A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prefabricated concrete composite wallboard of fabricated building
The invention relates to the technical field of composite boards and discloses a prefabricated concrete composite wallboard of a prefabricated building. The prefabricated concrete composite wallboard of a prefabricated building comprises a pressing mechanism, the pressing mechanism internally comprises a movable cylinder, a bottom end of the movable cylinder is connected with a movable disk in a penetrating manner, a side wall of a bottom end of the movable cylinder is connected with a penetrating mechanism in a penetrating manner, an interior of the penetrating mechanism is connected with a slideway in a penetrating manner, a needle tube is slidably connected to a bottom side wall of the movable disk and a rotating cylinder is connected to an outer side wall of the needle tube in a penetrating mode. a left end of the movable disk is pushed downwards through a bottom part of the movable cylinder, when the left end of the movable disk inclines downwards, a side wall of the movable disk can be pressed downwards, an inner side wall of the movable disk slides through a side wall of an elastic pad, a right portion of a bottom side wall of the elastic pad abuts against a top side wall of a supporting rod, the bottom side wall of the elastic pad can be attached to an upper side wall of the supporting rod, the top side wall of the supporting rod is limited, such that the side wall of the supporting rod can be prevented from tilting upwards in an inserting process, and position deviation can be avoided when a reinforcing steel bar is inserted.
本发明涉及复合板技术领域，且公开了一种装配式建筑的预制混凝土复合墙板，包括按压机构，所述按压机构的内部包括活动筒，活动筒的底端贯穿连接有活动盘，活动筒的底端侧壁处贯穿连接有穿插机构，穿插机构的内部贯穿连接有滑道，所述活动盘的底侧壁处滑动连接有针管，针管的外侧壁处贯穿连接有转筒。通过活动筒的底部向下推动活动盘的左端，活动盘的左端向下倾斜时，活动盘的侧壁可向下按压，活动盘的内侧壁从弹力垫的侧壁滑过，弹力垫的底侧壁偏右的部位抵住在支杆的顶侧壁处，弹力垫的底侧壁可贴合在支杆的上侧壁处，对支杆的顶侧壁处进行限制，可避免支杆的侧壁在插入的过程中向上翘起，可在钢筋插入时避免位置出现偏移。
Prefabricated concrete composite wallboard of fabricated building
The invention relates to the technical field of composite boards and discloses a prefabricated concrete composite wallboard of a prefabricated building. The prefabricated concrete composite wallboard of a prefabricated building comprises a pressing mechanism, the pressing mechanism internally comprises a movable cylinder, a bottom end of the movable cylinder is connected with a movable disk in a penetrating manner, a side wall of a bottom end of the movable cylinder is connected with a penetrating mechanism in a penetrating manner, an interior of the penetrating mechanism is connected with a slideway in a penetrating manner, a needle tube is slidably connected to a bottom side wall of the movable disk and a rotating cylinder is connected to an outer side wall of the needle tube in a penetrating mode. a left end of the movable disk is pushed downwards through a bottom part of the movable cylinder, when the left end of the movable disk inclines downwards, a side wall of the movable disk can be pressed downwards, an inner side wall of the movable disk slides through a side wall of an elastic pad, a right portion of a bottom side wall of the elastic pad abuts against a top side wall of a supporting rod, the bottom side wall of the elastic pad can be attached to an upper side wall of the supporting rod, the top side wall of the supporting rod is limited, such that the side wall of the supporting rod can be prevented from tilting upwards in an inserting process, and position deviation can be avoided when a reinforcing steel bar is inserted.
本发明涉及复合板技术领域，且公开了一种装配式建筑的预制混凝土复合墙板，包括按压机构，所述按压机构的内部包括活动筒，活动筒的底端贯穿连接有活动盘，活动筒的底端侧壁处贯穿连接有穿插机构，穿插机构的内部贯穿连接有滑道，所述活动盘的底侧壁处滑动连接有针管，针管的外侧壁处贯穿连接有转筒。通过活动筒的底部向下推动活动盘的左端，活动盘的左端向下倾斜时，活动盘的侧壁可向下按压，活动盘的内侧壁从弹力垫的侧壁滑过，弹力垫的底侧壁偏右的部位抵住在支杆的顶侧壁处，弹力垫的底侧壁可贴合在支杆的上侧壁处，对支杆的顶侧壁处进行限制，可避免支杆的侧壁在插入的过程中向上翘起，可在钢筋插入时避免位置出现偏移。
Prefabricated concrete composite wallboard of fabricated building
一种装配式建筑的预制混凝土复合墙板
JIE JIANGANG (author) / JIE BAORU (author) / YAO ZHIYONG (author) / QIAN SHENG (author) / PAN JUN (author) / ZHANG ZHIGANG (author) / WEI JINBING (author) / WANG ZHIZHI (author)
2021-08-06
Patent
Electronic Resource
Chinese
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