TWI768979B - Floor tile paving method - Google Patents

Abstract

A floor tile paving method includes a preparation step, a paving step, and a caulking step. The preparation step is to prepare a plurality of floor tiles and bases and engage the floor tiles with the bases to form a plurality of tile units. The paving step is to arrange the tile units in alignment to form a space between any two adjacent tile units. The caulking step is to caulk the space with a caulking material so that surfaces of the floor tiles become level. Thus, by connecting the tile units in alignment and caulking the space with the caulking material, the floor tiles can be paved quickly to thereby accelerate the paving speed. The bases can be buffers when the floor tiles shrink or expand to thereby provide a buffering effect, prevent the floor tiles from being damaged, and improve the building quality.

Description

Floor tile paving construction method

The invention relates to a floor tile construction method, in particular to a floor tile paving construction method.

Check, sticking floor tiles can not only beautify the environment, but also the space with floor tiles is not easy to hide dirt and is easier to clean, which makes floor tiles play a very important role in the design of architectural space. The ground is coated with cement mortar or adhesive of appropriate thickness, and then the floor tiles are laid on the cement mortar or the adhesive one by one, and then beaten and leveled with a rubber mallet, and the gaps between the floor tiles are filled with caulking glue. The size of the gap between these floor tiles is one of the important factors that affect whether the subsequent use of floor tiles will cause bursting and arching due to sudden changes in temperature. Popping, arching and other phenomena will cause inconvenience in the life of space users, and more likely to cause the risk of injury to space users. If repairing and replacement is performed, maintenance costs will increase.

However, the conventional floor tile laying methods all rely on skilled technical manpower, and with the assistance of relative tools, the construction with a smooth appearance can be achieved; however, the efficiency of manual application is not obvious, and the standards made by each person are different, so that each construction is difficult. The quality is different, and if the gaps between the floor tiles are inconsistent, the overall appearance will be affected. In addition, these floor tiles all have a relatively thin thickness, and it is more difficult to accurately determine the degree of slurry eating at the bottom of these floor tiles. The thickness of the cement mortar or adhesive applied to the ground is not enough, which is prone to lack of adhesion. If the thickness of the applied cement mortar or adhesive is too thick, it is easy to overflow and difficult to clean. Such floor tiles are all hard materials. If they encounter the phenomenon of thermal expansion and cold contraction caused by earthquakes or changes in ambient temperature, they will not be able to produce a buffering effect, so that such floor tiles are prone to cracking, arching or falling off. Floor tiles are also difficult to repair alone, resulting in increased maintenance costs, which needs to be improved.

Therefore, the purpose of the present invention is to provide a floor tile laying construction method, which can quickly improve the laying quality and construction speed of the floor tiles, and provide a buffer effect when the floor tiles shrink or expand, and at the same time, the subsequent construction and repairing is easier.

Therefore, the floor tile paving construction method of the present invention sequentially includes the steps of preparation, paving and filling; wherein, a plurality of floor tiles and bases are prepared in the preparation step, and the floor tiles are inserted into the bases one by one, so as to A plurality of brick base units are formed; then in the paving step, the brick base units are laid side by side on the applied ground one by one, so that a gap is formed between the adjacent brick base units; finally, in the filling step, the use of filling The gap is filled with the joint material, so that the tiles of the brick base units form a flat state after laying; therefore, by the adjacent arrangement of the brick base units and the filling of the joint material, it can be quickly completed The laying of the tiles on the ground not only speeds up the construction speed, but also the bases can provide a buffering effect when the tiles shrink or expand, effectively preventing the cracking of the tiles, thereby improving the overall construction quality. In addition, Each brick base unit is an independent individual, so it is easier and more convenient for subsequent construction and repair.

The foregoing and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIG. 1, a construction method 3 of the present invention for paving tiles includes a preparation step 31, a primer step 32, a paving step 33 and a filling step 34. Referring to FIG. 2, in the preparation step 31 , a plurality of floor tiles 41 and a plurality of bases 42 for accommodating the floor tiles 41 are prepared, and in this embodiment, a clamping unit 421 is formed on the periphery of the base 42, and the clamping unit 421 encircles a space for the floor tiles 41 accommodates the groove A, and the size of the groove A can be equal to or slightly smaller than the width of the floor tile 41, so that the clamping unit 421 can be firmly wrapped around the periphery of the floor tile 41, and then the The floor tiles 41 are embedded in the bases 42 one by one, that is, the floor tiles 41 are embedded in the groove A, so that the floor tiles 41 can be stably fixed on the base 42 by the clamping unit 421 and form a plurality of bricks The base unit 43, and a fixing adhesive material (not shown in the figure) can be timely provided between the floor tile 41 and the base 42, so as to improve the connection between the floor tile 41 and the base 42, and the floor tiles 41 are embedded in the base 42. When waiting inside the bases 42, the floor tiles 41 are partially protruding from the bases 42, so that the periphery of the floor tiles 41 and the clamping units 421 of the bases 42 form a height difference, as shown in FIG. In the embodiment, the bases 42 can be made of plastic material, preferably plastic material, so that the bases 42 have a little elasticity and deformation.

