Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Built-in thermal insulation cast-in-place concrete composite wall of mixed tying system
The invention discloses a built-in thermal insulation cast-in-place concrete composite wall of a mixed tying system. The composite wall comprises an inner-side concrete layer, a thermal insulation layer, an outer-side concrete layer, an outer-side steel mesh reinforcement, an inner-side steel mesh reinforcement, web bars, a metal clamping and fixing system and a locating tying rod. According to the built-in thermal insulation cast-in-place concrete composite wall of the mixed tying system, the outer-side steel mesh reinforcement and the inner-side steel mesh reinforcement are placed outside the two sides of the thermal insulation layer correspondingly, the two ends of each web bar are fixedly welded to the outer-side steel mesh reinforcement and the inner-side steel mesh reinforcement, a laminboard is formed, an external threaded steel pipe penetrates through the thermal insulation layer, an U-shaped outer steel clamp and a U-shaped inner steel clamp are placed at the two ends of the external threaded steel pipe correspondingly, meanwhile, the U-shaped outer steel clamp and the outer-side steel mesh reinforcement are fixedly welded through a first clamping groove, meanwhile, the U-shaped inner steel clamp and the inner-side steel mesh reinforcement are fixedly welded through a second clamping groove, then a first nut and a second nut are taken to be screwed at the two ends of the external threaded steel pipe correspondingly, and steel bars of the inner-side concrete layer are bundled in the construction site.
本发明公开了一种混合拉结系统内置保温现浇混凝土复合墙，包括内侧混凝土层、保温层、外侧混凝土层、外侧网状钢筋、内侧网状钢筋、腹筋、金属卡固系统和定位拉结杆。该混合拉结系统内置保温现浇混凝土复合墙，在保温层两侧外分别放置外侧网状钢筋和内侧网状钢筋，将腹筋的两端分别于外侧网状钢筋和内侧网状钢筋固定焊接，形成夹芯板，将外螺纹钢管贯穿保温层，在外螺纹钢管的两端分别放置U型外钢卡和U型内钢卡，同时将U型外钢卡与外侧网状钢筋通过第一卡槽固定焊接，同时将U型内钢卡与内侧网状钢筋通过第二卡槽固定焊接，然后分别拿取第一螺母和第二螺母拧在外螺纹钢管的两端，施工现场绑扎内侧混凝土层的钢筋。
Built-in thermal insulation cast-in-place concrete composite wall of mixed tying system
The invention discloses a built-in thermal insulation cast-in-place concrete composite wall of a mixed tying system. The composite wall comprises an inner-side concrete layer, a thermal insulation layer, an outer-side concrete layer, an outer-side steel mesh reinforcement, an inner-side steel mesh reinforcement, web bars, a metal clamping and fixing system and a locating tying rod. According to the built-in thermal insulation cast-in-place concrete composite wall of the mixed tying system, the outer-side steel mesh reinforcement and the inner-side steel mesh reinforcement are placed outside the two sides of the thermal insulation layer correspondingly, the two ends of each web bar are fixedly welded to the outer-side steel mesh reinforcement and the inner-side steel mesh reinforcement, a laminboard is formed, an external threaded steel pipe penetrates through the thermal insulation layer, an U-shaped outer steel clamp and a U-shaped inner steel clamp are placed at the two ends of the external threaded steel pipe correspondingly, meanwhile, the U-shaped outer steel clamp and the outer-side steel mesh reinforcement are fixedly welded through a first clamping groove, meanwhile, the U-shaped inner steel clamp and the inner-side steel mesh reinforcement are fixedly welded through a second clamping groove, then a first nut and a second nut are taken to be screwed at the two ends of the external threaded steel pipe correspondingly, and steel bars of the inner-side concrete layer are bundled in the construction site.
本发明公开了一种混合拉结系统内置保温现浇混凝土复合墙，包括内侧混凝土层、保温层、外侧混凝土层、外侧网状钢筋、内侧网状钢筋、腹筋、金属卡固系统和定位拉结杆。该混合拉结系统内置保温现浇混凝土复合墙，在保温层两侧外分别放置外侧网状钢筋和内侧网状钢筋，将腹筋的两端分别于外侧网状钢筋和内侧网状钢筋固定焊接，形成夹芯板，将外螺纹钢管贯穿保温层，在外螺纹钢管的两端分别放置U型外钢卡和U型内钢卡，同时将U型外钢卡与外侧网状钢筋通过第一卡槽固定焊接，同时将U型内钢卡与内侧网状钢筋通过第二卡槽固定焊接，然后分别拿取第一螺母和第二螺母拧在外螺纹钢管的两端，施工现场绑扎内侧混凝土层的钢筋。
Built-in thermal insulation cast-in-place concrete composite wall of mixed tying system
一种混合拉结系统内置保温现浇混凝土复合墙
LI YUNFENG (Autor:in) / ZHANG KAILI (Autor:in) / WU XUEFENG (Autor:in) / LIU MIAO (Autor:in) / LIU LIMING (Autor:in) / GUO MINGHUI (Autor:in)
09.10.2020
Patent
Elektronische Ressource
Chinesisch
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