Spliced flower box

Abstract

The invention relates to a spliced flower box to solve the problems existing in adoption of independent connecting columns (strips) by side plates in the prior art and the problems, such as short service life and fading, of the flower box in the prior art. According to the technical scheme, the flower box includes side plates and a bottom plate formed by high polymer dies. The flower box is characterized in that the outer side walls of the side plates are flower box decorative faces, the two ends of the inner wall face of each side plate are provided with vertical connection parts integrally formed with the side plate, each vertical connection part includes a splicing edge with a bayonet arranged at intervals, and pore columns with pin holes are arranged on the outer sides of the splicing edges at intervals; when the adjacent side plates are spliced, the bayonets of the splicing edges are dislocated and connected mutually by inserting, and plug pins pass through through holes of the splicing edges and inserted into the pin holes of the adjacent side plates. The flower box has the advantages that the side plates and bottom plate made from high polymer materials are adopted, the splicing edges with the bayonets are dislocated and connected mutually by inserting, connection sides integrally formed on the side plates are spliced mutually, and the splicing flower box solves the problems that splicing is difficult, the service life is short, the box is easy to damage and fading easily occurs after pattern printing and coloring.

Description

technical field [0001] The invention relates to a flower box, in particular to a spliced ​​flower box. Background technique [0002] Existing flower boxes with the function of isolation belts used on roads have been used outdoors for a long time. After exposure to the sun, rain, spring, summer, autumn and winter, the inner cavity accommodates the plant soil layer. It is usually made of plastic or aluminum alloy. The boards are mounted on separate connecting columns (bars), which is complex and costly. Plastic flower boxes with concave-convex patterns on the outer surface are usually laminated structures, which have a short service life and are not strong enough to be easily damaged; the patterns or coloring on the surface of aluminum alloy flower boxes are easy to fade, and because the aluminum plate is relatively thin, it is not suitable to make relief and concave-convex contrast. Strongly patterned finish. If the flower box is made by integral molding, it will be bulky, ...

AI Technical Summary

Problems solved by technology

It not only solves the problem that flower boxes made of polymer materials are difficult to splice, but also solves the problem that it is difficult to apply colored decorative panels on the side panels, and also solves the problem of short life and easy damage of plastic flower boxes; Easy to fade and other problems

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