Composite protective transport package for massage chair

Abstract

The invention provides a composite protective transport package for a massage chair. The package comprises an outer carton made of paperboards, a bottom cover made of paperboards, a front protective module, a rear protective module and two side protective modules, wherein the bottom cover constitutes a supporting pad structure of the massage chair; the front protective module is made of paperboards and positioned and arranged on the front side of the bottom cover so as to be attached to and buffer the front side of the massage chair; the rear protective module is made of foamed plastic and positioned and arranged on the rear side of the bottom cover so as to be attached to or buffer the rear side of the massage chair; and the two side protective modules are made of foamed plastic, one of the side protective modules is positioned and arranged on the left side of the bottom cover so as to be attached to or buffer the left side of the massage chair, and the other is positioned and arranged on the right side of the bottom cover so as to be attached to or buffer the right side of the massage chair. According to the massage chair provided by the invention, the protective modules made ofpaperboards and foamed plastic can be reasonably used, the overall package cost of the massage chair can be lowered, the installation and use experience of an end-user is improved, and the transport safety of the massage chair is fully guaranteed effectively.

Description

technical field [0001] The invention relates to the field of massage equipment packaging, in particular to a composite protective transport packaging for massage chairs. Background technique [0002] Existing cushioning packaging for massage equipment generally includes an external protective structure and an internal cushioning part. For massage equipment products with large volume and weight, in order to reduce the potential safety hazards caused by uncontrollable factors during transportation, the structure of cushioning packaging should be improved. The reliability of the packaging is mostly divided into three parts: the main unit, the armrest, and the lower leg. The outer box is mostly made of high-strength three-watt cardboard material, and the internal cushion is mostly used in two ways, one is EPS cushioning foam plastic, and the other is cardboard. The way to match with EPE. The cushioning foam plastic can be designed and molded according to the shape of the massag...

AI Technical Summary

Problems solved by technology

Small security risk, but poor versatility

Affect the use cost of massage equipment with variable shape

[0005] (2) Conventional paper structure design lacks the versatility of massage equipment packaging

The conventional cushioning structure fails to use the profiling curve to fit the appearance curve of the massage equipment to maximize the cushioning effect. There are many redundant materials and structures, and the cushioning has no effect.

[0006] (3) The single paper structure design is not suitable for complex transportation environments such as sea transportation, and it is easily affected by the damp environment, resulting in a reduction in the strength of the cardboard

[0007] (4) The overall utilization rate of conventional paper structure design cardboard is low

In order to reduce the risk of packaging and transportation, massage equipment normally needs to be separated and packaged, that is, the host, armrest, and lower legs are separated and packaged, which increases the cost of packaging materials and transportation costs. Also, the number of cabinets is small when shipped in high cabinets, and the utilization rate is low.

[0008] (5) Due to the large volume of massage equipment products, in order to ensure the thickness of the cushioning foam plastic and completely protect the body, the outer box of the single EPS foam plastic is larger than the outer box of the cardboard structure in the horizontal and vertical directions, which is not conducive to transportation and loading Quantity optimization, i.e. not conducive to controlling transportation costs

[0009] (6) Due to the uncertainty of the internal cushioning strength of the outer box of traditional massage equipment, high-strength three-watt cardboard is mostly used, and the cost of cushioning packaging has risen sharply

Because the physical properties of massage equipment are large volume and heavy weight, when the internal buffer cannot ensure the safety of the buffer, the outer box is mostly made of high-strength three-tile cardboard. Due to the huge cost gap between high-strength three-tile cardboard and double-wall cardboard, so Overall packaging costs climb

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