantity or restricted use abroad, cushioning foam cannot be selected;

[0006] (3) Most of the cushioning structures designed with cardboard in the market have potential transportation safety hazards, poor cushioning performance, and failure to fully consider the handling situation during transportation, resulting in damage to the product received by the user;

[0007] (4) Due to the gradual increase in environmental protection, the price of cardboard materials is currently on the rise, and most of the currently designed cardboard products do not consider the issue of saving, resulting in serious waste;

[0008] (5) Since the current cardboard design structure mostly uses glue for forming, which increases labor costs to a large extent, and recycling is difficult, resulting in a certain waste of materials in the whole process

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