Multifunctional spliced floor and floor system constituted by same

Abstract

The invention discloses a multifunctional spliced floor. The multifunctional spliced floor comprises one or more rectangular multifunctional plates, cross-shaped sunken through grooves are formed in the middles of the multifunctional plates, and the upper part of each through groove is covered with two separable transverse first cover plates and a longitudinal second cover plate; clamping tongues extending outwards and clamping grooves located in the lower parts of the edges are further formed in the four edges of each multifunctional plate; and one or more locking grooves are further formed in each edge of the upper parts of the multifunctional plates, locking keys are inserted into the locking grooves to lock the adjacent multifunctional plates, and the length of the short edges of the multifunctional plates is half of the length of the long edges of the multifunctional plates. The invention further discloses a floor system, and the floor system is mainly constituted by the multifunctional spliced floors in a transversely and longitudinally spliced mode. By additionally forming the through grooves, and wire arrangement inside the floor is realized; by additionally arranging locking structures, the locking process is conducted after floor splicing, and locking is more convenient and rapider; and the structure is simple, assembling is convenient, the splicing mode is diverse, the multifunctional spliced floor can adapt to the complex mounting environment, and the using range is expanded.

Description

technical field [0001] The invention relates to the field of floor technology, in particular to a multifunctional spliced ​​floor and a floor system formed therefrom. Background technique [0002] Traditional floors are generally made of wood. With the diversification of needs, the types of floors are also becoming more and more abundant. For example, with the rapid increase in the needs of cultural and sports activities, various venues have been widely established, and sports floors have become increasingly important. The types of manufacturing materials for sports floors have increased, including wood boards, composite boards, and polymer composite (plastic) boards. [0003] At present, most sports floors adopt an assembled structure, which is convenient for temporary handling and assembly. Existing splicing sports floors are generally suitable for indoor or outdoor flat ground. Sports floors cannot be used in some more complex ground environments, such as sand, wetlands...

AI Technical Summary

Problems solved by technology

Existing splicing sports floors are generally suitable for indoor or outdoor flat ground. Sports floors cannot be used in some more complex ground environments, such as sand, wetlands, grass, etc. As far as the current assembled sports floors are concerned, it is impossible to use sports floors. in use

However, the more complicated the ground environment is, the more it needs the sports floor to provide a dry, firm and flat ground environment, but there is no assembled sports floor that can be used in the harsh ground environment; the single assembled floor of the existing assembled sports floor is relatively small It is large and cumbersome to assemble, requiring special tools and operators to assemble. The assembled floor has no special locking structure, and it is easy to disperse when it is impacted by external forces. This also brings difficulties to the use of spliced ​​floors. In addition, the existing The splicing of the assembled sports floor is relatively rigid, and it is difficult to adjust according to the actual use environment. Its single function is not conducive to the laying of circuits and pipelines

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