Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a building construction supporting device, and relates to the field of buildings, the building construction supporting device comprises a main supporting frame, an upper base and a lower base, the upper base is movably installed on the lower base, and the main supporting frame is installed on the upper base. It needs to be explained that in the embodiment of the invention, when the lower base moves downwards due to sedimentation, the multiple storage supporting plates are rotationally unfolded and inserted into the supporting insertion grooves, the supporting area is enlarged, a sedimentation area is avoided, reliable supporting force is provided for the main supporting frame, meanwhile, the filling air bag is automatically exploded, and certain supporting force is provided for the lower base; the problem that the main supporting frame rapidly collapses due to too fast sedimentation is avoided; in addition, when the lower base moves downwards, a plurality of wedge-shaped extrusion grooves extrude a plurality of driving toothed plates to move, then a plurality of transverse insertion rods are inserted into the surrounding soil layer, further transverse supporting force can be effectively provided for the lower base, it can be guaranteed that when the lower base settles, further stable supporting can be obtained, and collapse is avoided.
本发明公开了一种建筑施工支撑装置，涉及到建筑领域，其包括主支撑架、上底座和下底座，所述上底座活动安装在所述下底座上，所述主支撑架安装在所述上底座上。需要说明的是，在本发明实施例中，在下底座因为沉降下移时，多个收纳撑板转动展开并插进支撑插槽内，扩大支撑面积并避开沉降区，为主支撑架提供可靠的支撑力，同时使得填充气囊自动爆开，为下底座提供一定的支撑力，避免沉降过快造成主支撑架快速倒塌的问题；此外，在下底座下移时，通过多个楔形挤压槽挤压多个驱动齿板移动，继而将多个横向插杆分别插进四周的土层，进而可以有效地为下底座提供进一步的横向支撑力，可以保证下底座在发生沉降时，能够获得进一步的稳定支撑，避免倒塌。
The invention discloses a building construction supporting device, and relates to the field of buildings, the building construction supporting device comprises a main supporting frame, an upper base and a lower base, the upper base is movably installed on the lower base, and the main supporting frame is installed on the upper base. It needs to be explained that in the embodiment of the invention, when the lower base moves downwards due to sedimentation, the multiple storage supporting plates are rotationally unfolded and inserted into the supporting insertion grooves, the supporting area is enlarged, a sedimentation area is avoided, reliable supporting force is provided for the main supporting frame, meanwhile, the filling air bag is automatically exploded, and certain supporting force is provided for the lower base; the problem that the main supporting frame rapidly collapses due to too fast sedimentation is avoided; in addition, when the lower base moves downwards, a plurality of wedge-shaped extrusion grooves extrude a plurality of driving toothed plates to move, then a plurality of transverse insertion rods are inserted into the surrounding soil layer, further transverse supporting force can be effectively provided for the lower base, it can be guaranteed that when the lower base settles, further stable supporting can be obtained, and collapse is avoided.
本发明公开了一种建筑施工支撑装置，涉及到建筑领域，其包括主支撑架、上底座和下底座，所述上底座活动安装在所述下底座上，所述主支撑架安装在所述上底座上。需要说明的是，在本发明实施例中，在下底座因为沉降下移时，多个收纳撑板转动展开并插进支撑插槽内，扩大支撑面积并避开沉降区，为主支撑架提供可靠的支撑力，同时使得填充气囊自动爆开，为下底座提供一定的支撑力，避免沉降过快造成主支撑架快速倒塌的问题；此外，在下底座下移时，通过多个楔形挤压槽挤压多个驱动齿板移动，继而将多个横向插杆分别插进四周的土层，进而可以有效地为下底座提供进一步的横向支撑力，可以保证下底座在发生沉降时，能够获得进一步的稳定支撑，避免倒塌。