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A platform for research: civil engineering, architecture and urbanism
Napping device and napping method for integrated layer of bridge floor
The galling device comprises a moving mechanism, a galling mechanism and a control mechanism, the moving mechanism comprises a moving trussed beam used for stretching across anti-collision guardrails on the two sides of a bridge floor, and lifting supporting legs are arranged at the two ends of the moving trussed beam respectively; the bottoms of the supporting legs are driven by a walking mechanism to move on the anti-collision guardrail. The napping mechanism comprises a napping support extending in the length direction of the movable trussed beam and a napping steel brush arranged on the napping support, the napping support is further provided with a transverse moving mechanism used for driving the napping steel brush to move in the length direction of the movable trussed beam, and the walking mechanism and the transverse moving mechanism are electrically connected with the control mechanism. The invention further discloses a galling method for the integrated layer of the bridge floor, which comprises the following steps: firstly constructing the anti-collision guardrails on the two sides of the bridge floor, and then movably erecting the two ends of the galling device on the anti-collision guardrails on the two sides. Automatic galling is achieved, it is guaranteed that a bridge floor galling line is straight in shape and consistent in depth, and the current standard construction requirement is met.
本发明公开了一种桥面整体化层的拉毛装置，包括移动机构、拉毛机构及控制机构，移动机构包括用于横跨在桥面两侧的防撞护栏上的移动桁梁，移动桁梁的两端分别设置有可升降的支腿，支腿的底部通过行走机构驱动其在防撞护栏上移动；拉毛机构包括沿移动桁梁的长度方向延伸设置的拉毛支架及设置在拉毛支架上的拉毛钢刷，拉毛支架上还设有用于驱动拉毛钢刷沿移动桁梁的长度方向移动的横移机构，行走机构及横移机构分别与控制机构电连接；还公开了一种桥面整体化层的拉毛方法，步骤包括：先在桥面的两侧施工防撞护栏，再将拉毛装置的两端移动架设在两侧的防撞护栏上。实现了自动拉毛，保证桥面拉毛线形顺直，深度一致，满足目前的标准化施工要求。
Napping device and napping method for integrated layer of bridge floor
The galling device comprises a moving mechanism, a galling mechanism and a control mechanism, the moving mechanism comprises a moving trussed beam used for stretching across anti-collision guardrails on the two sides of a bridge floor, and lifting supporting legs are arranged at the two ends of the moving trussed beam respectively; the bottoms of the supporting legs are driven by a walking mechanism to move on the anti-collision guardrail. The napping mechanism comprises a napping support extending in the length direction of the movable trussed beam and a napping steel brush arranged on the napping support, the napping support is further provided with a transverse moving mechanism used for driving the napping steel brush to move in the length direction of the movable trussed beam, and the walking mechanism and the transverse moving mechanism are electrically connected with the control mechanism. The invention further discloses a galling method for the integrated layer of the bridge floor, which comprises the following steps: firstly constructing the anti-collision guardrails on the two sides of the bridge floor, and then movably erecting the two ends of the galling device on the anti-collision guardrails on the two sides. Automatic galling is achieved, it is guaranteed that a bridge floor galling line is straight in shape and consistent in depth, and the current standard construction requirement is met.
本发明公开了一种桥面整体化层的拉毛装置，包括移动机构、拉毛机构及控制机构，移动机构包括用于横跨在桥面两侧的防撞护栏上的移动桁梁，移动桁梁的两端分别设置有可升降的支腿，支腿的底部通过行走机构驱动其在防撞护栏上移动；拉毛机构包括沿移动桁梁的长度方向延伸设置的拉毛支架及设置在拉毛支架上的拉毛钢刷，拉毛支架上还设有用于驱动拉毛钢刷沿移动桁梁的长度方向移动的横移机构，行走机构及横移机构分别与控制机构电连接；还公开了一种桥面整体化层的拉毛方法，步骤包括：先在桥面的两侧施工防撞护栏，再将拉毛装置的两端移动架设在两侧的防撞护栏上。实现了自动拉毛，保证桥面拉毛线形顺直，深度一致，满足目前的标准化施工要求。
Napping device and napping method for integrated layer of bridge floor
一种桥面整体化层的拉毛装置及拉毛方法
TANG MING (author) / WANG YADONG (author) / FENG ZHANG (author) / ZHANG GE (author) / NIU BOJUN (author) / LUO LEGEN (author)
2023-05-05
Patent
Electronic Resource
Chinese
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