Ceramic tile paving and sizing auxiliary device and construction method

Abstract

The invention relates to the field of building decoration, and discloses a tile paving and sizing auxiliary device and a construction method thereof. The sizing auxiliary device includes a track support and an overturning trolley. The track support includes a base and an overturning track. The overturning track is arranged on the base. The overturning track includes a horizontal section and an arc section, and the arc is connected to the bottom end of the arc section. There are rollers at the bottom of the overturning trolley. The overturning trolley is erected on the overturning track through the rollers and can move along the overturning track. The overturning trolley is provided with an inclined support frame. The inclination direction of the inclination support frame is opposite to that of the arc section. The track support Or the turning trolley is provided with a trolley braking mechanism. The invention cleverly uses the machine to move along the arc track, within a short distance and in a small space, can quickly change the working principle of the angle of the flip trolley, which can quickly and stably flip the tiles, changing the labor consumption of traditional manual flipping of tiles, placing tiles The supporting body is easy to overturn and cause damage to the tiles.

Description

technical field [0001] The invention relates to the field of building decoration, in particular to an auxiliary device for tile paving and sizing and a construction method thereof. Background technique [0002] In building decoration projects, laying wall tiles and floor tiles is an indispensable construction process. In traditional tile paving and sizing operations, manual handling, flipping, and placement on supports such as rubber buckets are often used. After the grout is applied, the tiles are manually picked up and turned over, and laid according to the baseline or sequentially. The traditional construction operation process greatly increases the labor intensity of masons, and it is easy to tilt and flip the bottom support body during the process of placing, sizing, and turning over, resulting in tile damage. In view of the above situation, the present invention uses a trolley to move back and forth on the arc track , for easy sizing and flipping of tiles. [0003] T...

AI Technical Summary

Problems solved by technology

The structure and machinery of this equipment are complicated, involving too many plane and vertical movements, and the mechanical adjustment and debugging are troublesome and time-consuming. The sizing structure is rigid and the thickness of the sizing is inaccurate. Especially, the sizing on the edge of the tiles is not uniform, and there is a phenomenon of waste of materials.

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