Integrated engineering floor adopting solid structure

Abstract

The invention provides an integrated engineering floor adopting a solid structure and relates to a wood-plastic floor. A main body comprises a floor surface layer and multiple groups of bottom ends adopting grooving structures and arranged at the lower end of the floor surface layer at equal intervals; each bottom end adopting the grooving structure comprises an upright column vertically fixed to the lower surface of the floor surface layer; a transverse plate is arranged at the bottom of each upright column; each transverse plate and the corresponding upright column form an inverted T shape; and the floor surface layer, the upright columns and the transverse plates are integrally formed. The integrated engineering floor has the benefits as follows: the integrated engineering floor is simple in structure, novel in design, and similar to a hollow plate in shape, adopts an integrally-formed structure, and is free of butted cracks, and firm in structure, and inverted T-shaped structures are arranged at the bottom, so that the quality problem caused by thermal expansion and cold shrinkage generated by water accumulated in a cavity is completely avoided, meanwhile, the product weight in the unit volume is reduced and the production cost is reduced.

Description

technical field [0001] The invention relates to a wood-plastic floor, in particular to an integrated engineered floor with a solid structure. Background technique [0002] Since the wood-plastic composite material was successfully developed in western developed countries, it has been widely used in outdoor floors, wall panels, walls, decorative panels, fences, stair handrails, building templates, outdoor roof tiles, automotive interior parts; packaging and logistics Combined pallets, packing boxes, storage boxes, flower boxes, storage racks; highway noise partitions, office partitions, outdoor open-air tables and benches, movable shelves, folding panels, shutters, indoor roof panels, student desks and chairs, etc. This technology is still in its infancy in our country. With the deepening of popularization and application, it will have a positive impact on making full use of resources, improving economic benefits and reducing environmental pollution, and has broad market pros...

AI Technical Summary

Problems solved by technology

When the traditional bottom plate is processed, the welding problem will be caused by the confluence of the brackets. This kind of plate will have seams. After a long time, the seams will expand after being exposed to water, resulting in damage to the bottom plate. At the same time, the bottom plate is due to its own structure. If the internal water cannot be removed in time, it will also cause deformation of the board, and the materials used for the floor are also relatively large, which increases the cost of raw materials

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