Traditional archaistic style integrated roof tile

Abstract

The invention discloses a traditional archaistic style integrated roof tile. The traditional archaistic style integrated roof tile is mainly formed by connecting a peak part with a valley part into one body, wherein, the peak part and the valley part extend in the longitudinal direction, the peak part is a plate with an upper convex cambered surface on the upper surface, and the valley part is a plate with a lower concave cambered surface on the upper surface. A sinking upper convex cambered surface is arranged on the tail portion of the peak part to serve as an insertion surface which is usedfor being inserted into the front end of the peak part of a roof tile which is longitudinally adjacent to the roof tile behind the roof tile, and the tail portion of the upper surface of the valley part is connected with the insertion surface into one body. A traditional male tile and a traditional female tile are organically combined to form the integrated roof tile, a roof of a traditional building style is formed through mutual lapping connection of the valley parts in the longitudinal direction of the integrated roof tiles and insertion of the peak parts in the longitudinal direction of the integrated roof tiles, the water proof performance is good, and the appearance is attractive. Moreover, the integrated roof tiles are uniform in shape, the manufacturing technology is simple, and automatic production is easily achieved. Besides, the roof is laid by means of the integrated roof tiles, construction is simple, and the construction efficiency is high.

Description

technical field [0001] The invention relates to a sintered tile used for the roof of a building, in particular to a traditional antique-style integrated roof tile. Background technique [0002] The roofs of traditional Chinese ancient buildings are mostly composed of light walls and light tiles. like Figure 1~3 As shown, Guangdong 1 is also called Yang tile and Tongwa, and Guangwa 2 is also called Yin tile. In the horizontal direction of the roof, the adjacent Guangdong 1 and Guangwa 2 overlap each other. The light ridges 1 are plugged in, and the adjacent light tiles 2 are overlapped to form a sloped roof. [0003] However, the traditional light beams and light tiles have the following defects in the production, construction and use process: [0004] ⑴ The optical wall and the optical tile need to be manufactured separately, and the manufacturing process is cumbersome, which is not conducive to the realization of automatic production. [0005] (2) When laying roofs with...

AI Technical Summary

Problems solved by technology

[0004] ⑴The optical wall and the optical tile need to be manufactured separately, and the manufacturing process is cumbersome, which is not conducive to the realization of automatic production

[0005] ⑵When laying roofs with light ridges and light tiles, the operation is cumbersome, time-consuming and labor-intensive, and the work efficiency is low

[0006] (3) The waterproof performance of the roof of ancient buildings is guaranteed only by the overlap between the roof tiles and the flooding slope of the roof. In rainy days with little rain or no strong wind, the roof can still be guaranteed to not leak. However, in heavy wind and rain Due to weather conditions, rainwater may flow upwards over the tails of tiles and flow into the gaps between adjacent roof tiles. If the roof waterproof layer is not well done, rainwater will easily invade the house and cause roof leakage. The reason why the house often leaks

[0007] In addition, the lower left and upper right corners of the existing roof tiles are generally triangular notches (that is, beveled corners). There is a gap between the triangular notches in the lower left corner of the roof tiles. In heavy rainy weather, rainwater may flow into the gap, causing the hidden danger of roof leakage

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