A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
According to the paving construction method for the stone terrace, stone is subjected to pretreatment and made into a composite body, mechanical splicing can be achieved, labor force can be reduced, the paving efficiency can be improved, and the cost can be reduced; the composite body is used for paving, so that the stone is not easy to break, the impact resistance is strong, and the physical property is improved; the stone is maintained in advance in a factory, compared with on-site maintenance, the permeation effect of protective liquid medicine can be ensured, the influence of a construction site on maintenance can be avoided, the quality of stone maintenance can be ensured, and the stone is not prone to common lesions any more; cement yellow sand is not needed in the on-site paving process, dust-free and odorless operation can be achieved, the working environment of the paving site can be improved, and pollution is reduced; the stone can be reused by paving the composite body, and the composite body can be disassembled and then reassembled in other places; the rubber and plastic body made of the waste tires can achieve waste recycling, and resource waste is reduced.
本发明公开一种石材地坪铺贴施工方法，本发明采用将石材进行预先处理，制成复合体，可实现机械化拼装，可减少劳动力，提高铺贴效率，降低成本；采用复合体进行铺贴，可使得石材不易断裂，耐冲击力强，其物理性提升；且对于石材在工厂采用预先养护，相较于现场养护，其可确保防护药液的渗透效果，并且可避免施工现场对养护的影响，可确保石材养护的质量，使得其不再易出现常见的病变；现场铺贴过程中无需水泥黄砂，可做到无尘无味操作，可提高铺贴现场的工作环境，降低污染；并且采用本发明的复合体进行铺贴可实现石材的再利用：可将复合体拆卸后在其他地方再进行重新拼装即可；采用废轮胎制成的橡塑体可实现废物再利用，减少资源浪费。
According to the paving construction method for the stone terrace, stone is subjected to pretreatment and made into a composite body, mechanical splicing can be achieved, labor force can be reduced, the paving efficiency can be improved, and the cost can be reduced; the composite body is used for paving, so that the stone is not easy to break, the impact resistance is strong, and the physical property is improved; the stone is maintained in advance in a factory, compared with on-site maintenance, the permeation effect of protective liquid medicine can be ensured, the influence of a construction site on maintenance can be avoided, the quality of stone maintenance can be ensured, and the stone is not prone to common lesions any more; cement yellow sand is not needed in the on-site paving process, dust-free and odorless operation can be achieved, the working environment of the paving site can be improved, and pollution is reduced; the stone can be reused by paving the composite body, and the composite body can be disassembled and then reassembled in other places; the rubber and plastic body made of the waste tires can achieve waste recycling, and resource waste is reduced.
本发明公开一种石材地坪铺贴施工方法，本发明采用将石材进行预先处理，制成复合体，可实现机械化拼装，可减少劳动力，提高铺贴效率，降低成本；采用复合体进行铺贴，可使得石材不易断裂，耐冲击力强，其物理性提升；且对于石材在工厂采用预先养护，相较于现场养护，其可确保防护药液的渗透效果，并且可避免施工现场对养护的影响，可确保石材养护的质量，使得其不再易出现常见的病变；现场铺贴过程中无需水泥黄砂，可做到无尘无味操作，可提高铺贴现场的工作环境，降低污染；并且采用本发明的复合体进行铺贴可实现石材的再利用：可将复合体拆卸后在其他地方再进行重新拼装即可；采用废轮胎制成的橡塑体可实现废物再利用，减少资源浪费。
Stone floor paving construction method
一种石材地坪铺贴施工方法
XIN PEILIANG (author)
2022-05-27
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
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