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BIM-based protective fence for constructional engineering
The invention provides a BIM-based protective fence for constructional engineering. The BIM-based protective fence for constructional engineering structurally comprises a solid rod, a supporting rod, a spacing groove, a connecting rod and a fixer, wherein the solid rod is fixedly connected with the supporting rod; the spacing groove communicates with the supporting rod; the connecting rod is arranged under the spacing groove; after an insertion block at the lower end of the fixer is inserted into the corresponding land to be fixed, a rotating valve at the upper end can positively rotate to drive baffles at two sides of a connecting block to move after all construction is completed, so that sandy soil of the land at the lower end can be effectively and continuously loosened through flowing holes and auxiliary holes formed in the baffles; therefore, the moving performance of sandy soil can be effectively improved along with the rotating wheels arranged in the flowing holes and the auxiliary holes; and the moving performance of the rotating wheels can be guaranteed through the dust removal blocks of the rotating wheels so as to prevent jamming. Therefore, the effect that the protective fence can be quickly dismounted after being used can be achieved, and the balance stability of the protective fence after being installed can be achieved through the positioning effect of the baffles.
本发明提供一种基于BIM的建筑工程用防护栏,其结构包括实心杆、支撑杆、间隔槽、连接杆、固定器实心杆与支撑杆进行固定连接,间隔槽与支撑杆相通,连接杆安装于间隔槽的下方,本发明由固定器下端的插入块在插入相应的土地之中进行固定后待施工全部完成后可通过上端的转动阀进行正转带动连接块两侧的挡板进行活动,致使通过挡板所装有的流动孔与辅助孔能够有效的将下端土地的沙土进行不断松动,从而随着流动孔与辅助孔内装有的转轮能够有效的增加沙土的活动性能,并且通过转轮的除尘块能够保证转轮的活动性防止卡死,以至于能够实现防护栏在使用完毕后进行快速拆卸的效果并且通过挡板的定位效果能够实现防护栏安装后的平衡稳定性。
BIM-based protective fence for constructional engineering
The invention provides a BIM-based protective fence for constructional engineering. The BIM-based protective fence for constructional engineering structurally comprises a solid rod, a supporting rod, a spacing groove, a connecting rod and a fixer, wherein the solid rod is fixedly connected with the supporting rod; the spacing groove communicates with the supporting rod; the connecting rod is arranged under the spacing groove; after an insertion block at the lower end of the fixer is inserted into the corresponding land to be fixed, a rotating valve at the upper end can positively rotate to drive baffles at two sides of a connecting block to move after all construction is completed, so that sandy soil of the land at the lower end can be effectively and continuously loosened through flowing holes and auxiliary holes formed in the baffles; therefore, the moving performance of sandy soil can be effectively improved along with the rotating wheels arranged in the flowing holes and the auxiliary holes; and the moving performance of the rotating wheels can be guaranteed through the dust removal blocks of the rotating wheels so as to prevent jamming. Therefore, the effect that the protective fence can be quickly dismounted after being used can be achieved, and the balance stability of the protective fence after being installed can be achieved through the positioning effect of the baffles.
本发明提供一种基于BIM的建筑工程用防护栏,其结构包括实心杆、支撑杆、间隔槽、连接杆、固定器实心杆与支撑杆进行固定连接,间隔槽与支撑杆相通,连接杆安装于间隔槽的下方,本发明由固定器下端的插入块在插入相应的土地之中进行固定后待施工全部完成后可通过上端的转动阀进行正转带动连接块两侧的挡板进行活动,致使通过挡板所装有的流动孔与辅助孔能够有效的将下端土地的沙土进行不断松动,从而随着流动孔与辅助孔内装有的转轮能够有效的增加沙土的活动性能,并且通过转轮的除尘块能够保证转轮的活动性防止卡死,以至于能够实现防护栏在使用完毕后进行快速拆卸的效果并且通过挡板的定位效果能够实现防护栏安装后的平衡稳定性。
BIM-based protective fence for constructional engineering
一种基于BIM的建筑工程用防护栏
PANG CHAOJIE (author) / CHENG YANMEI (author) / LONG LULU (author) / HE SHANNENG (author) / HUANG XIANGHAN (author)
2021-10-26
Patent
Electronic Resource
Chinese
IPC:
E04H
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