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A platform for research: civil engineering, architecture and urbanism
Hanging basket applied to continuous beam cantilever pouring
The invention discloses a hanging basket applied to continuous beam cantilever pouring, which adopts a rhombus-shaped hanging basket, is reasonable in stress, light in self weight, wide in front operation surface and more in adopted structural form, and mainly comprises a bearing system, a suspension system, a template system, a bottom basket system, an anchoring system, a walking system and a safety protection system, by means of effective system combination, manual auxiliary operation is reduced, accuracy of joint propelling construction of the two ends of the continuous beam is improved, and safe construction and linear forming of a bridge floor are guaranteed. The hanging basket is advantaged in that problems that the continuous beam cantilever pouring construction period is long, safety is low, and a large amount of resources are wasted due to manual operation are effectively solved, and the whole displacement stroke of the hanging basket can be controlled through displacement information fed back by a system in cooperation with a walking symmetry monitoring system; and the walking direction of the hanging basket can be adjusted through data import so as to adapt to the plane linetype of the bridge.
本发明公开了一种应用于连续梁悬臂浇注的挂篮，所述挂篮采用菱形式挂篮，其受力合理、自重轻、前方作业面宽广，采用结构形式较多，其主要由承重系统、悬吊系统、模板系统、底篮系统、锚固系统、行走系统和安全防护系统组成，以有效的系统组合减少人工辅助操作和提升连续梁两端共同推进施工的精确性，保证安全施工和桥面的线性成型。本发明有效解决了连续梁悬臂浇注施工周期长，安全性弱，人工操作造成大量资源浪费的问题，并配合使用行走对称性监测系统，既可通过系统反馈的位移信息，控制挂篮整体的位移行程。也可以通过数据导入实现挂篮行走方向调整，以适应桥梁平面线型。
Hanging basket applied to continuous beam cantilever pouring
The invention discloses a hanging basket applied to continuous beam cantilever pouring, which adopts a rhombus-shaped hanging basket, is reasonable in stress, light in self weight, wide in front operation surface and more in adopted structural form, and mainly comprises a bearing system, a suspension system, a template system, a bottom basket system, an anchoring system, a walking system and a safety protection system, by means of effective system combination, manual auxiliary operation is reduced, accuracy of joint propelling construction of the two ends of the continuous beam is improved, and safe construction and linear forming of a bridge floor are guaranteed. The hanging basket is advantaged in that problems that the continuous beam cantilever pouring construction period is long, safety is low, and a large amount of resources are wasted due to manual operation are effectively solved, and the whole displacement stroke of the hanging basket can be controlled through displacement information fed back by a system in cooperation with a walking symmetry monitoring system; and the walking direction of the hanging basket can be adjusted through data import so as to adapt to the plane linetype of the bridge.
本发明公开了一种应用于连续梁悬臂浇注的挂篮，所述挂篮采用菱形式挂篮，其受力合理、自重轻、前方作业面宽广，采用结构形式较多，其主要由承重系统、悬吊系统、模板系统、底篮系统、锚固系统、行走系统和安全防护系统组成，以有效的系统组合减少人工辅助操作和提升连续梁两端共同推进施工的精确性，保证安全施工和桥面的线性成型。本发明有效解决了连续梁悬臂浇注施工周期长，安全性弱，人工操作造成大量资源浪费的问题，并配合使用行走对称性监测系统，既可通过系统反馈的位移信息，控制挂篮整体的位移行程。也可以通过数据导入实现挂篮行走方向调整，以适应桥梁平面线型。
Hanging basket applied to continuous beam cantilever pouring
一种应用于连续梁悬臂浇注的挂篮
WANG XIANG (author)
2021-10-26
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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