A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge support and bridge plane swivel construction method
The embodiment of the invention provides a bridge support and a bridge plane swivel construction method.The bridge support comprises a support plate, a lining plate, a plane sliding plate, a spherical sliding plate, a sliding control device and a locking device, the outer spherical structure of the lining plate, the inner spherical structure on the support plate and the spherical sliding plate located between the lining plate and the inner spherical structure form a spherical pair, the plane sliding plate and components arranged above and below the plane sliding plate form a plane sliding pair, and the sliding control device is used for controlling the movement direction of the support body or limiting sliding of the support body. The support body is fixed on an upper structure and a lower structure of a connecting bridge through the locking device. The sliding control device limits the movement direction of the support body, so that the bridge support can be converted between the functions of a permanent support and a swivel support.
本申请实施例提供一种桥梁支座及桥梁平面转体施工方法，桥梁支座包括支座板、衬板、平面滑板、球面滑板、滑动控制装置及锁定装置，其中衬板至少一个面为外球面结构，衬板的外球面结构与支座板上的内球面结构以及位于两者之间的球面滑板组成球面副，平面滑板与设置于其上下的构件组成平面滑动副，滑动控制装置用于控制支座本体的运动方向或限制支座本体滑动；支座本体通过锁定装置固定在连接桥梁的上部结构和下部结构上。滑动控制装置通过对支座本体的运动方向加以限制，可以实现本申请的桥梁支座在永久支座与转体支座功能间转换。
Bridge support and bridge plane swivel construction method
The embodiment of the invention provides a bridge support and a bridge plane swivel construction method.The bridge support comprises a support plate, a lining plate, a plane sliding plate, a spherical sliding plate, a sliding control device and a locking device, the outer spherical structure of the lining plate, the inner spherical structure on the support plate and the spherical sliding plate located between the lining plate and the inner spherical structure form a spherical pair, the plane sliding plate and components arranged above and below the plane sliding plate form a plane sliding pair, and the sliding control device is used for controlling the movement direction of the support body or limiting sliding of the support body. The support body is fixed on an upper structure and a lower structure of a connecting bridge through the locking device. The sliding control device limits the movement direction of the support body, so that the bridge support can be converted between the functions of a permanent support and a swivel support.
本申请实施例提供一种桥梁支座及桥梁平面转体施工方法，桥梁支座包括支座板、衬板、平面滑板、球面滑板、滑动控制装置及锁定装置，其中衬板至少一个面为外球面结构，衬板的外球面结构与支座板上的内球面结构以及位于两者之间的球面滑板组成球面副，平面滑板与设置于其上下的构件组成平面滑动副，滑动控制装置用于控制支座本体的运动方向或限制支座本体滑动；支座本体通过锁定装置固定在连接桥梁的上部结构和下部结构上。滑动控制装置通过对支座本体的运动方向加以限制，可以实现本申请的桥梁支座在永久支座与转体支座功能间转换。
Bridge support and bridge plane swivel construction method
一种桥梁支座及桥梁平面转体施工方法
WANG BING (author) / LI FANGKE (author) / GUO BO (author) / XU YONG (author) / HUANG TINGSEN (author)
2023-11-28
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Weighing-free bridge swivel construction method and swivel bridge protection support
| European Patent Office | 2023