A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Clamping and fixing mechanism for mounting aluminum alloy formwork wall column formwork
The invention belongs to the field of building construction, and discloses a clamping and fixing mechanism for mounting an aluminum alloy formwork wall column formwork. The mechanism comprises a preset grouting wall body, aluminum alloy formworks are arranged on both sides of the preset grouting wall body, and back ridges are arranged on the outer sides of the aluminum alloy formworks on both sides of the preset grouting wall body. A plurality of through-wall screw rods are arranged in the preset grouting wall body, and the back ridges and the aluminum alloy formworks are fixedly connected with the back ridges and the aluminum alloy formworks on the other side of the preset grouting wall body through the through-wall screw rods. Due to the fact that the bottoms of the aluminum alloy formworks are first and then the tops of the aluminum alloy formworks are finished in the process of pouring cement mortars, the pressure intensity of the bottoms of the aluminum alloy formworks is large, the pressure intensity of the tops of the aluminum alloy formworks is small, after pouring is completed, a pushing spring can release the compressed force, the service life of the aluminum alloy formworks is protected, therefore, the back ridges are not easy to deform, and the perpendicularity of the wall body is ensured.
本发明属于建筑施工领域，且公开了一种铝合金模板墙柱模板安装用卡接固位机构，包括预定灌浆墙体处，预定灌浆墙体处的两侧均设有铝合金模板，预定灌浆墙体处两侧的铝合金模板外侧均设有背楞，预定灌浆墙体处内设有多个穿墙螺杆，背楞以及铝合金模板通过穿墙螺杆固定连接预定灌浆墙体处另一侧的背楞以及铝合金模板，本发明通过设有推进弹簧以及推动插销块，由于在灌注水泥砂浆的过程中最先铝合金模板的底部其次才是铝合金模板的顶部，导致铝合金模板的底部压强较大，而铝合金模板的顶部压强较小，当灌注完成后，使得推进弹簧会释放被压缩的力，从而保护了铝合金模板的寿命，使得背楞不易发生形变，保证墙体的垂直度。
Clamping and fixing mechanism for mounting aluminum alloy formwork wall column formwork
The invention belongs to the field of building construction, and discloses a clamping and fixing mechanism for mounting an aluminum alloy formwork wall column formwork. The mechanism comprises a preset grouting wall body, aluminum alloy formworks are arranged on both sides of the preset grouting wall body, and back ridges are arranged on the outer sides of the aluminum alloy formworks on both sides of the preset grouting wall body. A plurality of through-wall screw rods are arranged in the preset grouting wall body, and the back ridges and the aluminum alloy formworks are fixedly connected with the back ridges and the aluminum alloy formworks on the other side of the preset grouting wall body through the through-wall screw rods. Due to the fact that the bottoms of the aluminum alloy formworks are first and then the tops of the aluminum alloy formworks are finished in the process of pouring cement mortars, the pressure intensity of the bottoms of the aluminum alloy formworks is large, the pressure intensity of the tops of the aluminum alloy formworks is small, after pouring is completed, a pushing spring can release the compressed force, the service life of the aluminum alloy formworks is protected, therefore, the back ridges are not easy to deform, and the perpendicularity of the wall body is ensured.
本发明属于建筑施工领域，且公开了一种铝合金模板墙柱模板安装用卡接固位机构，包括预定灌浆墙体处，预定灌浆墙体处的两侧均设有铝合金模板，预定灌浆墙体处两侧的铝合金模板外侧均设有背楞，预定灌浆墙体处内设有多个穿墙螺杆，背楞以及铝合金模板通过穿墙螺杆固定连接预定灌浆墙体处另一侧的背楞以及铝合金模板，本发明通过设有推进弹簧以及推动插销块，由于在灌注水泥砂浆的过程中最先铝合金模板的底部其次才是铝合金模板的顶部，导致铝合金模板的底部压强较大，而铝合金模板的顶部压强较小，当灌注完成后，使得推进弹簧会释放被压缩的力，从而保护了铝合金模板的寿命，使得背楞不易发生形变，保证墙体的垂直度。
Clamping and fixing mechanism for mounting aluminum alloy formwork wall column formwork
一种铝合金模板墙柱模板安装用卡接固位机构
YANG YONGHONG (author) / FAN YUXIN (author) / ZHANG YONGFENG (author) / NI TONGTAO (author) / WU ZICHEN (author)
2021-08-03
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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