A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ultrathin light self-thermal-insulation floor slab
The invention relates to an ultrathin light self-thermal-insulation floor slab. The ultrathin light self-thermal-insulation floor slab is composed of a light foam concrete edge 1, a floor slab angle steel rebar hollow net rack 2, angle steel rebar frames 3, upper angle steel bars 4, lower angle steel bars 5, angle steel connecting rebars 6, an angle rebar frame 3, longitudinal thick rebars 7, thinrebars 8, transverse four-edge annular thin rebar rings 9 and a heat preservation panel 10. The two ends of the upper angle steel bar 4 and the two ends of the lower angle steel bar 5 are welded intoangle steel rebar frames 3 through two angle steel connecting rebars 6, the four corners of the two angle steel rebar frames 3 are welded through four longitudinal thick rebars 7, and a plurality ofthin rebars 8 are welded between the longitudinal thick rebars 7 to form a plurality of annular thin rebar rings 9; the four-side annular thin rebar rings 9, the longitudinal thick rebars 7 and the floor angle steel rebar frames 3 form the floor angle steel rebar hollow net rack 2, and after the heat preservation panel 10 is inserted into the net rack 2, light foam concrete is poured on the periphery of the heat preservation board 10 to form a floor slab. The floor slab has the advantages of being precast in a floor factory, ultra-thin, light, capable of preserving heat and insulating heat, rapid to install on site and the like.
本发明涉及一种超薄型轻质自保温隔热楼板，由轻质泡沫混凝土边1、楼板角钢钢筋空心网架2、角钢钢筋边框3、上角钢条4、下角钢条5、角钢连接钢筋6、角钢钢筋边框3、纵向粗钢筋7、细钢筋8、横向四边环形细钢筋圈9、保温板材10组成，其中上角钢条4和下角钢条5的两端由两根角钢连接钢筋6焊接成角钢钢筋边框3，用四根纵向粗钢筋7将两角钢钢筋边框3的四角焊好，在各纵向粗钢筋7间焊接若干细钢筋8，形成若干环形细钢筋圈9，四边环形细钢筋圈9和纵向粗钢筋7及楼板角钢钢筋边框3组成楼板角钢钢筋空心网架2，保温板材10插进该网架2后，其外周浇铸轻质泡沫混凝土成楼板。本发明具有在楼板工厂加工预制成形、超薄、轻质、保温隔热、现场安装快捷等优点。
Ultrathin light self-thermal-insulation floor slab
The invention relates to an ultrathin light self-thermal-insulation floor slab. The ultrathin light self-thermal-insulation floor slab is composed of a light foam concrete edge 1, a floor slab angle steel rebar hollow net rack 2, angle steel rebar frames 3, upper angle steel bars 4, lower angle steel bars 5, angle steel connecting rebars 6, an angle rebar frame 3, longitudinal thick rebars 7, thinrebars 8, transverse four-edge annular thin rebar rings 9 and a heat preservation panel 10. The two ends of the upper angle steel bar 4 and the two ends of the lower angle steel bar 5 are welded intoangle steel rebar frames 3 through two angle steel connecting rebars 6, the four corners of the two angle steel rebar frames 3 are welded through four longitudinal thick rebars 7, and a plurality ofthin rebars 8 are welded between the longitudinal thick rebars 7 to form a plurality of annular thin rebar rings 9; the four-side annular thin rebar rings 9, the longitudinal thick rebars 7 and the floor angle steel rebar frames 3 form the floor angle steel rebar hollow net rack 2, and after the heat preservation panel 10 is inserted into the net rack 2, light foam concrete is poured on the periphery of the heat preservation board 10 to form a floor slab. The floor slab has the advantages of being precast in a floor factory, ultra-thin, light, capable of preserving heat and insulating heat, rapid to install on site and the like.
本发明涉及一种超薄型轻质自保温隔热楼板，由轻质泡沫混凝土边1、楼板角钢钢筋空心网架2、角钢钢筋边框3、上角钢条4、下角钢条5、角钢连接钢筋6、角钢钢筋边框3、纵向粗钢筋7、细钢筋8、横向四边环形细钢筋圈9、保温板材10组成，其中上角钢条4和下角钢条5的两端由两根角钢连接钢筋6焊接成角钢钢筋边框3，用四根纵向粗钢筋7将两角钢钢筋边框3的四角焊好，在各纵向粗钢筋7间焊接若干细钢筋8，形成若干环形细钢筋圈9，四边环形细钢筋圈9和纵向粗钢筋7及楼板角钢钢筋边框3组成楼板角钢钢筋空心网架2，保温板材10插进该网架2后，其外周浇铸轻质泡沫混凝土成楼板。本发明具有在楼板工厂加工预制成形、超薄、轻质、保温隔热、现场安装快捷等优点。
Ultrathin light self-thermal-insulation floor slab
一种超薄型轻质自保温隔热楼板
WANG YICHEN (author)
2020-11-27
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
B28B
Formgeben von Ton oder anderen keramischen Stoffzusammensetzungen, Schlacke oder von Mischungen, die zementartiges Material enthalten, z.B. Putzmörtel
,
SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS, SLAG OR MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
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