An anti-damage supporting device for mosaic tiles

Abstract

The invention discloses a breakage-proof bearing device for mosaic tiles. The breakage-proof bearing device comprises a tile body and two fixing plates which are disposed in parallel, through holes are correspondingly formed in the fixing plates, guide rods are connected with the through holes in an inserted mode, and supporting devices located at the lowest ends is in contact connection with bearing plates. Each supporting device comprises a round ring, a supporting plate, a corner protection plate and a shock absorption device. By arranging the shock absorption devices, a shock absorption effect can be formed between every two adjacent tile bodies, the tiles can be positioned at a certain degree, and the phenomenon of scratches generated between two tiles or breakage can be avoided. By arranging the guide rods and swallow tail blocks, width and length adjustment can be conducted according to the sizes of tile bodies when in use, multiple sets of tiles can be simultaneously placed and borne, usage of excessive packing materials is avoided, the utilization rate of resources is increased to a great extent, and waste and environment pollution are reduced.

Description

technical field [0001] The invention relates to the technical field of mosaic tile transportation, in particular to an anti-damage support device for mosaic tiles. Background technique [0002] Mosaic tiles are one of the oldest known decorative arts. They are the materials used for laying bathroom walls and floors in many families. Among them, mosaic tiles have no good devices during transportation due to the fact that there are many protrusions or patterns on the surface. For protection, under the prior art, when mosaic tiles are transported, most of them are protected by foamed plastic or cardboard. Generally, four or five are used for packaging and transportation, but this transportation method has the following problems: [0003] 1. Mosaic tiles are prone to friction with each other during transportation, resulting in scratches or damage on the surface of mosaic tiles; [0004] 2. When transported in the form of traditional packaging and combination, the packaging mate...

AI Technical Summary

Problems solved by technology

[0003] 1. Mosaic tiles are prone to friction with each other during transportation, resulting in scratches or damage on the surface of mosaic tiles;

[0004] 2. When transported in the form of traditional packaging and combination, the packaging materials in it cannot be recycled, which will easily cause waste and environmental pollution;

[0005] 3. In the process of moving up and down, mosaic tiles are prone to damage, and there are difficulties in placing them. When manpower is moving, it often causes damage and economic losses

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