A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Splicing plate manufacturing method and manufactured plate
The invention relates to a splicing plate manufacturing method and a manufactured plate. The splicing plate manufacturing method includes the steps that masonry scraps are subjected to classifying, cutting, splicing, thickness determining, edge cutting, strengthening and the like to be made into a composite plate. According to the splicing plate manufacturing method, sheet type stones are transformed to stone bars with standard widths, and then the stone bars with the same color number are mixed, so color difference between the stone bars can be effectively reduced, and the manufactured plate is more uniform in color. Besides, the plate can be easily formed by splicing the stone bars, the splicing efficiency is effectively improved, further the scrap utilization rate is effectively increased, the raw material purchase cost is also effectively lowered, and the environment is well protected. In addition, large-scale production can be realized through the manufacturing method, production efficiency is high, the manufactured composite plate is high in structural strength, composite plates in different colors and of different types can be customized according to individual demands, and the scrap utilization value is effectively increased.
Splicing plate manufacturing method and manufactured plate
The invention relates to a splicing plate manufacturing method and a manufactured plate. The splicing plate manufacturing method includes the steps that masonry scraps are subjected to classifying, cutting, splicing, thickness determining, edge cutting, strengthening and the like to be made into a composite plate. According to the splicing plate manufacturing method, sheet type stones are transformed to stone bars with standard widths, and then the stone bars with the same color number are mixed, so color difference between the stone bars can be effectively reduced, and the manufactured plate is more uniform in color. Besides, the plate can be easily formed by splicing the stone bars, the splicing efficiency is effectively improved, further the scrap utilization rate is effectively increased, the raw material purchase cost is also effectively lowered, and the environment is well protected. In addition, large-scale production can be realized through the manufacturing method, production efficiency is high, the manufactured composite plate is high in structural strength, composite plates in different colors and of different types can be customized according to individual demands, and the scrap utilization value is effectively increased.
Splicing plate manufacturing method and manufactured plate
YANG JIAQIANG (author)
2016-01-06
Patent
Electronic Resource
English
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