Ceramic tile positioning mechanism and ceramic tile paving equipment

Abstract

The invention discloses a ceramic tile positioning mechanism and ceramic tile paving equipment. The ceramic tile positioning mechanism comprises a bearing assembly and a positioning assembly, the bearing assembly comprises a bearing plate, partition plates and two first positioning plates, the two first positioning plates are installed at the two ends above the bearing plate, the partition plates are installed above the bearing plate in a spaced mode and located between the two first positioning plates, ceramic tile receiving areas are formed between the adjacent partition plates and between the first positioning plates and the partition plates, receding grooves are formed in the partition plates and the first positioning plate at one end; the positioning assembly comprises an abutting and pushing piece, and the abutting and pushing piece can move between the receding grooves and the ceramic tile receiving area so as to abut and push ceramic tiles located in the ceramic tile receiving area to the partition plates or the first positioning plates on the opposite side. After the ceramic tiles are placed in the ceramic tile receiving area of the ceramic tile positioning mechanism, the abutting and pushing piece moves from the receding grooves to the ceramic tile receiving area to abut and push the ceramic tiles to the partition plates or the first positioning plates, and therefore installation gaps between the ceramic tiles and the inner wall of the ceramic tile receiving area are eliminated, accurate positioning between the ceramic tiles is achieved, and the positioning accuracy among the ceramic tiles is improved.

Description

technical field [0001] The invention relates to the technical field of construction machinery, in particular to a tile positioning mechanism and tile laying equipment. Background technique [0002] When paving the whole body tiles, there is a gap between the tiles. When laying the whole body tiles manually, a single piece of paving is used. Because the area of ​​the whole body tiles is too small, the efficiency of single piece of paving is low; the robot can lay multiple pieces at a time. The whole body brick improves the efficiency, but it is necessary to ensure the relative position between the tiles when paving, and to eliminate the influence of the size error of the tile itself on the relative position, so the tile needs to be repositioned. Contents of the invention [0003] One object of the present invention is to provide a tile positioning mechanism, which can position multiple tiles at one time. [0004] Another object of the present invention is to provide a cera...

AI Technical Summary

Problems solved by technology

[0002] When paving the whole body tiles, there is a gap between the tiles. When laying the whole body tiles manually, a single piece of paving is used. Because the area of ​​the whole body tiles is too small, the efficiency of single piece of paving is low; the robot can lay multiple pieces at a time. The whole body brick improves the efficiency, but it is necessary to ensure the relative position between the tiles when laying, and to eliminate the influence of the size error of the tile itself on the relative position, so the tile needs to be repositioned

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