A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mixed-pouring-preventing rapid intercepting device suitable for beam-slab joint concrete
The invention discloses an anti-mixed-pouring rapid intercepting device suitable for beam and slab joint concrete, and relates to the technical field of building construction. In order to solve the problem that a mixed pouring prevention structure is not easy to detach due to the fact that a flexible air bag and related structures of the flexible air bag are contaminated by concrete when the structure is detached after the mixed pouring prevention work is completed. The device specifically comprises a beam-slab joint pouring formwork, isolation plates are arranged on the two sides of the beam-slab joint pouring formwork respectively, a steel bar structure is arranged in the beam-slab joint pouring formwork, the steel bar structure is composed of rectangular array stress bars and hoop bars which are annularly sleeved, the hoop bars are fixedly connected through bar rings, and locking mechanisms are arranged between the isolation plates and the beam-slab joint pouring formwork. A clamping mechanism is arranged between the top of the isolation plate and the stirrup, steel bar holes distributed at equal intervals are formed in one side of the isolation plate, and the steel bar holes and the stress bars are connected in an inserted mode. It is guaranteed that in the beam slab pouring process, it is avoided that the isolation plate is extruded by concrete and inclines, and the stability of the clamping columns clamped into the clamping holes is also guaranteed.
本发明公开了适用于梁板接头混凝土的防混浇快速拦截装置，涉及建筑施工技术领域；为了解决在完成防混浇工作后进行结构拆卸时，混凝土会沾染到柔性气囊及其相关结构上，造成防混浇结构不易拆卸的问题；具体包括梁板接头浇筑模板，所述梁板接头浇筑模板的两侧分别设置有隔离板，梁板接头浇筑模板内置有钢筋结构，钢筋结构由矩形阵列受力筋和环套的箍筋组成，箍筋通过筋环固定连接，隔离板与梁板接头浇筑模板之间设置有锁紧机构，隔离板的顶部与箍筋之间设置有卡接机构，隔离板的一侧开有等距离分布的钢筋孔，钢筋孔与受力筋相互插接。本发明既保证在浇筑梁板过程中，隔离板不会被混凝土挤压而发生倾斜的问题，又保证了卡柱卡入卡孔内的稳定性。
Mixed-pouring-preventing rapid intercepting device suitable for beam-slab joint concrete
The invention discloses an anti-mixed-pouring rapid intercepting device suitable for beam and slab joint concrete, and relates to the technical field of building construction. In order to solve the problem that a mixed pouring prevention structure is not easy to detach due to the fact that a flexible air bag and related structures of the flexible air bag are contaminated by concrete when the structure is detached after the mixed pouring prevention work is completed. The device specifically comprises a beam-slab joint pouring formwork, isolation plates are arranged on the two sides of the beam-slab joint pouring formwork respectively, a steel bar structure is arranged in the beam-slab joint pouring formwork, the steel bar structure is composed of rectangular array stress bars and hoop bars which are annularly sleeved, the hoop bars are fixedly connected through bar rings, and locking mechanisms are arranged between the isolation plates and the beam-slab joint pouring formwork. A clamping mechanism is arranged between the top of the isolation plate and the stirrup, steel bar holes distributed at equal intervals are formed in one side of the isolation plate, and the steel bar holes and the stress bars are connected in an inserted mode. It is guaranteed that in the beam slab pouring process, it is avoided that the isolation plate is extruded by concrete and inclines, and the stability of the clamping columns clamped into the clamping holes is also guaranteed.
本发明公开了适用于梁板接头混凝土的防混浇快速拦截装置，涉及建筑施工技术领域；为了解决在完成防混浇工作后进行结构拆卸时，混凝土会沾染到柔性气囊及其相关结构上，造成防混浇结构不易拆卸的问题；具体包括梁板接头浇筑模板，所述梁板接头浇筑模板的两侧分别设置有隔离板，梁板接头浇筑模板内置有钢筋结构，钢筋结构由矩形阵列受力筋和环套的箍筋组成，箍筋通过筋环固定连接，隔离板与梁板接头浇筑模板之间设置有锁紧机构，隔离板的顶部与箍筋之间设置有卡接机构，隔离板的一侧开有等距离分布的钢筋孔，钢筋孔与受力筋相互插接。本发明既保证在浇筑梁板过程中，隔离板不会被混凝土挤压而发生倾斜的问题，又保证了卡柱卡入卡孔内的稳定性。
Mixed-pouring-preventing rapid intercepting device suitable for beam-slab joint concrete
适用于梁板接头混凝土的防混浇快速拦截装置
MAGOZO (author) / ZHAO ZHENG (author) / LI DAQIANG (author) / ZHANG ZONGYU (author) / TENG XUEWEN (author) / LEI GUANGHUI (author) / WU HEKUN (author) / CHEN TAO (author) / REN YEJUN (author) / HU YANG (author)
2024-06-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Intercepting method for concrete pouring of beam-slab walls with different strength grades
| European Patent Office | 2022
Construction method suitable for dam face slab concrete pouring
| European Patent Office | 2021
Concrete intercepting device for concrete construction joint
| European Patent Office | 2023
Beam column joint concrete wire mesh intercepting device and method
| European Patent Office | 2023
Separating device for beam-column joint concrete pouring
| European Patent Office | 2024