An improved assembling wall is provided with a straight through distribution of the screw holes of the internal fire-proof insulation board, the internal load-bearing wall, the external load-bearing wall and the external fire-proof insulation board. The screw holes of the internal fire-proof insulation board, the internal load-bearing wall, the external load-bearing wall and the external fire-proof insulation board are perforated with reinforcement bolts, and the internal fire-proof insulation layer is perforated with reinforcement bolts. The inner load-bearing wall, the outer load-bearing wall and the external fire-proof insulation layer are tightly connected into a whole through the reinforcement bolts. The inner decorative layer and the outer decorative layer are respectively pasted on the outer side of the inner flame-proof insulation layer and the outer flame-proof insulation layer. The improved assembled wall provided by the utility model has the advantages of convenient and quick assembly, greatly reducing the construction difficulty, shortening the construction period, and greatly enhancing the insulation, heat insulation, sound insulation and moisture-proof performance of the wall under the premise of meeting the strength requirements; the wall is composed of several functional layers, which are composed of several layers of walls. The comprehensive performance of panel composite wall is superior and user experience is more comfortable.
【技术实现步骤摘要】
一种改进型装配式墙体
本技术涉及建筑建材领域,尤其涉及一种改进型装配式墙体。
技术介绍
现今,建筑行业墙体主要有采用实心砖或者空心砌块堆砌的前提、现场浇筑的墙体和板块性墙体,砌筑墙体施工劳动强度大,占用人力资源多,工序繁琐,施工周期长,该种建筑方法较为传统,已经不能满足现如今高速发展的房地产行业,现场浇注成型是现今应用最广的建筑方法,但是该方法需要特殊设备现场浇灌浆料,根据国家法律规定,城区内不允许调制水泥浆料,避免扬尘污染城市空气,所以水泥浆料一般在市外调制,然后用罐车运至施工现场,浇筑时需要现场浇筑,而且第一次浇筑完成后需要依次进行第二次、第三次浇筑,工序繁琐,施工周期长,能耗大;板块性墙体虽然提高了施工效率,但是墙体的强度较低,存在严重的安全隐患,而且这些材料保温、隔热、隔音、防潮等性能越来越不能满足人们的对居住条件日益增高的要求,因此迫切需要一种新式的改进型装配式墙体。
技术实现思路
为了解决上述现有技术中存在的问题,本技术提供一种改进型装配式墙体。本技术解决其技术问题所采用的技术方案是:一种改进型装配式墙体,由内至外依次包括有相互装配结合的内装饰层,内防燃保温层,内承重墙,外承重墙,外防燃保温层和外装饰层。内防燃保温层包括有内防燃保温板层,内防燃保温板层上均匀间隔设置有呈凸起状的内防燃保温板横梁,内防燃保温板层上还均匀间隔设有内防燃保温板螺孔。内承重墙包括有内承重墙体,内承重墙体的内侧均匀间隔设置有呈凹陷状的内承重墙横槽,内承重墙横槽和内防燃保温板横梁相互配合;内承重墙体的外侧均匀间隔设置有呈凸起状的内承重墙竖梁;内承重墙体上还均匀间隔设有内承重墙螺孔。 ...
【技术保护点】
1.一种改进型装配式墙体,其特征在于,由内至外依次包括有相互装配结合的内装饰层(1),内防燃保温层(2),内承重墙(3),外承重墙(4),外防燃保温层(5)和外装饰层(6);所述内防燃保温层(2)包括有内防燃保温板层(201),内防燃保温板层(201)上均匀间隔设置有呈凸起状的内防燃保温板横梁(202),内防燃保温板层(201)上还均匀间隔设有内防燃保温板螺孔(203);所述内承重墙(3)包括有内承重墙体(301),内承重墙体(301)的内侧均匀间隔设置有呈凹陷状的内承重墙横槽(304),所述内承重墙横槽(304)和内防燃保温板横梁(202)相互配合;内承重墙体(301)的外侧均匀间隔设置有呈凸起状的内承重墙竖梁(302);内承重墙体(301)上还均匀间隔设有内承重墙螺孔(303);所述外承重墙(4)包括有外承重墙体(401),外承重墙体(401)的内侧均匀间隔设置有呈凸起状的外承重墙竖槽(404),所述外承重墙竖槽(404)和内承重墙竖梁(302)相互配合;外承重墙体(401)的外侧均匀间隔设置有呈凸起状的外承重墙横梁(402);外承重墙体(401)上还均匀间隔设有外承重墙螺孔(40 ...
【技术特征摘要】
1.一种改进型装配式墙体,其特征在于,由内至外依次包括有相互装配结合的内装饰层(1),内防燃保温层(2),内承重墙(3),外承重墙(4),外防燃保温层(5)和外装饰层(6);所述内防燃保温层(2)包括有内防燃保温板层(201),内防燃保温板层(201)上均匀间隔设置有呈凸起状的内防燃保温板横梁(202),内防燃保温板层(201)上还均匀间隔设有内防燃保温板螺孔(203);所述内承重墙(3)包括有内承重墙体(301),内承重墙体(301)的内侧均匀间隔设置有呈凹陷状的内承重墙横槽(304),所述内承重墙横槽(304)和内防燃保温板横梁(202)相互配合;内承重墙体(301)的外侧均匀间隔设置有呈凸起状的内承重墙竖梁(302);内承重墙体(301)上还均匀间隔设有内承重墙螺孔(303);所述外承重墙(4)包括有外承重墙体(401),外承重墙体(401)的内侧均匀间隔设置有呈凸起状的外承重墙竖槽(404),所述外承重墙竖槽(404)和内承重墙竖梁(302)相互配合;外承重墙体(401)的外侧均匀间隔设置有呈凸起状的外承重墙横梁(402);外承重墙体(401)上还均匀间隔设有外承重墙螺孔(403);所述外防燃保温层(5)包括有外防燃保温板层(501),外防燃保温板层(501)上均匀间隔设置有呈凹陷状的外防燃保温板横槽(503),所述外防燃保温板横槽(503)和外承重墙横梁(402)相互配合...
【专利技术属性】
技术研发人员:张跃,谢群,于周健,薛松,
申请(专利权)人:济南大学,
类型:新型
国别省市:山东,37
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