A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arch bridge arch ring supporting device
The invention provides an arch bridge arch ring supporting device. The arch bridge arch ring supporting device comprises a support, a supporting body, a reinforcing mechanism and a wooden wedge. The supporting body is arranged on the support in a height-adjustable mode. The reinforcing mechanism is detachably arranged on the supporting body and used for supporting an arch bridge arch ring. And thewooden wedge is clamped between the reinforcing mechanism and a secondary keel of the arch bridge arch ring. In the present invention, by adjusting the height of the supporting body, the wooden wedgeis in close contact with the secondary keel, and the effect of supporting the secondary keel can be achieved; due to the arrangement of the reinforcing mechanism, the arch bridge arch ring can be supported, and the supporting stability and strength can be improved; the arrangement of the wooden wedge can better adapt to the arc shape of the secondary keel, and surface contact can be formed between the wooden wedge and the secondary keel, the stability of the supporting device is improved, arch ring loads can be sequentially transmitted to the supporting device through the secondary keel, excessive load concentration or uneven load distribution or transmission deviation is avoided, more uniform load transmission is guaranteed, and the stability and safety of the supporting device are effectively improved.
本发明提供了一种拱桥拱圈支撑装置，该装置包括：支架、支撑体、加强机构和木楔；支撑体高度可调地设置于支架；加强机构可拆卸地设置于支撑体，用于对拱桥拱圈进行支撑；木楔夹设于加强机构与拱桥拱圈的次龙骨之间。本发明中，通过调节支撑体的高度进而使得木楔与次龙骨之间紧密接触并能起到对次龙骨支撑的作用，加强机构的设置不仅能对拱桥拱圈进行支撑并能提高其支撑的稳定性和强度，木楔的设置能够更好地适应次龙骨的弧形，并能与次龙骨之间形成面接触，提高了支撑装置的稳定性，拱圈荷载可以依次通过次龙骨传递给支撑装置，避免荷载过度集中或者荷载分布不均或者传递偏位，保证荷载的传递更为均匀，有效地提高了支撑装置的稳定性和安全性。
Arch bridge arch ring supporting device
The invention provides an arch bridge arch ring supporting device. The arch bridge arch ring supporting device comprises a support, a supporting body, a reinforcing mechanism and a wooden wedge. The supporting body is arranged on the support in a height-adjustable mode. The reinforcing mechanism is detachably arranged on the supporting body and used for supporting an arch bridge arch ring. And thewooden wedge is clamped between the reinforcing mechanism and a secondary keel of the arch bridge arch ring. In the present invention, by adjusting the height of the supporting body, the wooden wedgeis in close contact with the secondary keel, and the effect of supporting the secondary keel can be achieved; due to the arrangement of the reinforcing mechanism, the arch bridge arch ring can be supported, and the supporting stability and strength can be improved; the arrangement of the wooden wedge can better adapt to the arc shape of the secondary keel, and surface contact can be formed between the wooden wedge and the secondary keel, the stability of the supporting device is improved, arch ring loads can be sequentially transmitted to the supporting device through the secondary keel, excessive load concentration or uneven load distribution or transmission deviation is avoided, more uniform load transmission is guaranteed, and the stability and safety of the supporting device are effectively improved.
本发明提供了一种拱桥拱圈支撑装置，该装置包括：支架、支撑体、加强机构和木楔；支撑体高度可调地设置于支架；加强机构可拆卸地设置于支撑体，用于对拱桥拱圈进行支撑；木楔夹设于加强机构与拱桥拱圈的次龙骨之间。本发明中，通过调节支撑体的高度进而使得木楔与次龙骨之间紧密接触并能起到对次龙骨支撑的作用，加强机构的设置不仅能对拱桥拱圈进行支撑并能提高其支撑的稳定性和强度，木楔的设置能够更好地适应次龙骨的弧形，并能与次龙骨之间形成面接触，提高了支撑装置的稳定性，拱圈荷载可以依次通过次龙骨传递给支撑装置，避免荷载过度集中或者荷载分布不均或者传递偏位，保证荷载的传递更为均匀，有效地提高了支撑装置的稳定性和安全性。
Arch bridge arch ring supporting device
拱桥拱圈支撑装置
DUAN XUELONG (author) / WANG QIAN (author) / CHEN JIANGUO (author) / LI YUANMING (author) / WANG DAN (author)
2020-09-22
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2024
Arch bridge supporting tool for improving arch bridge construction stability
| European Patent Office | 2021
Portable movable arch bridge main arch ring detection platform device
| European Patent Office | 2020