Sidewalk ground tile paving die

Abstract

The invention relates to a sidewalk ground tile paving die, which comprises a frame used for placing tiles and a lifting structure connected with the frame. The frame comprises interconnected margin frames and a tile die formed by connecting a plurality of side plates. The inside of the tile die is provided with isolated cavities for accommodating tiles. The lifting structure is connected with the margin frames. A certain distance is kept between the margin frames and the tile die. The sidewalk ground tile paving die has the advantages of simple structure, convenient use, capability of effectively guaranteeing the whole effect of the paved road surface, high working efficiency and low labor intensity.

Description

technical field [0001] The invention belongs to the field of municipal equipment, in particular to a mold for laying floor tiles on sidewalks outside road curbs. Background technique [0002] Generally, floor tiles need to be laid on the sidewalks outside the curbs of urban roads, and gaps need to be reserved between two adjacent floor tiles, so that after the floor tiles are laid, fine sand is sprinkled on the brick surface, and these fine sand The sand enters into the gaps to make the floor tiles more stable. The floor tiles on the existing sidewalk are mainly laid manually, and the laying of the floor tiles has a straight requirement on the whole. This requires workers to use wooden bucket pull lines to limit the position of local floor tiles after laying a certain distance, and in the process of laying each floor tile, it is also necessary to consider its specific placement as a whole. Therefore, to pave the floor tiles well on the sidewalk, only utilizing the above-me...

AI Technical Summary

Problems solved by technology

Therefore, to pave the floor tiles on the sidewalk, only using the above laying method can not meet the satisfactory requirements, and the work intensity is high and the work efficiency is low.

In addition, floor tiles are cement prefabricated parts, and the shrinkage of each floor tile is different when it is solidified and formed, which results in different sizes of the floor tiles after molding. The gap between two adjacent floor tiles is quite different. After the fine sand is sprinkled on the road surface, it will inevitably lead to different amounts of fine sand entering the gap between the floor tiles in different places on the road surface. In some places, there is no fine sand at all. If the sand enters, this will also cause the floor tiles to move after a long time of trampling. When walking on the road in rainy days and walking to this place, it is easy to cause water to splash on the shoes.

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