Floor with heat emitting, heat guiding and heat insulating function and transverse inserted connection function

Abstract

A floor with a heat emitting, heat guiding and heat insulating function and a transverse inserted connection function comprises a wood board block and a keel. According to the keel of the structure, transverse auxiliary ribs are formed on the left side and the right side of a main rib respectively, the lower surface of each auxiliary rib is an inclined surface, the inner side of each inclined surface extends to form a hook-shaped tenon, the two auxiliary ribs are connected together through an elastic piece, and a heating cable is placed in each auxiliary rib; a main rib insertion groove, auxiliary insertion grooves and hook-shaped tenon insertion grooves are formed in the wood board block, the main rib, the auxiliary ribs and the hook-shaped tenons are inserted in the main rib insertion groove, the auxiliary insertion grooves and the hook-shaped tenon insertion grooves respectively, the main rib is vertical, the auxiliary ribs are transverse and straight, and the hook-shaped tenons arestraight. The floor can prevent the wood board block from arching deformation and has the heat emitting, heat guiding and heat insulating function and the horizontal oppositely inserted installationfunction.

Description

Technical field: [0001] The invention relates to the field of floor technology, and more specifically relates to a floor with elastic keels and functions of heat generation, heat conduction, heat insulation and horizontal insertion of wooden boards. Background technique: [0002] See figure 1 As shown, there is currently a floor on the market, its two adjacent wooden boards A1 are connected together through the yin and yang groove A13 and the keel A2, the keel A2 has the main reinforcement A21 and the auxiliary reinforcement A22, the main reinforcement A21 and the auxiliary reinforcement A22 are inserted into the In the matching main rib slot A11 and auxiliary rib slot A12 on the wooden board A1, its disadvantages are: 1. When the wooden board is wet and swollen, a large transverse stress will be generated between two adjacent wooden boards , this stress is likely to cause arching and deformation of the wooden board. 2. When the wood boards are cold-shrinked, it is easy to...

AI Technical Summary

Problems solved by technology

[0002] See figure 1 As shown, there is currently a floor on the market, its two adjacent wooden boards A1 are connected together through the yin and yang groove A13 and the keel A2, the keel A2 has the main reinforcement A21 and the auxiliary reinforcement A22, the main reinforcement A21 and the auxiliary reinforcement A22 are inserted into the In the matching main rib slot A11 and auxiliary rib slot A12 on the wooden board A1, its disadvantages are: 1. When the wooden board is wet and swollen, a large transverse stress will be generated between two adjacent wooden boards , this stress is easy to cause the arching deformation of the wooden board

2. When the wood boards are cold-shrinked, it is easy to see a large shrinkage gap between two adjacent wood boards on the surface of the wood boards

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