Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Lower hoisting template with construction safety monitoring function
The invention is suitable for the field of hoisting formworks, and provides a lower hoisting formwork with a construction safety monitoring function, stiffening ribs are additionally arranged on the two sides of a profile steel beam, vertical tension screws are welded on the two sides of the stiffening ribs in advance, and the two vertical tension screws penetrate through an under-beam bottom plate at the lower end of the profile steel beam and a first joist, so that the lower hoisting formwork with the construction safety monitoring function is formed. The first nuts are used for fixing, so that the stability of the hoisting template is improved, and the problem of buckling of the section steel beam caused by local stress concentration due to the downward hoisting template is effectively prevented; the horizontal opposite-penetrating screws penetrate through the section steel beam, the beam side formworks on the two sides and the second joist and are fixed through the second nuts, it is guaranteed that the beam side formworks are evenly stressed, meanwhile, in order to monitor the stress state of the vertical tension screws and the horizontal opposite-penetrating screws in time, a safety monitoring system is introduced, the stress state of the screws can be grasped more visually and more accurately, and the safety of the screws is guaranteed. Dangeries possibly caused by excessive load borne by the vertical tension screws and the horizontal through screws are avoided, and it is ensured that the construction process is safely and smoothly carried out.
本发明适用于吊装模板领域，提供了一种具有施工安全监测功能的下吊装模板，本专利在型钢梁的两侧加设加劲肋，在加劲肋两侧提前焊接竖向受拉螺杆，通过使两根竖向受拉螺杆穿过型钢梁下端的梁下底板和第一托梁，并用第一螺母固定，从而增加了吊装模板稳定性，有效防止型钢梁因下吊模板引起局部受力集中导致屈曲的问题；通过水平对穿螺杆穿过型钢梁、两侧的梁侧模板以及第二托梁，并通过第二螺母将其固定，保证梁侧模板受力均匀，同时，为了及时监测竖向受拉螺杆和水平对穿螺杆的受力状态，引入安全监测系统，能够更直观、更精确的掌握螺杆的应力状态，避免竖向受拉螺杆和水平对穿螺杆因承受过量荷载可能发生危险，确保施工过程安全顺利进行。
Lower hoisting template with construction safety monitoring function
The invention is suitable for the field of hoisting formworks, and provides a lower hoisting formwork with a construction safety monitoring function, stiffening ribs are additionally arranged on the two sides of a profile steel beam, vertical tension screws are welded on the two sides of the stiffening ribs in advance, and the two vertical tension screws penetrate through an under-beam bottom plate at the lower end of the profile steel beam and a first joist, so that the lower hoisting formwork with the construction safety monitoring function is formed. The first nuts are used for fixing, so that the stability of the hoisting template is improved, and the problem of buckling of the section steel beam caused by local stress concentration due to the downward hoisting template is effectively prevented; the horizontal opposite-penetrating screws penetrate through the section steel beam, the beam side formworks on the two sides and the second joist and are fixed through the second nuts, it is guaranteed that the beam side formworks are evenly stressed, meanwhile, in order to monitor the stress state of the vertical tension screws and the horizontal opposite-penetrating screws in time, a safety monitoring system is introduced, the stress state of the screws can be grasped more visually and more accurately, and the safety of the screws is guaranteed. Dangeries possibly caused by excessive load borne by the vertical tension screws and the horizontal through screws are avoided, and it is ensured that the construction process is safely and smoothly carried out.
本发明适用于吊装模板领域，提供了一种具有施工安全监测功能的下吊装模板，本专利在型钢梁的两侧加设加劲肋，在加劲肋两侧提前焊接竖向受拉螺杆，通过使两根竖向受拉螺杆穿过型钢梁下端的梁下底板和第一托梁，并用第一螺母固定，从而增加了吊装模板稳定性，有效防止型钢梁因下吊模板引起局部受力集中导致屈曲的问题；通过水平对穿螺杆穿过型钢梁、两侧的梁侧模板以及第二托梁，并通过第二螺母将其固定，保证梁侧模板受力均匀，同时，为了及时监测竖向受拉螺杆和水平对穿螺杆的受力状态，引入安全监测系统，能够更直观、更精确的掌握螺杆的应力状态，避免竖向受拉螺杆和水平对穿螺杆因承受过量荷载可能发生危险，确保施工过程安全顺利进行。
Lower hoisting template with construction safety monitoring function
一种具有施工安全监测功能的下吊装模板
ZHANG ZHENG (Autor:in) / FENG LIN (Autor:in) / WANG JIHE (Autor:in) / LAN CHUNGUANG (Autor:in) / LI MING (Autor:in) / WEI QIXING (Autor:in) / ZHANG ZHIHAO (Autor:in) / MI HONGDAN (Autor:in) / YUAN MINGMING (Autor:in) / YAO JINJIN (Autor:in)
04.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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