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A platform for research: civil engineering, architecture and urbanism
Support construction process of integrated transverse strake
The invention discloses a support construction process of an integrated transverse strake, and relates to the technical field of civil engineering and underground engineering, corresponding composition materials of a transverse strake body and a transverse support are customized according to the depth of a groove, after customization, parts are processed firstly, then the transverse strake is pre-assembled, namely, the transverse strake body and the transverse support are pre-assembled, and the transverse strake body and the transverse support are pre-assembled. And then the integrated transverse plate assembly is conveyed to the open space around the groove to be supported and placed within the hoisting radius range of hoisting equipment, the transverse plates are assembled while surveying, setting out and excavating are conducted on the boundary of the groove, the pre-assembled transverse plates are placed in the groove through the hoisting equipment and then installed, and operation can be conducted after installation is completed. Under the condition that vibration, noise and the like are reduced, the problem of construction space is solved, and the problems that in the prior art, a traditional supporting technology is large in vibration, large in noise or large in road space requirement, traffic is blocked, and life of surrounding residents is affected are solved.
本发明公开了一种集成式横列板的支护施工工艺，涉及土木工程和地下工程技术领域，根据沟槽深度定制相应横列板本体与横撑的组成材料，定制后首先进行零部件加工，随后进行横列板的预拼装，即对横列板本体与横撑的预拼装，接着将集成式横列板组件运送至待支护沟槽周边空地，置于起重设备起吊半径范围之内，对沟槽边界进行测量放线与挖掘的同时进行横列板的组装，通过起重设备将预组装的横列板放置于沟槽内，再对其进行安装，安装完成即可进行作业，在降低了震动、噪音等的情况下，也解决了施工空间的问题，解决了现有技术中传统支护工艺，存在振动大、噪音大或对道路空间要求大、阻断交通、影响周围居民生活的问题。
Support construction process of integrated transverse strake
The invention discloses a support construction process of an integrated transverse strake, and relates to the technical field of civil engineering and underground engineering, corresponding composition materials of a transverse strake body and a transverse support are customized according to the depth of a groove, after customization, parts are processed firstly, then the transverse strake is pre-assembled, namely, the transverse strake body and the transverse support are pre-assembled, and the transverse strake body and the transverse support are pre-assembled. And then the integrated transverse plate assembly is conveyed to the open space around the groove to be supported and placed within the hoisting radius range of hoisting equipment, the transverse plates are assembled while surveying, setting out and excavating are conducted on the boundary of the groove, the pre-assembled transverse plates are placed in the groove through the hoisting equipment and then installed, and operation can be conducted after installation is completed. Under the condition that vibration, noise and the like are reduced, the problem of construction space is solved, and the problems that in the prior art, a traditional supporting technology is large in vibration, large in noise or large in road space requirement, traffic is blocked, and life of surrounding residents is affected are solved.
本发明公开了一种集成式横列板的支护施工工艺，涉及土木工程和地下工程技术领域，根据沟槽深度定制相应横列板本体与横撑的组成材料，定制后首先进行零部件加工，随后进行横列板的预拼装，即对横列板本体与横撑的预拼装，接着将集成式横列板组件运送至待支护沟槽周边空地，置于起重设备起吊半径范围之内，对沟槽边界进行测量放线与挖掘的同时进行横列板的组装，通过起重设备将预组装的横列板放置于沟槽内，再对其进行安装，安装完成即可进行作业，在降低了震动、噪音等的情况下，也解决了施工空间的问题，解决了现有技术中传统支护工艺，存在振动大、噪音大或对道路空间要求大、阻断交通、影响周围居民生活的问题。
Support construction process of integrated transverse strake
一种集成式横列板的支护施工工艺
2024-11-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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