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A platform for research: civil engineering, architecture and urbanism
Aluminium alloy template assembly system and method
The invention belongs to the technical field of construction, and discloses an aluminium alloy template assembly system and method. Shear wallboards are connected with inner angle plates through pinsand wedge pieces, and the inner angle plates are connected with the shear wallboards through the pins and the wedge pieces; the shear wallboards are connected with angle templates through the pins andthe wedge pieces, and the angle templates are connected with a top plate through the pins and the wedge pieces; the top plate is connected with an inner horizontal corner plate, a cross beam and theangle templates separately; the angle templates are connected with the inner horizontal corner plate through the pin and the wedge pieces, and the inner horizontal corner plate is connected with the angle templates through the pins and the wedge pieces; and the cross beam is connected with a support head through the pins and the wedge pieces. According to the aluminium alloy template assembly system, integrated design is achieved, and an early removal technology is blended into a support system; and the turnover rate and construction efficiency of the templates are improved greatly, and the material cost and construction cost are reduced. According to the aluminium alloy template assembly system, the problem of negative effects due to no relevant construction experience of most workers onsite can be solved, and the promotion of novel templates is benefited.
本发明属于建筑施工技术领域，公开了一种铝合金模板组装系统及组装方法，剪力墙板采用销子和锲片与内角板连接，内角板采用销子和锲片与剪力墙板连接；剪力墙板通过销子和锲片与角膜板连接，角膜板通过销子和锲片与顶板连接，顶板通过销子和锲片分别与内水平转角板、横梁和角膜板连接；角膜板通过销子和锲片与内水平转角板连接，内水平转角板通过销子和锲片与角膜板连接，横梁上通过销子和锲片与支撑头连接。本发明实现了一体化设计，将早拆技术融入了支撑系统，将大大提高模板周转率和施工效率，降低了材料成本和施工成本。本发明可以避免由于现场工人大都无相关的施工经验，造成负面效应的问题，有利于新型模板的推广。
Aluminium alloy template assembly system and method
The invention belongs to the technical field of construction, and discloses an aluminium alloy template assembly system and method. Shear wallboards are connected with inner angle plates through pinsand wedge pieces, and the inner angle plates are connected with the shear wallboards through the pins and the wedge pieces; the shear wallboards are connected with angle templates through the pins andthe wedge pieces, and the angle templates are connected with a top plate through the pins and the wedge pieces; the top plate is connected with an inner horizontal corner plate, a cross beam and theangle templates separately; the angle templates are connected with the inner horizontal corner plate through the pin and the wedge pieces, and the inner horizontal corner plate is connected with the angle templates through the pins and the wedge pieces; and the cross beam is connected with a support head through the pins and the wedge pieces. According to the aluminium alloy template assembly system, integrated design is achieved, and an early removal technology is blended into a support system; and the turnover rate and construction efficiency of the templates are improved greatly, and the material cost and construction cost are reduced. According to the aluminium alloy template assembly system, the problem of negative effects due to no relevant construction experience of most workers onsite can be solved, and the promotion of novel templates is benefited.
本发明属于建筑施工技术领域，公开了一种铝合金模板组装系统及组装方法，剪力墙板采用销子和锲片与内角板连接，内角板采用销子和锲片与剪力墙板连接；剪力墙板通过销子和锲片与角膜板连接，角膜板通过销子和锲片与顶板连接，顶板通过销子和锲片分别与内水平转角板、横梁和角膜板连接；角膜板通过销子和锲片与内水平转角板连接，内水平转角板通过销子和锲片与角膜板连接，横梁上通过销子和锲片与支撑头连接。本发明实现了一体化设计，将早拆技术融入了支撑系统，将大大提高模板周转率和施工效率，降低了材料成本和施工成本。本发明可以避免由于现场工人大都无相关的施工经验，造成负面效应的问题，有利于新型模板的推广。
Aluminium alloy template assembly system and method
一种铝合金模板组装系统及组装方法
SHENG FENG (author) / XU YING (author) / WANG CHAO (author) / WANG JIANLIANG (author) / LI XIANG (author)
2020-08-25
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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