Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Prefabricated constructional column assembly structure for block wall and assembling method
The invention relates to a prefabricated constructional column assembly structure for a block wall and an assembling method. The assembly structure comprises a first connecting piece, a second connecting piece, and a limiting piece; the first connecting piece comprises a first anchor plate fixed to the top of a prefabricated constructional column and a first connecting plate vertically fixed to the top of the first anchor plate; the second connecting piece comprises a second anchor plate which is fixed at the bottom of an upper-layer beam plate and corresponds to the mounting position of the prefabricated constructional column, and a second connecting plate which is vertically fixed at the bottom of the second anchor plate and is used for overlapping and fixing the first connecting plate; the limiting piece comprises a splicing limiting barrel used for surrounding the bottom of the prefabricated constructional column and a limiting anchor bar fixed to the bottom of the splicing limiting barrel; and a limiting hole allowing the limiting anchor bar to be inserted in is formed in the position, corresponding to the mounting position of the prefabricated constructional column, on a lower-layer beam plate. The structure is simple, convenient and rapid in construction, and the problems of construction site pollution, uncontrollable concrete quality, low construction efficiency and the like caused by on-site mixing due to small concrete dosage in the traditional process are solved.
本发明涉及一种用于砌块墙体的预制构造柱装配结构及装配方法，该装配结构包括：第一连接件，包括固定于预制构造柱的顶部的第一锚板以及垂直固定于第一锚板顶部的第一连接板；第二连接件，包括固定于上层梁板的底部且对应于预制构造柱的安装位置处的第二锚板、以及垂直固定于第二锚板底部且供第一连接板搭接固定的第二连接板；限位件，包括用于围设至预制构造柱的底部的拼接限位筒以及固定于拼接限位筒底部的限位锚筋，下层梁板上对应于预制构造柱的安装位置处开设有供限位锚筋插接的限位孔。本发明施工简单、方便、快速，避免了传统工艺因混凝土用量小需现场拌制而导致的施工场地污染、混凝土质量不可控、施工效率低等问题。
Prefabricated constructional column assembly structure for block wall and assembling method
The invention relates to a prefabricated constructional column assembly structure for a block wall and an assembling method. The assembly structure comprises a first connecting piece, a second connecting piece, and a limiting piece; the first connecting piece comprises a first anchor plate fixed to the top of a prefabricated constructional column and a first connecting plate vertically fixed to the top of the first anchor plate; the second connecting piece comprises a second anchor plate which is fixed at the bottom of an upper-layer beam plate and corresponds to the mounting position of the prefabricated constructional column, and a second connecting plate which is vertically fixed at the bottom of the second anchor plate and is used for overlapping and fixing the first connecting plate; the limiting piece comprises a splicing limiting barrel used for surrounding the bottom of the prefabricated constructional column and a limiting anchor bar fixed to the bottom of the splicing limiting barrel; and a limiting hole allowing the limiting anchor bar to be inserted in is formed in the position, corresponding to the mounting position of the prefabricated constructional column, on a lower-layer beam plate. The structure is simple, convenient and rapid in construction, and the problems of construction site pollution, uncontrollable concrete quality, low construction efficiency and the like caused by on-site mixing due to small concrete dosage in the traditional process are solved.
本发明涉及一种用于砌块墙体的预制构造柱装配结构及装配方法，该装配结构包括：第一连接件，包括固定于预制构造柱的顶部的第一锚板以及垂直固定于第一锚板顶部的第一连接板；第二连接件，包括固定于上层梁板的底部且对应于预制构造柱的安装位置处的第二锚板、以及垂直固定于第二锚板底部且供第一连接板搭接固定的第二连接板；限位件，包括用于围设至预制构造柱的底部的拼接限位筒以及固定于拼接限位筒底部的限位锚筋，下层梁板上对应于预制构造柱的安装位置处开设有供限位锚筋插接的限位孔。本发明施工简单、方便、快速，避免了传统工艺因混凝土用量小需现场拌制而导致的施工场地污染、混凝土质量不可控、施工效率低等问题。
Prefabricated constructional column assembly structure for block wall and assembling method
用于砌块墙体的预制构造柱装配结构及装配方法
FENG JUN (Autor:in) / BAI JIE (Autor:in) / XIONG HAO (Autor:in) / MA JUN (Autor:in) / JIA HONGXUE (Autor:in)
09.07.2021
Patent
Elektronische Ressource
Chinesisch
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