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A platform for research: civil engineering, architecture and urbanism
Building sticky steel reinforcement construction method
The invention relates to a building sticky steel reinforcement construction method. The method involves moving plates, connecting blocks, glue solution barrels, coating mechanisms and stirring mechanisms; the moving plates are arranged in a longitudinal symmetry manner and are connected through the connecting blocks; the four connecting blocks are arranged in a matrix; the glue solution barrels and the stirring mechanisms are arranged on the moving plates; and the coating mechanisms are arranged on the glue solution barrels. The coating mechanisms adopted by the invention can directly and uniformly coat a steel plate with a glue solution, and meanwhile, the thickness of the glue solution on manufactured sticky steel is effectively controlled, so that the phenomenon that the reinforcement construction efficiency is reduced due to the fact that the thickness is difficult to control and glue solution coating is relatively slow when the steel plate is coated with the glue solution manually to manufacture the sticky steel is avoided; and meanwhile, the stirring mechanisms are adopted, so that the glue solution can be effectively and uniformly stirred when needed, and the phenomena that time and labor are wasted due to manual stirring and the adhesion effect after coating is not good as the uniform effect of the glue solution is not good are avoided.
本发明涉及一种建筑粘钢加固施工方法，包括移动板、连接块、胶液桶、涂覆机构和搅拌机构，所述的移动板上下对称排布且通过连接块相连接，四个连接块是矩阵排布，移动板上设置有胶液桶与搅拌机构，胶液桶上设置有涂覆机构，本发明采用的涂覆机构可以直接将胶液均匀的涂覆到钢板上，同时对制作的粘钢上的胶液厚度得到有效的控制，避免了人工在对钢板涂覆胶液制作粘钢时厚度不易控制和涂覆胶液较慢，所造成的加固施工效率降低的现象，同时采用了搅拌机构可以在需要的时候对胶液进行有效的均匀搅拌，避免人工搅拌的费时费力，同时胶液的均匀效果不强，造成涂覆之后的粘黏效果不佳的现象。
Building sticky steel reinforcement construction method
The invention relates to a building sticky steel reinforcement construction method. The method involves moving plates, connecting blocks, glue solution barrels, coating mechanisms and stirring mechanisms; the moving plates are arranged in a longitudinal symmetry manner and are connected through the connecting blocks; the four connecting blocks are arranged in a matrix; the glue solution barrels and the stirring mechanisms are arranged on the moving plates; and the coating mechanisms are arranged on the glue solution barrels. The coating mechanisms adopted by the invention can directly and uniformly coat a steel plate with a glue solution, and meanwhile, the thickness of the glue solution on manufactured sticky steel is effectively controlled, so that the phenomenon that the reinforcement construction efficiency is reduced due to the fact that the thickness is difficult to control and glue solution coating is relatively slow when the steel plate is coated with the glue solution manually to manufacture the sticky steel is avoided; and meanwhile, the stirring mechanisms are adopted, so that the glue solution can be effectively and uniformly stirred when needed, and the phenomena that time and labor are wasted due to manual stirring and the adhesion effect after coating is not good as the uniform effect of the glue solution is not good are avoided.
本发明涉及一种建筑粘钢加固施工方法，包括移动板、连接块、胶液桶、涂覆机构和搅拌机构，所述的移动板上下对称排布且通过连接块相连接，四个连接块是矩阵排布，移动板上设置有胶液桶与搅拌机构，胶液桶上设置有涂覆机构，本发明采用的涂覆机构可以直接将胶液均匀的涂覆到钢板上，同时对制作的粘钢上的胶液厚度得到有效的控制，避免了人工在对钢板涂覆胶液制作粘钢时厚度不易控制和涂覆胶液较慢，所造成的加固施工效率降低的现象，同时采用了搅拌机构可以在需要的时候对胶液进行有效的均匀搅拌，避免人工搅拌的费时费力，同时胶液的均匀效果不强，造成涂覆之后的粘黏效果不佳的现象。
Building sticky steel reinforcement construction method
一种建筑粘钢加固施工方法
WANG ZUFEN (author)
2021-07-30
Patent
Electronic Resource
Chinese
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