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A platform for research: civil engineering, architecture and urbanism
Connecting device for bridge ancillary facilities
The invention discloses a connecting device for bridge ancillary facilities, which comprises a hoop, a longitudinal beam and a lug plate, and is characterized in that the hoop is arranged on an arch box of a bridge in a sleeving manner; the longitudinal beam is connected to the hoop; the lug plates are arranged on the longitudinal beams and are used for mounting ancillary facilities. The longitudinal beam is connected with the hoop in a welding manner, so that the longitudinal beam is prevented from being separated from the hoop; similarly, the longitudinal beam is connected with the lug plate in a welding mode, so that the longitudinal beam is prevented from being separated from the lug plate. As the hoop is sleeved on the arch box, the longitudinal beam is arranged on the hoop, and the lug plate is arranged on the longitudinal beam, ancillary facilities can be conveniently mounted on the lug plate. As the ancillary facilities are not welded on the bridge main body structure, the stress influence on the bridge main body structure is small, the problem that the bridge safety is endangered due to the fact that lug plates are welded on the arch ribs in the prior art is solved, and the effect of installing the ancillary facilities under the condition that the bridge safety is not influenced is achieved.
本发明公开了一种用于桥梁附属设施的连接装置，包括抱箍、纵梁和耳板，所述抱箍套设在所述桥梁的拱箱上；所述纵梁连接在所述抱箍上；所述耳板设置在所述纵梁上，所述耳板用于安装附属设施。所述纵梁与所述抱箍采用焊接方式连接，以避免所述纵梁与所述抱箍脱离；同样的，所述纵梁与所述耳板采用焊接方式连接，以避免所述纵梁与所述耳板脱离。由于采用在拱箱上套设抱箍、在抱箍上设置纵梁、在纵梁上设置耳板的方式，以便在耳板上安装附属设施。由于未在桥梁主体结构上焊接附属设施，因此对桥梁主体结构的受力影响小，解决了现有技术中在拱肋焊接耳板危及桥梁安全的问题，达到了在不影响桥梁安全的情况下安装附属设施的效果。
Connecting device for bridge ancillary facilities
The invention discloses a connecting device for bridge ancillary facilities, which comprises a hoop, a longitudinal beam and a lug plate, and is characterized in that the hoop is arranged on an arch box of a bridge in a sleeving manner; the longitudinal beam is connected to the hoop; the lug plates are arranged on the longitudinal beams and are used for mounting ancillary facilities. The longitudinal beam is connected with the hoop in a welding manner, so that the longitudinal beam is prevented from being separated from the hoop; similarly, the longitudinal beam is connected with the lug plate in a welding mode, so that the longitudinal beam is prevented from being separated from the lug plate. As the hoop is sleeved on the arch box, the longitudinal beam is arranged on the hoop, and the lug plate is arranged on the longitudinal beam, ancillary facilities can be conveniently mounted on the lug plate. As the ancillary facilities are not welded on the bridge main body structure, the stress influence on the bridge main body structure is small, the problem that the bridge safety is endangered due to the fact that lug plates are welded on the arch ribs in the prior art is solved, and the effect of installing the ancillary facilities under the condition that the bridge safety is not influenced is achieved.
本发明公开了一种用于桥梁附属设施的连接装置，包括抱箍、纵梁和耳板，所述抱箍套设在所述桥梁的拱箱上；所述纵梁连接在所述抱箍上；所述耳板设置在所述纵梁上，所述耳板用于安装附属设施。所述纵梁与所述抱箍采用焊接方式连接，以避免所述纵梁与所述抱箍脱离；同样的，所述纵梁与所述耳板采用焊接方式连接，以避免所述纵梁与所述耳板脱离。由于采用在拱箱上套设抱箍、在抱箍上设置纵梁、在纵梁上设置耳板的方式，以便在耳板上安装附属设施。由于未在桥梁主体结构上焊接附属设施，因此对桥梁主体结构的受力影响小，解决了现有技术中在拱肋焊接耳板危及桥梁安全的问题，达到了在不影响桥梁安全的情况下安装附属设施的效果。
Connecting device for bridge ancillary facilities
一种用于桥梁附属设施的连接装置
WANG XIAOFEI (author) / QU GUOZHAO (author) / DENG ZHUOZHANG (author) / WEN WANGQING (author) / WANG CUNGUO (author) / LI CANLUN (author) / ZHANG XIAOJIANG (author) / LUO CHUNLIN (author) / ZHOU JI (author) / YIN PENGCHENG (author)
2023-07-14
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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