Application method of portable tile mechanical plastering device

Abstract

Aiming at problems existing in the prior art that tile plastering is carried out manually, the quality is hard to be unified, the tile laying efficiency is low, and the health of the worker is damaged, The invention provides an application method of a portable tile mechanical plastering device. The application method comprises that in dependence on the tile construction position, the portable tile mechanical plastering device is moved to an operable position, during the moving process, a second movable support bar supports an ash storage box, and a first movable support bar is used as a handle for moving the whole device; after the portable tile mechanical plastering device reaches the operable position, the ash storage box is turned over, the first movable support bar is rotated to make the first movable support bar support the ash storage box on the operating position, the upper part of the ash storage box is opened, and an ash outlet of the ash storage box faces down; the tile is cleaned manually, and the ash storage box is pre-wet by a wet cloth; and plastering construction is carried out. The tile plastering time can be greatly reduced, and the tile laying quality and the construction efficiency are improved; when in use, the portable tile mechanical plastering device can be assembled quickly; when in idle, the portable tile mechanical plastering device can be wholly stored and can also be individually stored after being dismounted.

Description

Technical field [0001] The invention belongs to the construction field of building decoration engineering, and particularly relates to a method for using a portable ceramic tile mechanical plastering device. Background technique [0002] At present, in decoration construction, manual operation of workers is still used to plaster tiles. Manual plastering relies too much on the experience and feel of the workers, and it is difficult to control the flatness and thickness of the plastering as a whole. It is difficult for manual plastering to smooth the four corners of the tiles evenly, and the quality of plastering is difficult to be uniform, resulting in paving The ceramic tiles have quality problems of hollowing and shelling. Moreover, in the manual plastering process, the cement mortar will also cause great damage to the fingers of the operator. In addition, manual plastering is difficult to ensure the efficiency of paving for projects with a large amount of tiles, which affects...

AI Technical Summary

Problems solved by technology

However, manual plastering relies too much on the experience and feel of the workers, and it is difficult to achieve overall control over the smoothness and thickness of the plaster. It is difficult to evenly plaster the four corners of the tiles with manual plastering, and the plastering quality is difficult to uniform, resulting in The quality problems of hollowing and peeling of ceramic tiles

Moreover, during the manual plastering process, the cement mortar will also cause great damage to the fingers of the operator.

In addition, manual plastering is difficult to guarantee the efficiency of laying tiles for projects with a large amount of tiles, which affects the construction period

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