A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a rapid heat conduction floor, and relates to the technical field of composite floors. The rapid heat conduction floor comprises a facing layer, a high-density board, balance layers, a pine core board and a stabilizing layer; the balance layers comprise a first balance layer and a second balance layer; the first balance layer and the second balance layer are respectively arranged above and below the pine core board; horizontal notches and vertical notches are uniformly formed in the pine core board; the horizontal notches and the vertical notches are perpendicular to each other; the high-density board is arranged on the first balance layer; the facing layer is arranged on the high-density board; and the stabilizing layer is arranged below the second balance layer. According to the rapid heat conduction floor, after geothermal heating, the temperature can be rapidly dissipated through the notches formed in the pine core board, so that the advantages of rapid temperature rise, energy conservation and emission reduction are achieved, the defects that a traditional floor is slow in heat conduction and consumes energy are overcome, stress generated by floor thermal expansion can be relieved and released through the horizontal notches and the vertical notches, and floor deformation is reduced.
本发明公开了复合地板技术领域的一种快速导热地板，包括饰面层、高密度板、平衡层、松木芯板和稳定层，所述平衡层包括第一平衡层和第二平衡层，所述第一平衡层和第二平衡层分别设置在松木芯板的上方和下方，所述松木芯板上均匀设置有水平槽口和垂直槽口，所述水平槽口和垂直槽口之间相互垂直，所述高密度板设置在第一平衡层的上面，所述饰面层设置在高密度板的上面，所述稳定层设置在第二平衡层的下面。本发明通过地热供暖后，温度会迅速通过松木芯开好的槽口进行散热，从而达到升温快，节能减排的优点，不仅解决了传统地板导热慢、耗能的缺点，通过水平槽口和垂直槽口还可以缓解释放地板热胀所产生的应力，减少地板的变形。
The invention discloses a rapid heat conduction floor, and relates to the technical field of composite floors. The rapid heat conduction floor comprises a facing layer, a high-density board, balance layers, a pine core board and a stabilizing layer; the balance layers comprise a first balance layer and a second balance layer; the first balance layer and the second balance layer are respectively arranged above and below the pine core board; horizontal notches and vertical notches are uniformly formed in the pine core board; the horizontal notches and the vertical notches are perpendicular to each other; the high-density board is arranged on the first balance layer; the facing layer is arranged on the high-density board; and the stabilizing layer is arranged below the second balance layer. According to the rapid heat conduction floor, after geothermal heating, the temperature can be rapidly dissipated through the notches formed in the pine core board, so that the advantages of rapid temperature rise, energy conservation and emission reduction are achieved, the defects that a traditional floor is slow in heat conduction and consumes energy are overcome, stress generated by floor thermal expansion can be relieved and released through the horizontal notches and the vertical notches, and floor deformation is reduced.
本发明公开了复合地板技术领域的一种快速导热地板，包括饰面层、高密度板、平衡层、松木芯板和稳定层，所述平衡层包括第一平衡层和第二平衡层，所述第一平衡层和第二平衡层分别设置在松木芯板的上方和下方，所述松木芯板上均匀设置有水平槽口和垂直槽口，所述水平槽口和垂直槽口之间相互垂直，所述高密度板设置在第一平衡层的上面，所述饰面层设置在高密度板的上面，所述稳定层设置在第二平衡层的下面。本发明通过地热供暖后，温度会迅速通过松木芯开好的槽口进行散热，从而达到升温快，节能减排的优点，不仅解决了传统地板导热慢、耗能的缺点，通过水平槽口和垂直槽口还可以缓解释放地板热胀所产生的应力，减少地板的变形。
Rapid heat conduction floor
一种快速导热地板
WU CHUANJIANG (author)
2021-06-18
Patent
Electronic Resource
Chinese
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