Regenerated self-embedded plate and application thereof

Abstract

The invention discloses a regenerated self-embedded plate. The regenerated self-embedded plate comprises a main plate and a fastening part, wherein a connection manner for matching and splicing the main plate with the fastening part is a mortise-tenon structure; the fastening part comprises a first end part, a first waist part, a second waist part and a second end part which are successively connected with each other; the widths of the first end part and the second end are greater than those of the first waist part and the second waist part; grooves are formed in the main plate and are used for bearing the first end part and the first waist part or the second end part and the second waist part in a matching manner; the material of the regenerated self-embedded plate comprises concrete. Theinvention also relates to application of the regenerated self-embedded plate. The regenerated self-embedded plate can replace a concrete base layer to pave roads; the paved roads are preferably non-motorized vehicle lanes such as squares, sidewalks, bicycle lanes and pedestrian streets and also do not exclude motorized vehicle lanes; the regenerated self-embedded plate is directly spliced and paved on the leveled bed course in use and does not need to be spliced by concrete or cement; the regenerated self-embedded plate is convenient to disassemble and can be reused.

Description

technical field [0001] The invention relates to the field of building materials, in particular to a regenerated self-panel and its application. Background technique [0002] With the process of urbanization, various building constructions have been carried out on a large scale across the country. On the one hand, it has promoted the improvement of people's lives and brought economic prosperity and development; produce. [0003] Cement and concrete are building materials used in large quantities when laying roads. The road paved with traditional pouring concrete has the following disadvantages: the demand for concrete is large. After the road is built, it needs to maintain the concrete pavement for a period of time, and it can be put into use after reaching the concrete age. After the pavement is damaged, it needs to be renovated, and it needs a period of maintenance before it can be used, so the repair period is longer. After the concrete is set, renovations, renovations...

AI Technical Summary

Problems solved by technology

After the concrete sets, renovations, renovations, etc. will generate a large amount of construction waste, which is difficult to recycle

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