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A platform for research: civil engineering, architecture and urbanism
Heavy mountainous area canyon high-pier bracket-free rollover construction equipment
The invention relates to the technical field of high pier rollover construction, in particular to heavy mountainous area canyon high pier support-free rollover construction equipment which comprises a bottom plate and a high pier, bearing columns are arranged at the upper end of the bottom plate, a rollover mechanism is arranged between the two bearing columns and located at the top position, and the rollover mechanism comprises a bearing plate used for displacement; by means of a transverse demolding mode, damage to a high pier is effectively avoided, mold overturning is convenient, elastic supporting force can be applied to the first mold plate through cooperation of the supporting block and the third hydraulic telescopic rod, the first mold plate and the second mold plate can be stably closed together, the first mold plate is prevented from being damaged under the simultaneous action of two sets of reverse acting force, and the mold overturning efficiency is improved. The high pier formwork turnover construction equipment is simple in structure and convenient to use, leakage of concrete and other raw materials is avoided, the high pier forming quality is effectively improved, the two sets of bearing columns are matched with the bottom plate to serve as a supporting framework, the occupied area is effectively reduced, and the high pier formwork turnover construction equipment is more suitable for being used in heavy mountainous areas, canyons and other places with complex terrains.
本发明涉及高墩翻模施工技术领域，具体为一种重山区峡谷高墩无支架翻模施工设备，包括底板和高墩，所述底板上端设置有承重柱，两组所述承重柱之间且位于顶部位置设置有翻模机构，所述翻模机构包括用于位移的承重板；本发明通过横向脱模的方式，有效的避免对高墩的损坏，翻模较为便捷，通过支撑块配合液压伸缩杆三可以对模板一施加弹性支撑力，可以使模板一和模板二稳定闭合在一起，并且避免模板一在两组反向的作用力同时作用下损坏，避免混凝土等原料发生泄露，有效的提高高墩的成型质量，采用两组承重柱配合底板作为支撑架构，有效的减小占地面积，使得该高墩翻模施工设备更适合用于重山区峡谷等地形较为复杂的地方使用。
Heavy mountainous area canyon high-pier bracket-free rollover construction equipment
The invention relates to the technical field of high pier rollover construction, in particular to heavy mountainous area canyon high pier support-free rollover construction equipment which comprises a bottom plate and a high pier, bearing columns are arranged at the upper end of the bottom plate, a rollover mechanism is arranged between the two bearing columns and located at the top position, and the rollover mechanism comprises a bearing plate used for displacement; by means of a transverse demolding mode, damage to a high pier is effectively avoided, mold overturning is convenient, elastic supporting force can be applied to the first mold plate through cooperation of the supporting block and the third hydraulic telescopic rod, the first mold plate and the second mold plate can be stably closed together, the first mold plate is prevented from being damaged under the simultaneous action of two sets of reverse acting force, and the mold overturning efficiency is improved. The high pier formwork turnover construction equipment is simple in structure and convenient to use, leakage of concrete and other raw materials is avoided, the high pier forming quality is effectively improved, the two sets of bearing columns are matched with the bottom plate to serve as a supporting framework, the occupied area is effectively reduced, and the high pier formwork turnover construction equipment is more suitable for being used in heavy mountainous areas, canyons and other places with complex terrains.
本发明涉及高墩翻模施工技术领域，具体为一种重山区峡谷高墩无支架翻模施工设备，包括底板和高墩，所述底板上端设置有承重柱，两组所述承重柱之间且位于顶部位置设置有翻模机构，所述翻模机构包括用于位移的承重板；本发明通过横向脱模的方式，有效的避免对高墩的损坏，翻模较为便捷，通过支撑块配合液压伸缩杆三可以对模板一施加弹性支撑力，可以使模板一和模板二稳定闭合在一起，并且避免模板一在两组反向的作用力同时作用下损坏，避免混凝土等原料发生泄露，有效的提高高墩的成型质量，采用两组承重柱配合底板作为支撑架构，有效的减小占地面积，使得该高墩翻模施工设备更适合用于重山区峡谷等地形较为复杂的地方使用。
Heavy mountainous area canyon high-pier bracket-free rollover construction equipment
一种重山区峡谷高墩无支架翻模施工设备
XIE PEIJUAN (author) / OU GUANGZHOU (author) / KUAI QIANG (author) / SHAN WULIN (author) / MA WEIWU (author) / YANG RUIFEN (author) / OU LUWEI (author) / LI LIN (author) / HAN JIPING (author) / ZHANG CHENGDE (author)
2023-03-28
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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