Building assembly type ceramic tile and building technology using ceramic tile

Abstract

The invention discloses a building assembly type ceramic tile and a building technology using the ceramic tile. According to the technical scheme, the building assembly type ceramic tile comprises a tile body which is internally provided with functional grooves penetrating through the two opposite side faces of the tile body. The outer side of the tile body is provided with a ceramic decorative layer, the tile body and the ceramic decorative layer are integrally subjected to sintering forming, and the ceramic decorative layer is integrally formed on the outer surface of the tile body. The outer side of the tile body is further provided with a connecting mechanism used for being connected with and fixed to an adjacent tile body. The building assembly type ceramic tile is integrally formed and produced by combining the characteristics of a ceramic brick, a clay brick, a lime sand brick and ceramic, construction is more convenient, time and labor are saved, the cost is greatly lowered, and the brand new construction technology is brought in. The invention further provides a house built through the assembly type ceramic tile. The invention further provides the building technology using the building assembly type ceramic tile.

Description

[0001] 【Technical field】 [0002] The invention relates to a building material, in particular to a prefabricated porcelain tile for building and a construction technique using the tile. [0003] 【Background technique】 [0004] In the existing building construction technology, the basic construction method is to make different types of foundations first, and according to different structural designs, such as steel bars, masonry, frame structures, etc., build wooden formwork, bind various steel bars, and pour various Sand and gravel concrete, after drying and solidifying, remove the wooden formwork, build brick and stone partition walls, and plaster the walls, and then there are rough houses. The overall main body is relatively rough, which wastes materials, takes a long time and cannot be used immediately, and needs to be rebuilt for exterior walls Decoration, interior tiling, stone and other decorations, the process is time-consuming, high cost, poor quality, and not environmen...

AI Technical Summary

Problems solved by technology

[0004] In the existing building construction technology, the basic construction method is to make different types of foundations first, and according to different structural designs, such as steel bars, masonry, frame structures, etc., build wooden formwork, bind various steel bars, and pour various Sand and gravel concrete, after drying and solidifying, remove the wooden formwork, build brick and stone partition walls, and plaster the walls, and then there are rough houses. The overall main body is relatively rough, which wastes materials, takes a long time and cannot be used immediately, and needs to be rebuilt for exterior walls Decoration, interior tiling, stone and other decorations, the process is time-consuming, high cost, poor quality, not environmentally friendly

For example, the traditional floor tile veneer process includes: base construction, base layering, leveling layer, waterproofing, pre-buried pipes, adhesive layer, and veneering layer, etc. The space required is about 100mm, which not only wastes materials, The construction period is long, and the pre-buried pipelines are difficult to modify, and the follow-up maintenance is also extremely difficult, which brings inconvenience to work and life; another example is in the traditional column building technology, after the binding of steel bars is completed, it must be done first. After the wooden hoarding, pour concrete, remove the hoarding after it is solidified and dry, carry out plastering construction on the outer surface, paste tiles or hang stone decoration, all the tiles or stones pasted later are actually not safe. There is a risk of shedding

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