Ceramic tile batch processing accurate typesetting positioning construction process based on Internet of things

Abstract

The invention discloses a ceramic tile batch processing accurate typesetting positioning construction process based on the Internet of things. The construction process comprises the following steps that according to the civil engineering condition of each floor on site, the civil engineering structure size of the ground tile laying area of each floor is actually measured, and the sizes of the tile laying areas of all the floors are unified into one size; typesetting is carried out according to the boundary size of the ground tile laying area, and a processing list is manufactured; a factory carries out processing and cutting according to the processing list, and uploads the information of tile cutting completion; constructors verify the drawing processing size and the actual size, and after verification is correct, tiles can be laid; and after the tiles are laid, the constructors upload the construction completion information, and managers can inquire the tile laying completion condition in the background. The method is reasonable in design, ceramic tiles can be laid quickly and efficiently, meanwhile, the laying quality of the ceramic tiles can be guaranteed, and the ceramic tile laying cost and pollution generated in the ceramic tile cutting process are reduced.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an Internet of Things-based construction technology for batch processing of ceramic tiles, accurate typesetting and positioning. Background technique [0002] At present, most of the laying of tiles is manually laid and cut on site, which makes the cutting and installation speed slow, easy to collapse edges and corners, and easily causes a lot of waste. The quality of tile laying cannot be guaranteed, and on-site cutting will generate a lot of noise pollution and dust pollution. , Leftovers become a problem of a large amount of solid waste. [0003] The tile layout, precise positioning, and progress tracking technology based on the Internet of Things refers to the establishment of a full-chain integrated logistics and information flow management system from the processing plant to the installation site by means of information technology. Through the integration of simple Int...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the laying of tiles is manually laid and cut on site, which makes the cutting and installation speed slow, easy to collapse edges and corners, and easily causes a lot of waste. The quality of tile laying cannot be guaranteed, and on-site cutting will generate a lot of noise pollution and dust pollution. , Leftovers turn into a large amount of solid waste

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