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A platform for research: civil engineering, architecture and urbanism
Cushion-free supporting beam modular formwork system device and construction method
The invention discloses a cushion-layer-free supporting beam modular formwork system device and a construction method.The device comprises a transverse plate unit and a vertical plate unit, and the transverse plate unit comprises a transverse plate (1) and a socket plate (2); a plurality of groups of parallel clamping grooves (11) are formed in the transverse plate (1), the transverse plate (1) is connected with the vertical plate unit by selecting the clamping grooves (11) at proper positions, and the vertical plate unit can be changed into different width sizes to adapt to supporting beams with different engineering requirements; the vertical plate unit comprises a vertical plate (6), a movable plate (7) and a steering plate (8); according to the construction method, the vertical plate units are installed on the transverse plate units, the cushion layer procedure in the supporting beam construction process is replaced, manpower and time consumed in the cushion layer laying and cleaning process are removed, meanwhile, a traditional formwork is replaced, the recycling and reusing efficiency is improved, and the construction cost is reduced; and the safety risk problem of subsequent construction caused by untimely or incomplete cleaning of the cushion layer is solved.
本发明公开了一种无垫层支撑梁模块化模板体系装置及施工方法，所述装置包括横板单元和竖板单元，其中，所述横板单元包括横板(1)和承插板(2)；所述横板(1)上有多组平行卡槽(11)，通过选择合适位置的卡槽(11)完成横板(1)与竖板单元的连接，实现了竖板单元变换不同宽度尺寸以适应不同工程要求的支撑梁；所述竖板单元包括竖板(6)、移动板(7)和转向板(8)；所述施工方法通过将所述竖板单元安装于横板单元上，取代了支撑梁施工过程中的垫层工序，由此除去了在垫层的铺设和清理过程中花费的人力及时间，同时代替了传统模板，提高回收再利用效率，降低施工成本，且解决了因垫层清理未及时或不完全导致后续施工的安全风险问题。
Cushion-free supporting beam modular formwork system device and construction method
The invention discloses a cushion-layer-free supporting beam modular formwork system device and a construction method.The device comprises a transverse plate unit and a vertical plate unit, and the transverse plate unit comprises a transverse plate (1) and a socket plate (2); a plurality of groups of parallel clamping grooves (11) are formed in the transverse plate (1), the transverse plate (1) is connected with the vertical plate unit by selecting the clamping grooves (11) at proper positions, and the vertical plate unit can be changed into different width sizes to adapt to supporting beams with different engineering requirements; the vertical plate unit comprises a vertical plate (6), a movable plate (7) and a steering plate (8); according to the construction method, the vertical plate units are installed on the transverse plate units, the cushion layer procedure in the supporting beam construction process is replaced, manpower and time consumed in the cushion layer laying and cleaning process are removed, meanwhile, a traditional formwork is replaced, the recycling and reusing efficiency is improved, and the construction cost is reduced; and the safety risk problem of subsequent construction caused by untimely or incomplete cleaning of the cushion layer is solved.
本发明公开了一种无垫层支撑梁模块化模板体系装置及施工方法，所述装置包括横板单元和竖板单元，其中，所述横板单元包括横板(1)和承插板(2)；所述横板(1)上有多组平行卡槽(11)，通过选择合适位置的卡槽(11)完成横板(1)与竖板单元的连接，实现了竖板单元变换不同宽度尺寸以适应不同工程要求的支撑梁；所述竖板单元包括竖板(6)、移动板(7)和转向板(8)；所述施工方法通过将所述竖板单元安装于横板单元上，取代了支撑梁施工过程中的垫层工序，由此除去了在垫层的铺设和清理过程中花费的人力及时间，同时代替了传统模板，提高回收再利用效率，降低施工成本，且解决了因垫层清理未及时或不完全导致后续施工的安全风险问题。
Cushion-free supporting beam modular formwork system device and construction method
一种无垫层支撑梁模块化模板体系装置及施工方法
HU RONGYAO (author) / GONG JUN (author) / WANG JIAYUAN (author) / WANG HUAYU (author) / ZHANG KANGSHENG (author)
2024-02-02
Patent
Electronic Resource
Chinese
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