A tile laying and positioning brick jointer

Abstract

The invention relates to a positioning brick seam device, in particular to a ceramic tile paving and positioning brick seam device. The to-be-solved technical scheme is to provide a ceramic tile paving and positioning brick seam device which can improve the work efficiency, can pave two ceramic tiles simultaneously, and can prevent the phenomenon of uneven four corners during ceramic tile paving.According to the technical scheme, the ceramic tile paving and positioning brick seam device comprises a supporting plate, a two-millimeter brick seam plate, a five-millimeter brick seam plate, a sliding rod, a sliding sleeve, a transverse rod, a vertical rod and the like; the upper portion of the rear side face of the supporting plate is connected with the two-millimeter brick seam plate, and thelower portion of the rear side face of the supporting plate is connected with the five-millimeter brick seam plate. The ceramic tile paving and positioning brick seam device has the advantages that through the two-millimeter brick seam plate and the five-millimeter brick seam plate, ceramic tile seams can be paved with two different ceramic tiles of two millimeters and five millimeters, and a two-millimeter supplement brick seam plate, a five-millimeter supplement brick seam plate, the two-millimeter brick seam plate and the five-millimeter brick seam plate can be adjusted to a same horizontal position by rotating turnplates on the left and right portions, thereby paving the two ceramic tiles simultaneously.

Description

technical field [0001] The invention relates to a positioning brick joint device, in particular to a ceramic tile laying positioning brick joint device. Background technique [0002] When tiling tiles, in order to avoid the arching of the cement and the tile body due to the different coefficients of thermal expansion and cold contraction, it is necessary to leave a seam for paving. Now, when laying tiles, people usually take a small cross tile jointer, and the tiles are installed. Positioning and paving, the millimeters of the tiles are different, and the millimeters of the corresponding small cross brick joints are also different, so that not only can only one tile be pasted at a time, but also when the tiles of different millimeters are pasted, the small cross brick joints need to be replaced, reducing the Work efficiency, manual paving is prone to uneven corners. SUMMARY OF THE INVENTION [0003] In order to overcome the disadvantage that people use a small cross brick...

AI Technical Summary

Problems solved by technology

[0002] When laying tiles, in order to avoid the occurrence of arching due to the different thermal expansion and contraction coefficients between the cement and the tile embryo body, seams must be left for paving. Nowadays, people generally use a small cross brick seam to install the tiles. For positioning and laying, the millimeters of the tiles are different, and the millimeters of the small cross brick seams are also different. In this way, not only can one tile be pasted at a time, but also when tiles with different millimeters are pasted, the small cross brick joints need to be replaced, reducing the Work efficiency, manual paving is prone to uneven corners

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