Continuing the above, with reference to FIG. 3, in the primer step 32, firstly, the application ground 5 on which the brick base units 43 are to be laid is leveled and cleaned, so as to prevent impurities from affecting subsequent construction operations. The applied floor 5 can be coated with an adhesive material 6 on the applied floor 5 before laying the brick base units 43 , as shown in FIG. 3 , and the adhesive material 6 can be cement mortar, or the adhesive is In order to improve the connection between the subsequent construction ground 5 and the brick base units 43, or through nails (not shown in the figure), the bases 42 of the brick base units 43 are nailed and fixed on the construction ground 5. The above and the following descriptions are given by taking the example that the tile base units 43 are fixed on the working ground 5 through the adhesive material 6 .

As shown in FIG. 4 , then in the laying step 33 , the brick base units 43 are laid side by side on the adhesive material 6 one by one, until the brick base units 43 completely cover the applied ground 5 , and the brick base units 43 are There is no need to reserve gaps between the units 43, and after the paving is completed, the brick base units 43 can be knocked and leveled according to the situation, that is, each brick base unit 43 is struck and leveled with a hammer handle, and the brick bases are checked. The bottom of the unit 43 is saturated with slurry, since the floor tiles 41 are partially protruded when installed in the bases 42, so that when the bases 42 of any two adjacent brick base units 43 are attached to each other, any two phase A gap S is created between the tiles 41 of the adjacent tile base units 43 , and because the bases 42 have the same size, the gaps S created between the tiles 41 of the tile base units 43 are all the same size.

Referring to FIG. 5 , in the filling step 34 , the gap S between the brick base units 43 is filled with a joint filler 7 , so that the floor tiles 41 of the brick base units 43 form a flat state, which is Therefore, the present case is different from the prior art, the gaps S between the floor tiles 41 can be set uniformly without relying on technical manpower and tool assistance, so the construction speed can be greatly accelerated. In addition, the bases 42 can be made of plastic material in time. Therefore, when the floor tiles 41 shrink or expand due to changes in temperature, the bases 42 can provide a buffering effect, thereby preventing the floor tiles 41 from being directly adhered by the adhesive material 6 . Detachment and the occurrence of cracking or arching of the floor tiles 41 will greatly improve the overall construction quality. Moreover, each brick base unit 43 is an independent individual, so only the damaged brick base needs to be removed during repair. At the same time, the new brick base unit 43 can be inserted and inserted, which makes the subsequent construction and repair work easier and faster.

Summarizing the above, in the construction method of the present invention, in the preparation step, the floor tiles and the base are prepared, and the floor tiles are embedded in the bases one by one to form the brick base units, and then in the In the laying step, the brick base units are laid side by side on the applied ground, so that the gap is formed between the adjacent brick base units, and finally in the filling step, the gap is filled with the caulking material, In order to make the tile surface of these brick base units form a flat state after laying, therefore, through the adjoining arrangement of these brick base units and filling with the filling material, the construction speed is accelerated. It is made of plastic material, so that the bases can provide a buffering effect when the floor tiles shrink or expand, which improves the overall construction quality. In addition, each brick base unit is an independent entity, so it is easier and easier to repair the subsequent construction. convenient.

However, the above descriptions are only to illustrate the preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention. , shall still fall within the scope covered by the patent of the present invention.

(this invention) 3: Floor tile paving construction method 31: Preparation steps 32: Primer steps 33: Paving steps 34: Fill Steps 41: Floor tiles 42: Base 43: Brick base unit 421: Clamping unit 5: Apply to the ground 6: Adhesive material 7: Caulking material A: groove S: Clearance

FIG. 1 is a schematic block flow diagram of a preferred embodiment of the present invention. Figures 2-5 are partial flow diagrams of the preferred embodiment.

3: Floor tile paving construction method

31: Preparation steps

32: Primer steps

33: Paving steps

34: Fill Steps

Claims (7)

A floor tile paving construction method, which includes: a preparation step, which is provided with a plurality of floor tiles, and a plurality of bases for the floor tiles to accommodate, the sides of the bases are arranged in a plane, and the floor tiles are embedded one by one in the In the base to form a plurality of brick base units; a paving step, which lays the brick base units one by one on the applied ground, and a gap is formed between the adjacent brick base units; and a filling step, which prepares Filling material is provided, and the gap is filled with the filling material, so that the tiles of the tile base units form a flat state. The floor tile paving construction method according to claim 1, wherein, after the preparation step, there is a primer step, which is leveled for the application ground, so that the brick base units can be flatly laid on the construction ground . The floor tile paving construction method according to claim 1, wherein a clamping unit is formed on the periphery of the base, so that the floor tiles can be stably fixed on the base by the clamping unit. The floor tile paving construction method according to claim 1, wherein a fixing glue material is provided between the floor tiles and the bases, so that the floor tiles are stably located in the bases. The floor tile paving construction method according to claim 1, wherein the bases are made of plastic material. The floor tile paving construction method according to claim 1, wherein the tile base units can be positioned on the application ground by means of an adhesive material. The floor tile paving construction method according to claim 1, wherein the bases can be fixed on the application ground by nails.

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