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Aluminum-plastic composite floor with water accumulation prevention and snow melting functions
The invention provides an aluminum-plastic composite floor with water accumulation prevention and snow melting functions. The floor comprises a base layer made of aluminum alloy and an elastic surfacelayer which is attached to the base layer and mainly formed by resin, two side ends of the base layer are provided with a male splicing end with a male tenon structure and a female splicing end witha female groove structure respectively, during paving, any two adjacent floors in the length direction of the floors are connected in a matched mode through the male tenon structures and the female groove structures, a gap is formed between the upper surfaces of any two adjacent floors to form a water inlet, each of the male tenon structure and the female tenon structure is provided with a plurality of drainage grooves, one or more cavities are formed inside the base layer, and heating sources are arranged in the cavities or allowed to be arranged in the cavities. According to the aluminum-plastic composite floor with the water accumulation prevention and snow melting functions, through the design of the water inlet and the multiple drainage grooves, it is guaranteed that rainwater cannotpermeate into the lower portion of the floor and is drained as soon as possible; and when accumulated snow is generated on the surface of the floor, the accumulated snow can be quickly melted throughthe heating sources arranged in the cavities of the base layer.
本发明提供了一种具有防积水及融雪功能的铝塑复合地板。该地板包括铝合金材质的基层和附着在基层上主要由树脂形成的弹性表层;基层的两侧端分别为设置成公榫结构的公拼接端和设置成母槽结构的母拼接端;铺装时,地板长度方向上任意相邻的两块地板通过的公榫结构和母槽结构配合连接,且任意相邻的两块地板的上表面之间具有间隙以形成入水口;公榫结构与母榫结构上设置有多个排水槽;基层内部设置有一个或多个空腔,空腔内设置有加热源或供设置加热源。本发明通过入水口以及多个排水槽的设计,保证了雨水不会渗入地板下方并尽快排出;当地板表面产生积雪时,可通过设置在基层空腔内的加热源使积雪快速融化。
Aluminum-plastic composite floor with water accumulation prevention and snow melting functions
The invention provides an aluminum-plastic composite floor with water accumulation prevention and snow melting functions. The floor comprises a base layer made of aluminum alloy and an elastic surfacelayer which is attached to the base layer and mainly formed by resin, two side ends of the base layer are provided with a male splicing end with a male tenon structure and a female splicing end witha female groove structure respectively, during paving, any two adjacent floors in the length direction of the floors are connected in a matched mode through the male tenon structures and the female groove structures, a gap is formed between the upper surfaces of any two adjacent floors to form a water inlet, each of the male tenon structure and the female tenon structure is provided with a plurality of drainage grooves, one or more cavities are formed inside the base layer, and heating sources are arranged in the cavities or allowed to be arranged in the cavities. According to the aluminum-plastic composite floor with the water accumulation prevention and snow melting functions, through the design of the water inlet and the multiple drainage grooves, it is guaranteed that rainwater cannotpermeate into the lower portion of the floor and is drained as soon as possible; and when accumulated snow is generated on the surface of the floor, the accumulated snow can be quickly melted throughthe heating sources arranged in the cavities of the base layer.
本发明提供了一种具有防积水及融雪功能的铝塑复合地板。该地板包括铝合金材质的基层和附着在基层上主要由树脂形成的弹性表层;基层的两侧端分别为设置成公榫结构的公拼接端和设置成母槽结构的母拼接端;铺装时,地板长度方向上任意相邻的两块地板通过的公榫结构和母槽结构配合连接,且任意相邻的两块地板的上表面之间具有间隙以形成入水口;公榫结构与母榫结构上设置有多个排水槽;基层内部设置有一个或多个空腔,空腔内设置有加热源或供设置加热源。本发明通过入水口以及多个排水槽的设计,保证了雨水不会渗入地板下方并尽快排出;当地板表面产生积雪时,可通过设置在基层空腔内的加热源使积雪快速融化。
Aluminum-plastic composite floor with water accumulation prevention and snow melting functions
一种具有防积水及融雪功能的铝塑复合地板
LIU FENG (author) / TANG DAOYUAN (author) / WU GUANGRONG (author)
2020-11-17
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
SNOW-MELTING DEVICE, SNOW-MELTING METHOD AND SNOW-MELTING ALUMINUM DECK HELIPORT
European Patent Office | 2018
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