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A platform for research: civil engineering, architecture and urbanism
Assembly for reinforcing masonry wall through fiber fabric reinforced phase change heat storage cement base plate and reinforcing method
The invention relates to the technical field of masonry walls reinforced by cement substrates, and discloses an assembly and a reinforcing method for a masonry wall reinforced by fiber fabric reinforced phase change heat storage cement substrates, wall body connecting seats for fixing transverse seats are fixed on the masonry wall, and reinforcing connecting mechanisms are connected between the adjacent wall body connecting seats; an internal thread cylinder on the reinforcing connecting mechanism is inserted into the rear end of the vertical seat, and after a third bolt on the vertical seat is locked with the internal thread cylinder, the internal thread cylinder drives a connecting arm on the reinforcing connecting mechanism to tension a corresponding inclined supporting plate, so that the reinforcing connecting mechanism and the wall connecting seat are tensioned and fixed, and the upper and lower groups of inclined supporting plates are close to each other and are fastened on the hollow brick; and finally, the vertical seat and the reinforced connecting mechanism are locked and fixed. The wall connecting base cannot deviate in the up-down direction and the left-right direction, and the supporting effect of the wall connecting base on the cement base plate and the transverse base is further improved. And the transverse seat and the vertical seat are firm after being mounted, and are simple and quick to mount and high in efficiency.
本发明涉及水泥基板加固砌体墙技术领域，且公开了一种纤维织物增强相变蓄热水泥基板加固砌体墙的组件及加固方法，砌体墙上固定有用于固定横座的墙体连接座，相邻墙体连接座之间连接有加强连接机构，加强连接机构上的内螺纹筒插入至竖座后端内部，竖座上的第三螺栓与内螺纹筒锁紧后，内螺纹筒带动加强连接机构上的连接臂拉紧对应的斜撑板，使得加强连接机构与墙体连接座拉紧固定，上下两组斜撑板互相靠近并紧固在空心砖上，最终实现竖座和加强连接机构的锁紧固定。本发明墙体连接座不会出现上下、左右方向的偏移，进一步提高墙体连接座对水泥基板和横座的支撑作用。横座、竖座安装后具有牢固性，且安装简单快速，效率高。
Assembly for reinforcing masonry wall through fiber fabric reinforced phase change heat storage cement base plate and reinforcing method
The invention relates to the technical field of masonry walls reinforced by cement substrates, and discloses an assembly and a reinforcing method for a masonry wall reinforced by fiber fabric reinforced phase change heat storage cement substrates, wall body connecting seats for fixing transverse seats are fixed on the masonry wall, and reinforcing connecting mechanisms are connected between the adjacent wall body connecting seats; an internal thread cylinder on the reinforcing connecting mechanism is inserted into the rear end of the vertical seat, and after a third bolt on the vertical seat is locked with the internal thread cylinder, the internal thread cylinder drives a connecting arm on the reinforcing connecting mechanism to tension a corresponding inclined supporting plate, so that the reinforcing connecting mechanism and the wall connecting seat are tensioned and fixed, and the upper and lower groups of inclined supporting plates are close to each other and are fastened on the hollow brick; and finally, the vertical seat and the reinforced connecting mechanism are locked and fixed. The wall connecting base cannot deviate in the up-down direction and the left-right direction, and the supporting effect of the wall connecting base on the cement base plate and the transverse base is further improved. And the transverse seat and the vertical seat are firm after being mounted, and are simple and quick to mount and high in efficiency.
本发明涉及水泥基板加固砌体墙技术领域，且公开了一种纤维织物增强相变蓄热水泥基板加固砌体墙的组件及加固方法，砌体墙上固定有用于固定横座的墙体连接座，相邻墙体连接座之间连接有加强连接机构，加强连接机构上的内螺纹筒插入至竖座后端内部，竖座上的第三螺栓与内螺纹筒锁紧后，内螺纹筒带动加强连接机构上的连接臂拉紧对应的斜撑板，使得加强连接机构与墙体连接座拉紧固定，上下两组斜撑板互相靠近并紧固在空心砖上，最终实现竖座和加强连接机构的锁紧固定。本发明墙体连接座不会出现上下、左右方向的偏移，进一步提高墙体连接座对水泥基板和横座的支撑作用。横座、竖座安装后具有牢固性，且安装简单快速，效率高。
Assembly for reinforcing masonry wall through fiber fabric reinforced phase change heat storage cement base plate and reinforcing method
一种纤维织物增强相变蓄热水泥基板加固砌体墙的组件及加固方法
JING LEI (author) / TAO RIFENG (author) / LIU SHUGUANG (author) / YAN CHANGWANG (author) / WANG XIAOXIAO (author) / BAI RU (author)
2024-04-12
Patent
Electronic Resource
Chinese
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