The supporting structure for railway bridge and culvert construction includes bridge body, No.1 pier, No.2 pier, supporting plate, arch plate, positioning rod, screw rod and connecting rod. The lower surface of No.1 pier is connected with the foundation, and the lower surface of No.2 pier is connected with the foundation. The upper surface of No.1 pier and No.2 pier is in the same plane, and the upper surface of No.1 pier and No.2 pier is connected with the bridge body. No.2 pier has the lower hole of positioning rod and positioning rod The lower part is suitable for the lower hole of the positioning rod, the lower part of the positioning rod is connected with the lower hole of the positioning rod, the bridge body is provided with the upper hole of the positioning rod, the upper part of the positioning rod is suitable for the upper hole of the positioning rod, the upper part of the positioning rod is connected with the upper hole of the positioning rod, multiple positioning rods are distributed in the first and second piers, the foundation is provided with the lower groove of the supporting plate, the lower part of the supporting plate is suitable for the lower groove of the supporting plate, and the lower part of the supporting plate is connected with the lower groove The side of the support plate is connected with the second pier, the support plate is symmetrically arranged on both sides of the second pier, the side of the clamp plate is connected with the screw, the clamp plate has a hole, and the support plate has a hole.
【技术实现步骤摘要】
用于铁路桥涵施工的支撑结构
本技术涉及铁路领域,尤其涉及一种用于铁路桥涵施工的支撑结构。
技术介绍
在铁路施工中桥涵的应用广泛,桥涵是桥和涵洞的统称,属于工程术语,然而现有的桥涵结构简单,直接在桥面下部设置拱门,不够稳定。
技术实现思路
本技术针对现有技术存在的上述不足,提供一种结构稳定的用于铁路桥涵施工的支撑结构。本技术的目的是通过以下技术方案来实现:一种用于铁路桥涵施工的支撑结构,包括桥体、一号墩、二号墩、支撑板、拱形板、定位杆、螺杆、连杆,所述一号墩下表面连接地基,二号墩下表面连接地基,一号墩与二号墩上表面处于同一平面上,一号墩、二号墩上表面连接桥体,二号墩具有定位杆下孔,定位杆下部与定位杆下孔相适应,定位杆下部连接定位杆下孔,桥体具有定位杆上孔,定位杆上部与定位杆上孔相适应,定位杆上部连接定位杆上孔,多个定位杆在一号墩、二号墩内分布,地基具有支撑板下槽,支撑板下部与支撑板下槽相适应,支撑板下部连接支撑板下槽,支撑板侧面连接二号墩,支撑板在二号墩两侧对称设置,夹板侧面连接螺杆,夹板具有一号孔,支撑板具有二号孔,二号墩具有三号孔,一号孔、二号孔、三号孔三者轴线在同一直线上,螺杆依次穿过一号孔、二号孔、三号孔,螺杆两侧连接一号螺母,多个螺杆在夹板上分布。所述桥体具有拱形板槽,拱形板上表面与拱形板槽相适应,拱形板上表面连接拱形板槽,拱形板下表面连接支撑板,拱形板下部具有多个插杆,支撑板上部具有多个插杆槽,插杆与插杆槽相适应,插杆连接插杆槽,支撑板具有连杆孔,一号墩具有连杆槽,连 ...
【技术保护点】
1.一种用于铁路桥涵施工的支撑结构,其特征是:包括桥体、一号墩、二号墩、支撑板、拱形板、定位杆、螺杆、连杆,所述一号墩下表面连接地基,二号墩下表面连接地基,一号墩与二号墩上表面处于同一平面上,一号墩、二号墩上表面连接桥体,二号墩具有定位杆下孔,定位杆下部与定位杆下孔相适应,定位杆下部连接定位杆下孔,桥体具有定位杆上孔,定位杆上部与定位杆上孔相适应,定位杆上部连接定位杆上孔,多个定位杆在一号墩、二号墩内分布,地基具有支撑板下槽,支撑板下部与支撑板下槽相适应,支撑板下部连接支撑板下槽,支撑板侧面连接二号墩,支撑板在二号墩两侧对称设置,夹板侧面连接螺杆,夹板具有一号孔,支撑板具有二号孔,二号墩具有三号孔,一号孔、二号孔、三号孔三者轴线在同一直线上,螺杆依次穿过一号孔、二号孔、三号孔,螺杆两侧连接一号螺母,多个螺杆在夹板上分布。/n
【技术特征摘要】
1.一种用于铁路桥涵施工的支撑结构,其特征是:包括桥体、一号墩、二号墩、支撑板、拱形板、定位杆、螺杆、连杆,所述一号墩下表面连接地基,二号墩下表面连接地基,一号墩与二号墩上表面处于同一平面上,一号墩、二号墩上表面连接桥体,二号墩具有定位杆下孔,定位杆下部与定位杆下孔相适应,定位杆下部连接定位杆下孔,桥体具有定位杆上孔,定位杆上部与定位杆上孔相适应,定位杆上部连接定位杆上孔,多个定位杆在一号墩、二号墩内分布,地基具有支撑板下槽,支撑板下部与支撑板下槽相适应,支撑板下部连接支撑板下槽,支撑板侧面连接二号墩,支撑板在二号墩两侧对称设置,夹板侧面连接螺杆,夹板具有一号...
【专利技术属性】
技术研发人员:邓飞,冯靖宇,宋世平,张岩刚,宋居旺,
申请(专利权)人:中铁三局集团有限公司,中铁三局集团第四工程有限公司,
类型:新型
国别省市:山西;14
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