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A platform for research: civil engineering, architecture and urbanism
Traditional waste industrial building transformation process capable of reducing construction waste
The invention discloses a traditional abandoned industrial building transformation process capable of reducing construction waste. The traditional abandoned industrial building transformation process comprises the following steps that S1, a first rectangular through hole is machined in the bottom of an inner side partition wall of an abandoned industrial building, and a supporting rail is installed; s2, a supporting seat is placed below the inner side partition wall, and rolling wheels are arranged at the bottom of the supporting seat; s3, the inner side partition wall is separated from the top face of the waste industrial building; s4, the bottom of the inner partition wall is separated from the ground; s5, pushing the inner side partition wall in the direction of the outer wall body; s6, a lower filling wall body is built between the inner side partition wall and the ground, and connection between the inner side partition wall and the ground is recovered; s7, foamed concrete is poured; s8, after the foamed concrete is solidified and formed, the formwork is removed; and S9, connection between the inner side partition wall and the top face of the waste industrial building is recovered. Compared with the prior art, the partition wall in the waste industrial building is fully utilized to achieve heat preservation and reinforcement of the outer ring wall body of the building, generation of building waste is reduced, and the transformation cost is effectively reduced.
本发明公开了一种减少建筑垃圾的传统废弃工业建筑改造工艺，包括以下步骤：S1、在废弃工业建筑的内侧隔墙底部加工第一矩形通孔，安装支撑轨道；S2、支撑座放置于内侧隔墙下方，支撑座底部设置有滚轮；S3、内侧隔墙与废弃工业建筑顶面之间脱离；S4、内侧隔墙底部与地面分离；S5、朝外墙体方向推动内侧隔墙；S6、在内侧隔墙与地面之间砌筑下填充墙体，恢复内侧隔墙与地面之间的连接；S7、浇筑发泡混凝土；S8、发泡混凝土凝固成型后拆除模板；S9、恢复内侧隔墙与废弃工业建筑顶面之间的连接。本发明相较于现有技术，充分利用废弃工业建筑内部隔墙实现建筑外圈墙体的保温、加固，减少建筑废弃物的产生，有效降低改造成本。
Traditional waste industrial building transformation process capable of reducing construction waste
The invention discloses a traditional abandoned industrial building transformation process capable of reducing construction waste. The traditional abandoned industrial building transformation process comprises the following steps that S1, a first rectangular through hole is machined in the bottom of an inner side partition wall of an abandoned industrial building, and a supporting rail is installed; s2, a supporting seat is placed below the inner side partition wall, and rolling wheels are arranged at the bottom of the supporting seat; s3, the inner side partition wall is separated from the top face of the waste industrial building; s4, the bottom of the inner partition wall is separated from the ground; s5, pushing the inner side partition wall in the direction of the outer wall body; s6, a lower filling wall body is built between the inner side partition wall and the ground, and connection between the inner side partition wall and the ground is recovered; s7, foamed concrete is poured; s8, after the foamed concrete is solidified and formed, the formwork is removed; and S9, connection between the inner side partition wall and the top face of the waste industrial building is recovered. Compared with the prior art, the partition wall in the waste industrial building is fully utilized to achieve heat preservation and reinforcement of the outer ring wall body of the building, generation of building waste is reduced, and the transformation cost is effectively reduced.
本发明公开了一种减少建筑垃圾的传统废弃工业建筑改造工艺，包括以下步骤：S1、在废弃工业建筑的内侧隔墙底部加工第一矩形通孔，安装支撑轨道；S2、支撑座放置于内侧隔墙下方，支撑座底部设置有滚轮；S3、内侧隔墙与废弃工业建筑顶面之间脱离；S4、内侧隔墙底部与地面分离；S5、朝外墙体方向推动内侧隔墙；S6、在内侧隔墙与地面之间砌筑下填充墙体，恢复内侧隔墙与地面之间的连接；S7、浇筑发泡混凝土；S8、发泡混凝土凝固成型后拆除模板；S9、恢复内侧隔墙与废弃工业建筑顶面之间的连接。本发明相较于现有技术，充分利用废弃工业建筑内部隔墙实现建筑外圈墙体的保温、加固，减少建筑废弃物的产生，有效降低改造成本。
Traditional waste industrial building transformation process capable of reducing construction waste
一种减少建筑垃圾的传统废弃工业建筑改造工艺
SHEN YUHAO (author) / YUAN XUEYONG (author) / GU ZONGQIANG (author) / LIU YAFEI (author) / ZHANG HONGHAI (author) / ZHANG JUN (author) / LI SONGBAI (author) / HU YUE (author)
2023-08-15
Patent
Electronic Resource
Chinese
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