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A platform for research: civil engineering, architecture and urbanism
Cantilever formwork suitable for cast-in-place construction of cantilever of I-shaped beam bridge deck slab and construction system matched with cantilever formwork
The invention discloses a cantilever formwork suitable for cast-in-place construction of an I-shaped beam bridge deck slab cantilever and a construction system matched with the cantilever formwork, and relates to the technical field of bridge construction. The cantilever formwork comprises a stable supporting frame, a through groove matched with the stable supporting frame is formed in an I-shaped beam, and the cantilever formwork matched with the I-shaped beam is arranged on one side of the I-shaped beam; a connecting rod matched with the cantilever formwork is arranged in the penetrating groove, and a lap joint locking assembly matched with the connecting rod is arranged on the stable supporting frame. A supporting side plate is arranged on the side, away from the I-shaped beam, of the cantilever formwork, a stable lifting rope assembly matched with the supporting side plate is arranged on the stable supporting frame, and a leveling cushion block assembly is arranged on the cantilever formwork. Through modular design, stable supporting, multi-level leveling, intelligent equipment and optimized construction processes, the efficiency, quality and safety of bridge deck slab construction are remarkably improved, the construction cost is reduced, excellent technical advantages are shown, and progress and development of the bridge construction technology are greatly promoted.
本发明为一种适用于工字梁桥面板悬臂现浇施工的悬挑模板及其适配的施工系统，涉及桥梁施工技术领域，包括稳固支撑架，工字梁中开设有与稳固支撑架配合的贯穿槽，工字梁的一侧处设置有与工字梁配合的悬挑模板，贯穿槽中设置有与悬挑模板配合的连接杆，稳固支撑架上设置有与连接杆配合的搭接锁紧组件；悬挑模板远离工字梁的一侧设置有支撑侧板，稳固支撑架上设置有与支撑侧板配合的稳固吊绳组件，悬挑模板上设置有调平垫块组件。本发明通过模块化设计、稳固支撑、多层次调平、智能化设备和优化的施工流程，显著提升了桥面板施工的效率、质量和安全性，降低了施工成本，展现出了卓越的技术优势，极大地推动了桥梁施工技术的进步和发展。
Cantilever formwork suitable for cast-in-place construction of cantilever of I-shaped beam bridge deck slab and construction system matched with cantilever formwork
The invention discloses a cantilever formwork suitable for cast-in-place construction of an I-shaped beam bridge deck slab cantilever and a construction system matched with the cantilever formwork, and relates to the technical field of bridge construction. The cantilever formwork comprises a stable supporting frame, a through groove matched with the stable supporting frame is formed in an I-shaped beam, and the cantilever formwork matched with the I-shaped beam is arranged on one side of the I-shaped beam; a connecting rod matched with the cantilever formwork is arranged in the penetrating groove, and a lap joint locking assembly matched with the connecting rod is arranged on the stable supporting frame. A supporting side plate is arranged on the side, away from the I-shaped beam, of the cantilever formwork, a stable lifting rope assembly matched with the supporting side plate is arranged on the stable supporting frame, and a leveling cushion block assembly is arranged on the cantilever formwork. Through modular design, stable supporting, multi-level leveling, intelligent equipment and optimized construction processes, the efficiency, quality and safety of bridge deck slab construction are remarkably improved, the construction cost is reduced, excellent technical advantages are shown, and progress and development of the bridge construction technology are greatly promoted.
本发明为一种适用于工字梁桥面板悬臂现浇施工的悬挑模板及其适配的施工系统，涉及桥梁施工技术领域，包括稳固支撑架，工字梁中开设有与稳固支撑架配合的贯穿槽，工字梁的一侧处设置有与工字梁配合的悬挑模板，贯穿槽中设置有与悬挑模板配合的连接杆，稳固支撑架上设置有与连接杆配合的搭接锁紧组件；悬挑模板远离工字梁的一侧设置有支撑侧板，稳固支撑架上设置有与支撑侧板配合的稳固吊绳组件，悬挑模板上设置有调平垫块组件。本发明通过模块化设计、稳固支撑、多层次调平、智能化设备和优化的施工流程，显著提升了桥面板施工的效率、质量和安全性，降低了施工成本，展现出了卓越的技术优势，极大地推动了桥梁施工技术的进步和发展。
Cantilever formwork suitable for cast-in-place construction of cantilever of I-shaped beam bridge deck slab and construction system matched with cantilever formwork
一种适用于工字梁桥面板悬臂现浇施工的悬挑模板及其适配的施工系统
WANG XIAOXIAO (author) / WANG XUEBIN (author) / LIU WEI (author) / WANG MINMIN (author) / XU SHUKANG (author) / ZHANG HAIMING (author) / YANG SHENGRUI (author) / WANG JINGGUO (author) / YANG WEIWEI (author) / CHEN HANYU (author)
2024-11-12
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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