A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of small bridge construction engineering equipment, and particularly relates to a fine adjustment type concrete pouring formwork. The formwork comprises abearing plate; first isolation cylinders are fixedly connected to the upper surface of the bearing plate; first main body cylinders are arranged on the first isolation cylinders; and first sealing grooves are formed in the lower surfaces of the first main body cylinders. In the practical use process of the fine adjustment type concrete pouring formwork of the invention, when only a small concretepart needs to be poured, the first main body cylinders are matched with the bearing plate, at this moment, the surfaces of the first isolation cylinders are in movably insertion with the inner walls of the first sealing grooves, the upper surfaces of the first isolation cylinders are tightly attached to the lower surfaces of sealing rings on the inner top walls of the first sealing grooves, and therefore, concrete and other substances in the device can be prevented from overflowing; threads are arranged on the inner walls of fourth hydraulic cavities and the surfaces of third hydraulic rods, the third hydraulic rods can move in the directions of second main body cylinders along the inner walls of the fourth hydraulic cavities when the third hydraulic rods rotate clockwise.
本发明属于小型桥梁建设工程设备技术领域，尤其是一种微调式混凝土浇灌模板，包括承重板，所述承重板的上表面固定连接有第一隔离筒，所述第一隔离筒的上方设置有第一主体筒，所述第一主体筒的下表面开设有第一密封槽。该微调式混凝土浇灌模板，在实际使用过程中，当只需要浇筑较小的混凝土部件时，使用第一主体筒和承重板配合即可，此时第一隔离筒表面与第一密封槽内壁活动擦接，第一隔离筒的上表面与第一密封槽内顶壁的密封环下表面紧密贴合，可以避免装置内部的混凝土等物质溢出，我们可以通过设置第四液压腔内壁和第三液压杆表面的螺纹，使第三液压杆顺时针转动时第三液压杆沿着第四液压腔内壁向第二主体筒方向运动。
The invention belongs to the technical field of small bridge construction engineering equipment, and particularly relates to a fine adjustment type concrete pouring formwork. The formwork comprises abearing plate; first isolation cylinders are fixedly connected to the upper surface of the bearing plate; first main body cylinders are arranged on the first isolation cylinders; and first sealing grooves are formed in the lower surfaces of the first main body cylinders. In the practical use process of the fine adjustment type concrete pouring formwork of the invention, when only a small concretepart needs to be poured, the first main body cylinders are matched with the bearing plate, at this moment, the surfaces of the first isolation cylinders are in movably insertion with the inner walls of the first sealing grooves, the upper surfaces of the first isolation cylinders are tightly attached to the lower surfaces of sealing rings on the inner top walls of the first sealing grooves, and therefore, concrete and other substances in the device can be prevented from overflowing; threads are arranged on the inner walls of fourth hydraulic cavities and the surfaces of third hydraulic rods, the third hydraulic rods can move in the directions of second main body cylinders along the inner walls of the fourth hydraulic cavities when the third hydraulic rods rotate clockwise.
本发明属于小型桥梁建设工程设备技术领域，尤其是一种微调式混凝土浇灌模板，包括承重板，所述承重板的上表面固定连接有第一隔离筒，所述第一隔离筒的上方设置有第一主体筒，所述第一主体筒的下表面开设有第一密封槽。该微调式混凝土浇灌模板，在实际使用过程中，当只需要浇筑较小的混凝土部件时，使用第一主体筒和承重板配合即可，此时第一隔离筒表面与第一密封槽内壁活动擦接，第一隔离筒的上表面与第一密封槽内顶壁的密封环下表面紧密贴合，可以避免装置内部的混凝土等物质溢出，我们可以通过设置第四液压腔内壁和第三液压杆表面的螺纹，使第三液压杆顺时针转动时第三液压杆沿着第四液压腔内壁向第二主体筒方向运动。
Formwork structure for concrete pouring and concrete pouring method
| European Patent Office | 2021