A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of building construction, in particular to a building formwork support body which comprises a standard-size supporting body and a size-adjustable supporting body, and the standard-size supporting body and the size-adjustable supporting body are suitable for a standard working condition and a non-standard working condition in the construction process correspondingly and are combined, connected and used according to reality. The standard-size supporting body comprises a supporting rod used for being stressed in the vertical direction and a connecting rod used for being connected with the supporting rod, and a pipe groove used for containing the bearing rod is formed in the top of the supporting rod. The size-adjustable supporting body comprises an adjustable supporting rod and an adjustable connecting rod which are used for being stressed in the vertical direction, and a pipe groove used for containing the bearing rod is formed in the top of the adjustable supporting rod. The method has the beneficial effects that the standard-size supporting body is low in machining cost and high in speed, the cost is saved, and the supporting body with the adjustable size is used in a matched mode so that the support body can adapt to the scene with the construction height difference; the supporting rods and the adjustable supporting rods are fixed through the connecting rods and the adjustable connecting rods, so that the support body is stable enough, high in strength and capable of bearing huge pressure without inclining.
本发明涉及建筑施工技术领域，具体为建筑模板支架体包括标准尺寸支撑体、尺寸可调支撑体，标准尺寸支撑体与尺寸可调支撑体分别适用于施工过程中的标准工况和非标准工况并根据实际组合连接使用；标准尺寸支撑体包括用于竖直方向受力的撑杆和用于连接撑杆的连杆，撑杆顶部设置有用于放置承重杆的管槽；尺寸可调支撑体包括用于竖直方向受力的可调撑杆和可调连杆，可调撑杆顶部设置有用于放置承重杆的管槽。本发明的有益效果为：标准尺寸支撑体加工成本低，速度快，节约成本，配合尺寸可调支撑体使用使得支架体能适应施工高低有落差的场景；通过连杆和可调连杆将撑杆和可调撑杆之间固定，使得支架体足够稳定，强度高，可承受巨大的压力而不发生倾斜。
The invention relates to the technical field of building construction, in particular to a building formwork support body which comprises a standard-size supporting body and a size-adjustable supporting body, and the standard-size supporting body and the size-adjustable supporting body are suitable for a standard working condition and a non-standard working condition in the construction process correspondingly and are combined, connected and used according to reality. The standard-size supporting body comprises a supporting rod used for being stressed in the vertical direction and a connecting rod used for being connected with the supporting rod, and a pipe groove used for containing the bearing rod is formed in the top of the supporting rod. The size-adjustable supporting body comprises an adjustable supporting rod and an adjustable connecting rod which are used for being stressed in the vertical direction, and a pipe groove used for containing the bearing rod is formed in the top of the adjustable supporting rod. The method has the beneficial effects that the standard-size supporting body is low in machining cost and high in speed, the cost is saved, and the supporting body with the adjustable size is used in a matched mode so that the support body can adapt to the scene with the construction height difference; the supporting rods and the adjustable supporting rods are fixed through the connecting rods and the adjustable connecting rods, so that the support body is stable enough, high in strength and capable of bearing huge pressure without inclining.
本发明涉及建筑施工技术领域，具体为建筑模板支架体包括标准尺寸支撑体、尺寸可调支撑体，标准尺寸支撑体与尺寸可调支撑体分别适用于施工过程中的标准工况和非标准工况并根据实际组合连接使用；标准尺寸支撑体包括用于竖直方向受力的撑杆和用于连接撑杆的连杆，撑杆顶部设置有用于放置承重杆的管槽；尺寸可调支撑体包括用于竖直方向受力的可调撑杆和可调连杆，可调撑杆顶部设置有用于放置承重杆的管槽。本发明的有益效果为：标准尺寸支撑体加工成本低，速度快，节约成本，配合尺寸可调支撑体使用使得支架体能适应施工高低有落差的场景；通过连杆和可调连杆将撑杆和可调撑杆之间固定，使得支架体足够稳定，强度高，可承受巨大的压力而不发生倾斜。
Building template support system and installing method thereof
| European Patent Office | 2015
Compression-resistant high-strength building engineering support template
| European Patent Office | 2022