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A platform for research: civil engineering, architecture and urbanism
Fabricated emergency retaining device and construction method thereof
The invention discloses an assembly type emergency retaining device and a construction method thereof, the assembly type emergency retaining device comprises a plurality of retaining assembling units which are assembled in a mutually matched mode, hook parts in opposite directions are arranged on the two outer sides of each retaining assembling unit in the opposite direction, and every two adjacent retaining assembling units in the left-right direction are buckled through the corresponding hook parts; a plurality of butt joint parts are arranged at the top and the bottom of each retaining assembly unit, and every two adjacent retaining assembly units in the vertical direction are in butt joint through the butt joint parts in a matched mode; according to the length and the width of a side slope, a plurality of supporting and retaining assembly units are spliced into an integral supporting and retaining device in a butt joint mode, backfilling and compacting are conducted through concrete or site waste residues or slope-cut earth and rocks, and an integral supporting and retaining structure stable slope toe is formed; and a spiral recyclable anchor rod can be additionally arranged subsequently according to requirements, so that the retaining structure is further stabilized, and the protection effect is enhanced. Through modular and unitized design, the method has the advantages of being rapid in construction, simple, convenient, economical, reasonable, remarkable in protection effect, ecological, environmentally friendly and the like.
本发明公开了一种装配式应急支挡装置及其施工方法，包括若干相互组配合组装的支挡装配单元，每一支挡装配单元相对方向的两外侧设有方向相反的钩部，左右相邻两支挡装配单元通过对应钩部扣接；每一支挡装配单元的顶部和底部均设有若干对接部，上下相邻两支挡装配单元通过若干对接部匹配对接；根据边坡的长度和宽度将若干个支挡装配单元对接拼装成一个整体支挡装置，利用混凝土、场地废渣或者削坡的土石方进行回填并压实，形成整体式支挡结构稳固坡脚；后续可视需要增加螺旋式可回收锚杆，进一步稳定支挡结构和增强防护效果。本发明通过模块化、单元化设计，具有施工快速、简单便捷、经济合理、防护效果显著、以及生态环保等优势。
Fabricated emergency retaining device and construction method thereof
The invention discloses an assembly type emergency retaining device and a construction method thereof, the assembly type emergency retaining device comprises a plurality of retaining assembling units which are assembled in a mutually matched mode, hook parts in opposite directions are arranged on the two outer sides of each retaining assembling unit in the opposite direction, and every two adjacent retaining assembling units in the left-right direction are buckled through the corresponding hook parts; a plurality of butt joint parts are arranged at the top and the bottom of each retaining assembly unit, and every two adjacent retaining assembly units in the vertical direction are in butt joint through the butt joint parts in a matched mode; according to the length and the width of a side slope, a plurality of supporting and retaining assembly units are spliced into an integral supporting and retaining device in a butt joint mode, backfilling and compacting are conducted through concrete or site waste residues or slope-cut earth and rocks, and an integral supporting and retaining structure stable slope toe is formed; and a spiral recyclable anchor rod can be additionally arranged subsequently according to requirements, so that the retaining structure is further stabilized, and the protection effect is enhanced. Through modular and unitized design, the method has the advantages of being rapid in construction, simple, convenient, economical, reasonable, remarkable in protection effect, ecological, environmentally friendly and the like.
本发明公开了一种装配式应急支挡装置及其施工方法，包括若干相互组配合组装的支挡装配单元，每一支挡装配单元相对方向的两外侧设有方向相反的钩部，左右相邻两支挡装配单元通过对应钩部扣接；每一支挡装配单元的顶部和底部均设有若干对接部，上下相邻两支挡装配单元通过若干对接部匹配对接；根据边坡的长度和宽度将若干个支挡装配单元对接拼装成一个整体支挡装置，利用混凝土、场地废渣或者削坡的土石方进行回填并压实，形成整体式支挡结构稳固坡脚；后续可视需要增加螺旋式可回收锚杆，进一步稳定支挡结构和增强防护效果。本发明通过模块化、单元化设计，具有施工快速、简单便捷、经济合理、防护效果显著、以及生态环保等优势。
Fabricated emergency retaining device and construction method thereof
一种装配式应急支挡装置及其施工方法
LYU CHAO (author) / MO KEJI (author) / HE JUNLAN (author) / YANG SHENGXIONG (author) / LIANG NIANZHONG (author) / LU HUA'NAN (author) / ZHANG PENG (author) / HE ZHENMING (author) / WU TAIYING (author) / QIU BAIQUAN (author)
2024-10-11
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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