Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Assembly and device for reinforcing brick-concrete structure through fiber-reinforced heat storage cement base plate
The invention relates to the technical field of brick-concrete structure reinforcement, and discloses an assembly for reinforcing a brick-concrete structure through a fiber-reinforced heat storage cement base plate and a device of the assembly. A ring beam is provided with a connecting base used for installing a supporting base, and after a fastening screw is locked at the front end of the connecting base, the fastening screw enables a clamping mechanism to press and fix the supporting base; after the fastening screw is locked, the tensioning mechanism pulls the tensioning metal plate to move, the buckle on the tensioning metal plate is clamped in the clamping groove in the inner wall of the cement base plate, the side edge clamping base is clamped at one end of the cement base plate, and the right-angle fastening base is clamped at the other end of the cement base plate. The supporting base and the connecting base are effectively prevented from loosening, and the cement base plate on the supporting base is prevented from falling off. Meanwhile, the two ends and the inner sides of the cement base plates are fixed, and the cement base plates at the same height are fixed at corners, so that the fixing firmness of the cement base plates can be improved, and the fiber-reinforced heat storage cement base plates used for reinforcing can realize integrated improvement of the safety of a brick-concrete structure and the energy conservation of a building.
本发明涉及砖混结构加固技术领域，且公开了一种纤维增强蓄热水泥基板加固砖混结构的组件及其装置，圈梁上设有用于安装支撑座的连接座，连接座前端锁紧紧固螺丝后，紧固螺丝使得卡紧机构对支撑座实现压紧固定；紧固螺钉锁紧后，拉紧机构拉动张紧金属板移动，张紧金属板上的卡扣卡在水泥基板内壁的卡槽，侧边卡紧座卡在水泥基板一端，直角紧固座卡在水泥基板另一端。本发明有效防止支撑座与连接座松脱，避免造成支撑座上的水泥基板跌落。同时在水泥基板的两端以及内侧进行固定，在同一高度的水泥基板之间的拐角处进行固定，这样可提高对水泥基板固定牢固性，并且加固使用的纤维增强蓄热水泥基板可实现砖混结构安全性与建筑节能的一体化提升。
Assembly and device for reinforcing brick-concrete structure through fiber-reinforced heat storage cement base plate
The invention relates to the technical field of brick-concrete structure reinforcement, and discloses an assembly for reinforcing a brick-concrete structure through a fiber-reinforced heat storage cement base plate and a device of the assembly. A ring beam is provided with a connecting base used for installing a supporting base, and after a fastening screw is locked at the front end of the connecting base, the fastening screw enables a clamping mechanism to press and fix the supporting base; after the fastening screw is locked, the tensioning mechanism pulls the tensioning metal plate to move, the buckle on the tensioning metal plate is clamped in the clamping groove in the inner wall of the cement base plate, the side edge clamping base is clamped at one end of the cement base plate, and the right-angle fastening base is clamped at the other end of the cement base plate. The supporting base and the connecting base are effectively prevented from loosening, and the cement base plate on the supporting base is prevented from falling off. Meanwhile, the two ends and the inner sides of the cement base plates are fixed, and the cement base plates at the same height are fixed at corners, so that the fixing firmness of the cement base plates can be improved, and the fiber-reinforced heat storage cement base plates used for reinforcing can realize integrated improvement of the safety of a brick-concrete structure and the energy conservation of a building.
本发明涉及砖混结构加固技术领域，且公开了一种纤维增强蓄热水泥基板加固砖混结构的组件及其装置，圈梁上设有用于安装支撑座的连接座，连接座前端锁紧紧固螺丝后，紧固螺丝使得卡紧机构对支撑座实现压紧固定；紧固螺钉锁紧后，拉紧机构拉动张紧金属板移动，张紧金属板上的卡扣卡在水泥基板内壁的卡槽，侧边卡紧座卡在水泥基板一端，直角紧固座卡在水泥基板另一端。本发明有效防止支撑座与连接座松脱，避免造成支撑座上的水泥基板跌落。同时在水泥基板的两端以及内侧进行固定，在同一高度的水泥基板之间的拐角处进行固定，这样可提高对水泥基板固定牢固性，并且加固使用的纤维增强蓄热水泥基板可实现砖混结构安全性与建筑节能的一体化提升。
Assembly and device for reinforcing brick-concrete structure through fiber-reinforced heat storage cement base plate
纤维增强蓄热水泥基板加固砖混结构的组件及其装置
JING LEI (Autor:in) / TAO RIFENG (Autor:in) / LIU SHUGUANG (Autor:in) / YAN CHANGWANG (Autor:in) / BAI RU (Autor:in) / WANG XIAOXIAO (Autor:in) / YIN LIQIANG (Autor:in)
12.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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