A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Frame body structure for high formwork construction
The invention discloses a frame body structure for high formwork construction, and relates to the technical field of high formworks. According to the frame body structure for high-formwork-erecting construction, when the ground of a construction site is flattened and tamped for high-formwork-erecting construction, a base plate is installed on the ground and concrete is poured for fixing, and therefore a base part of a high-formwork-erecting is formed; then a butt joint end head at the bottom of the vertical rod body is inserted into a fixing seat on a base plate to complete positioning of the vertical rod body, then a hexagonal sleeve is pressed to slide into a fixing sleeve, a first spring is contracted, and after the vertical rod body and the fixing seat are connected through a hexagonal bolt, the vertical rod body is fixed. The hexagonal sleeve is loosened, so that the first spring rebounds to push the hexagonal sleeve to reset and sleeve the outer side of the end of the hexagonal bolt, the effect of limiting the hexagonal bolt is achieved, the hexagonal bolt for fastening cannot rotate in a vibration environment through the design, the firmness and reliability of the high-formwork base part are greatly improved, and the service life of the high-formwork base part is prolonged. And potential safety hazards are avoided.
本发明公开了一种用于高支模施工的架体结构，涉及高支模技术领域，包括垫板。该一种用于高支模施工的架体结构，当施工场地地面平整夯实进行高支模施工时，通过将垫板安装到地面上并浇筑混凝土进行固定，从而形成高支模的基座部分，随后将立杆本体底部的对接端头插入到垫板上的固定座中完成立杆本体的定位，之后按压六角套使其滑入到固定套内部，并第一弹簧收缩，通过六角螺栓完成立杆本体和固定座的连接后，松开六角套使得第一弹簧回弹推动六角套复位并套在六角螺栓的端头外侧，从而达到对六角螺栓限位的作用，该设计使得紧固用的六角螺栓在震动的环境中无法发生转动，大大提高了高支模基座部分的牢固性和可靠性，避免发生安全隐患。
Frame body structure for high formwork construction
The invention discloses a frame body structure for high formwork construction, and relates to the technical field of high formworks. According to the frame body structure for high-formwork-erecting construction, when the ground of a construction site is flattened and tamped for high-formwork-erecting construction, a base plate is installed on the ground and concrete is poured for fixing, and therefore a base part of a high-formwork-erecting is formed; then a butt joint end head at the bottom of the vertical rod body is inserted into a fixing seat on a base plate to complete positioning of the vertical rod body, then a hexagonal sleeve is pressed to slide into a fixing sleeve, a first spring is contracted, and after the vertical rod body and the fixing seat are connected through a hexagonal bolt, the vertical rod body is fixed. The hexagonal sleeve is loosened, so that the first spring rebounds to push the hexagonal sleeve to reset and sleeve the outer side of the end of the hexagonal bolt, the effect of limiting the hexagonal bolt is achieved, the hexagonal bolt for fastening cannot rotate in a vibration environment through the design, the firmness and reliability of the high-formwork base part are greatly improved, and the service life of the high-formwork base part is prolonged. And potential safety hazards are avoided.
本发明公开了一种用于高支模施工的架体结构，涉及高支模技术领域，包括垫板。该一种用于高支模施工的架体结构，当施工场地地面平整夯实进行高支模施工时，通过将垫板安装到地面上并浇筑混凝土进行固定，从而形成高支模的基座部分，随后将立杆本体底部的对接端头插入到垫板上的固定座中完成立杆本体的定位，之后按压六角套使其滑入到固定套内部，并第一弹簧收缩，通过六角螺栓完成立杆本体和固定座的连接后，松开六角套使得第一弹簧回弹推动六角套复位并套在六角螺栓的端头外侧，从而达到对六角螺栓限位的作用，该设计使得紧固用的六角螺栓在震动的环境中无法发生转动，大大提高了高支模基座部分的牢固性和可靠性，避免发生安全隐患。
Frame body structure for high formwork construction
一种用于高支模施工的架体结构
WANG MIN (author) / TANG XUEPING (author) / ZHOU BINNAN (author) / XIANG WENJING (author) / GU QIHUI (author)
2024-02-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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