A plastering machine for floor tiles or tiles and its application method

Abstract

The invention provides a mortar laying machine for ground tiles or ceramic tiles and a use method, and relates to the technical field of building decoration engineering equipment. The existing mortar laying machine has some defects, for example, the mechanism functions are single, the structure is relatively complicated, the control of the thickness and the flatness of the mortar is realized through a baffle plate or a scraping plate; the condition of blanking difficulty or even no blanking often occurs; the mortar can only be flattened, and the goal of eliminating bubbles inside the mortar cannot be realized. The mortar laying machine comprises a material cabin (1), a roller (2) and a gear motor (3), wherein the mortar is discharged from a strip-shaped discharging notch (103) to fall onto the bottom surface of the tiles to be laid; the roller (2) rotates to perform compression, troweling and flat laying on the mortar falling on the bottom surface; the composite functions of preventing the mortar from hardening, ensuring the blanking smoothness, flattening the surfaces of the laid mortar, exhausting air through extrusion, performing surface mud extraction, trimming the edge of a mortar layer and the like are achieved; in addition, the structure is simple; the fault rate is low; the use is convenient.

Description

technical field [0001] The invention relates to the technical field of building decoration engineering equipment, in particular to a floor tile or ceramic tile plastering machine and a using method. Background technique [0002] In the laying process of floor tiles or ceramic tiles, smooth ash spreading and brick laying through vibration are the key points of construction. Manual brick laying is achieved by tapping the brick surface to achieve the effect of vibration. Mastering the height of ash spreading and controlling the flatness are key. It is also a difficult point. It is not only difficult to achieve consistent thickness and waste materials by manually spreading the sand and ash; the brick laying machine and ash spreading machine in the prior art are limited by the structure, and the sand and ash laid out cannot meet the construction requirements, which limits the quality of the material. Paving machines are not widely available. [0003] For example, "Sand ash tilin...

AI Technical Summary

Problems solved by technology

[0005] First of all, the movement of sand ash in the hopper depends entirely on its own gravity, which is basically no problem for the sand ash with good fluidity used in laying floor tiles, but for the wet sand ash with high viscosity that plays a bonding role For this problem, the utility model patent "201220580558.8 automatic ash spreader" scheme, by setting the ash wheel in the ash box, prevents the laying speed from being caused by slow laying speed. The material condenses; in the scheme of "201010107508.3 Floor Brick Laying Machine", there is a stirring shaft in the mortar cylinder, and there are multiple setting teeth around the stirring shaft; but the above scheme cannot completely solve the problem of difficult or even non-feeding. Because the movement of the ash wheel and the stirring shaft can only prevent the mortar in the cylinder or box from hardening, and cannot touch the ash outlet or discharge port, and the width, length and height of the ash outlet or discharge port take into account the laying of sand ash. The width and thickness of the ash outlet are usually set relatively small, and the sand ash is often blocked under high pressure at the ash outlet, which requires manual use of sticks to keep it unblocked, which is quite inconvenient

[0006] Secondly, the leveling and dust-scraping device in the above scheme can only level the sand and dust, but cannot eliminate the air bubbles inside the sand and dust. The density of the sand and dust is inconsistent and the settlement is uneven. It needs to be knocked and vibrated to ensure its internal compactness. At the same time, these The device has no slurry extraction function, and the surface of the laid sand and ash is relatively dry, which is not conducive to the close bonding of floor tiles or ceramic tiles with sand and ash. There will be hollowing of floor tiles or tiles due to poor bonding, which needs to be artificially vibrated or Tapping and vibrating to avoid these problems will undoubtedly increase the workload and fail to improve efficiency

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