A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an energy-saving building wall formwork opposite-pulling tightening structure. The energy-saving building wall formwork opposite-pulling tightening structure comprises six formwork bodies and a rack, wherein six tightening mechanisms are arranged between the front formwork body and the rear formwork body, each tightening mechanism comprises a threaded pull rod, and the front end of each threaded pull rod penetrates from the back surface of the rear formwork body to the front surface of the front formwork body. According to the energy-saving building wall formwork opposite-pulling tightening structure, through cooperative use of a splicing mechanism and a parallel mechanism, the multiple formwork bodies are spliced to form a strong whole, then through arrangement of the tightening mechanisms, the front formwork body and the rear formwork body are connected, under cooperative use of the rack and the tightening mechanisms, the tightening mechanisms are electrically driven, thus the tightening mechanisms oppositely pull the two formwork bodies, the formwork bodies are stabilized, finally under the effect of a supporting mechanism, the formwork bodies are finally supported and protected, and the purposes that using is convenient and fast, labor is saved, opposite pulling is stable and easy, and the protection supporting performance is high can be achieved.
本发明公开了一种节能建筑墙体模板对拉紧固结构，包括模板本体和机架，所述模板本体的数量为六个，前后两个模板本体之间设置有六个拉紧机构，所述拉紧机构包括螺纹拉杆，所述螺纹拉杆的前端自后侧模板本体的背表面贯穿至前侧模板本体的正表面。本发明通过拼接机构和并联机构的配合使用，将多个模板本体进行拼接，从而形成较强的整体，随后通过拉紧机构的设置，将前后两个模板本体进行连接，并在机架和拧紧机构的配合使用下，对拉紧机构进行电动驱动，使得拉紧机构将两个模板本体进行对拉，使其稳定，最终在支撑机构的作用下，对模板本体进行最后支撑防护，即可达到使用便捷省力、对拉稳固轻松和防护支撑性强的目的。
The invention discloses an energy-saving building wall formwork opposite-pulling tightening structure. The energy-saving building wall formwork opposite-pulling tightening structure comprises six formwork bodies and a rack, wherein six tightening mechanisms are arranged between the front formwork body and the rear formwork body, each tightening mechanism comprises a threaded pull rod, and the front end of each threaded pull rod penetrates from the back surface of the rear formwork body to the front surface of the front formwork body. According to the energy-saving building wall formwork opposite-pulling tightening structure, through cooperative use of a splicing mechanism and a parallel mechanism, the multiple formwork bodies are spliced to form a strong whole, then through arrangement of the tightening mechanisms, the front formwork body and the rear formwork body are connected, under cooperative use of the rack and the tightening mechanisms, the tightening mechanisms are electrically driven, thus the tightening mechanisms oppositely pull the two formwork bodies, the formwork bodies are stabilized, finally under the effect of a supporting mechanism, the formwork bodies are finally supported and protected, and the purposes that using is convenient and fast, labor is saved, opposite pulling is stable and easy, and the protection supporting performance is high can be achieved.
本发明公开了一种节能建筑墙体模板对拉紧固结构，包括模板本体和机架，所述模板本体的数量为六个，前后两个模板本体之间设置有六个拉紧机构，所述拉紧机构包括螺纹拉杆，所述螺纹拉杆的前端自后侧模板本体的背表面贯穿至前侧模板本体的正表面。本发明通过拼接机构和并联机构的配合使用，将多个模板本体进行拼接，从而形成较强的整体，随后通过拉紧机构的设置，将前后两个模板本体进行连接，并在机架和拧紧机构的配合使用下，对拉紧机构进行电动驱动，使得拉紧机构将两个模板本体进行对拉，使其稳定，最终在支撑机构的作用下，对模板本体进行最后支撑防护，即可达到使用便捷省力、对拉稳固轻松和防护支撑性强的目的。
Energy-saving building wall formwork opposite-pulling tightening structure and using method thereof
一种节能建筑墙体模板对拉紧固结构及其使用方法
LIN XIONG (author)
2021-04-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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