Ceramic tile flatness measuring device

Abstract

The invention provides a ceramic tile flatness measuring device. The measuring principle is that through a method of comparing a ceramic tile and a reference with standard flatness, the comparison measurement of an edge of a ceramic tile is carried out before paving and pasting the ceramic tile, a visual method is used to find flatness defects of the edge of the ceramic tile, and thus the early treatment of a ceramic tile with unqualified edge flatness can be carried out before paving and pasting the ceramic tile. The device has the advantages of an ingenious structure, simple detection process and easy operation and is suitable for the flatness detection of ceramic tiles of various models and sizes. And the ceramic tile paving efficiency and construction quality in refined decoration can be greatly improved by applying the device.

Description

technical field [0001] The invention relates to the technical field of error measurement, in particular to a tile flatness measuring device. Background technique [0002] In the process of interior decoration, laying tiles on the ground and some walls is an indispensable construction plan. The laying plan of tiles generally includes two types of seam paving and seamless paving, of which seam paving refers to tile paste When paving, keep a certain gap between the tiles. After the paving is completed, in order to make the effect beautiful, the gap needs to be filled or beautified. Pasting means that after the tiles are pasted, the gap between adjacent tiles is very small, no post-processing is required, and the intuitive effect is very flat and beautiful, but seamless paving has high requirements for the size error and flatness of the tiles. The dimensional error in the tile production process is relatively easy to control, but as the size of the tile becomes larger and large...

AI Technical Summary

Problems solved by technology

The dimensional error in the tile production process is relatively easy to control, but as the size of the tile becomes larger and larger, affected by various factors such as production, transportation, and storage, its flatness index is difficult to control. When the edge flatness error of adjacent tiles is slightly larger, the seams between adjacent tiles will have obvious unevenness, which will affect the overall aesthetic effect

At present, there is no suitable device for rapid real-time measurement of tiles when they are seamlessly laid. Often, the construction personnel can only visually check the unevenness of the joints after laying multiple pieces of tiles. For obvious flatness defects , it is necessary to remove the paved tiles, apply heavy objects to the uneven edges for a period of time, and make the flatness of the edge joints as consistent as possible through pressure deformation, but this process is laborious, especially for super large tiles. The effect is often difficult to guarantee, and it is a time-consuming and laborious process to remove it after pasting, so the efficiency of paving is low

Observation found that when laying seamlessly, the flatness error of the edge of the tile is difficult to distinguish with the naked eye when there is no comparison reference object, but the flatness error of the edge of the tile is easy to distinguish with the naked eye when there is a comparison reference object

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