Base board of self-heating environment-friendly floor, floor, metal composite floor and mounting method

Abstract

The invention relates to a base board of a self-heating environment-friendly floor, a floor, a metal composite floor and a mounting method. Traditional wood floors are fixed through buckle structures parallel to the horizontal direction of the ground, mounting, dismounting and repairing are not convenient, and a self-heating floor can hardly achieve the effect that the floor can be used immediately after starting and is not environmentally friendly. The base board is characterized in that the base board comprises a panel, tenon feet and supporting connection parts, wherein the tenon feet and the supporting connection parts are fixed to the bottom of the panel and sequentially arranged from one side to the other side of the panel, one side of the panel stretches out of the tenon feet to form a cantilever structure, each supporting connection part is provided with a heating part storage groove, a tenon groove, a lateral supporting foot and a bracket and fixed to the bottom of the panel through the lateral supporting foot, and the brackets are fixed to the corresponding lateral supporting feet. The self-heating environment-friendly metal composite floor comprises the base board which is made of metal. The self-heating environment-friendly metal composite floor is environmentally friendly, convenient to mount, good in heat transfer performance and capable of effectively achieving the effect that the floor can be used immediately after starting.

Description

technical field [0001] The invention relates to a self-heating floor, in particular to a substrate, a floor, a metal composite floor and an installation method of a self-heating and environment-friendly floor. Background technique [0002] The traditional wooden floor is fixed by a horizontal locking structure parallel to the ground. It is inconvenient to install, disassemble and maintain, the bite is not sufficient, the strength is poor, and it is difficult to repeatedly disassemble and assemble. [0003] Floor heating is a relatively comfortable heating method. Traditional floor heating is to bury hot water pipes or heating parts in concrete. When using it, the concrete is first heated and then the heat is transferred from the concrete to the floor. For the floor, the surface is heated evenly and the temperature is relatively low. Low, so the requirements for wood flooring are not high, so solid wood flooring, solid wood composite flooring, and laminate flooring can all be...

AI Technical Summary

Problems solved by technology

However, the self-heating floor also has obvious disadvantages: since the heating element is only in direct contact with part of the wooden floor, the wooden floor is heated unevenly and the temperature is high, so it is difficult to apply the solid wood floor. Composite flooring, while the base board of solid wood composite flooring is solid wood composite base board, and the base board of reinforced composite flooring is density board. These two base boards need to use a lot of glue due to the production process, and the formaldehyde in the glue is difficult to control and avoid. , especially when used at a higher temperature, formaldehyde will volatilize, which is not environmentally friendly

In addition, these two kinds of base boards are made of wood, which has poor heat transfer performance, and the effect of instant heating is not obvious enough, and the installation of the floor is inconvenient

[0005] Of course, there are also some self-heating floors with relatively good heat transfer effects. For example, in a Chinese patent with a publication date of November 18, 2015 and a publication number of CN102829508B, a self-heating reinforced composite floor is disclosed. The wall surface of the tank is provided with a metal material heat conduction layer, which can evenly conduct the heat emitted by the electric heating wire, and the heat transfer effect has been improved, but it is still difficult to achieve the real instant effect, and the installation of the floor Inconvenient, and did not solve the problem of formaldehyde pollution

Another example is that the publication date is December 19, 2012, and the publication number is CN102829507A, which discloses a self-heating multi-layer solid wood composite floor. surface, but it is also difficult to achieve the real instant effect, and the installation of the floor is inconvenient, and the problem of formaldehyde pollution is not solved

[0006] To sum up, there is currently no self-heating floor with simple structure, reasonable design, environmental protection, convenient installation, good heat transfer performance, and effective instant-on effect.

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