Tiling device and tiling production system

Abstract

The invention discloses a tiling device and a tiling production system. The tiling device comprises a stock bin, a brick pushing mechanism, a brick pressing mechanism and a brick guiding groove. The brick pushing mechanism and the brick guiding groove are located on two opposite sides of the stock bin, the brick pushing mechanism is used for pushing bricks stored in the stock bin into the brick guiding groove, and the brick pressing mechanism is located above the brick guiding groove and used for pressing down the bricks entering the brick guiding groove. According to the tiling device and the tiling production system, a tiling process can be automatically finished, the labor quantity is reduced, and working hours on the site is saved. By arranging the brick guiding groove, the positions of the bricks can be limited, the bricks are not deflected or inclined when adhering, and tidiness and gaps of the stuck bricks are guaranteed. In addition, the tiling device can guarantee flatness of the stuck bricks by adjusting pressing-down dynamics of the brick pressing mechanism; according to the sizes of the to-be-laid bricks, the brick pushing mechanism is adjusted to adjust the push distance; before the bricks are stuck, the to-be-laid bricks are stacked in the stock bin ahead of time, and the time is saved.

Description

Technical field [0001] The invention relates to the technical field of automatic tile laying and tiling, in particular to a tiling device and a tiling production system. Background technique [0002] At present, tiling is mainly based on manual or semi-automated on-site paving. The on-site tiling device has to adapt to the needs of on-site construction, its device structure is complex, the paving quality is poor, the degree of automation is low, the labor cost is high, and it is restricted by people. The stamina, skills, and tiling speed are slow. The average tiling per person can only reach 30-40 square meters per day, and the quality of the tiling varies. [0003] With the development of residential industrialization, concrete precast parts have been widely used in building construction. The production of precast parts through the production line is conducive to reducing construction costs and shortening the construction period. Building construction links are gathered in the pro...

AI Technical Summary

Problems solved by technology

[0004] Usually, for prefabricated slabs that need to be tiled, the prefabricated production line adopts the method of laying and laying tiles manually, which has low efficiency of laying tiles, a large number of laborers, and a low degree of automation, which seriously restricts the production efficiency of prefabricated panels.

Especially for exterior wall panels, on-site construction consumes a lot of manpower and material resources, and too much on-site construction will cause environmental pollution

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