A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of special-shaped floor formwork without scaffold
The invention discloses a construction method of a special-shaped floor formwork without a scaffold. The construction method comprises the following steps that metal angle irons or angle aluminium with holes in corresponding quantity and size are customized according to the size of a metal module frame of a to-be-constructed special-shaped floor part; then, the customized metal angle irons or angle aluminum with the holes are installed on the lower portion of the inner side of a metal frame of the to-be-constructed special-shaped floor part in the mode that a bottom plate faces upwards or downwards according to needs; and finally, according to the size requirement of the to-be-constructed special-shaped floor part, a rubber formwork or a wood formwork matched with the size of the special-shaped floor part is directly paved on a bottom plate of the metal angle irons or angle aluminum with the holes installed on the inner side of the metal frame of the special-shaped floor; or a rubber formwork or a wood formwork matched with the size of the special-shaped floor part is laid on a supporting face formed by a load bearing part and the metal angle irons or angle aluminum with the holes. The method has the advantages that construction is convenient and fast, the construction effect is good, wood can be effectively saved, and the turnover rate of components is increased.
本发明公开了一种免用脚手架的异形楼面模板施工方法，包含如下步骤：先根据待施工的异形楼面部位的金属模块框架尺寸，定制相应数量及尺寸的带孔金属角铁或角铝，然后将定制好的带孔金属角铁或角铝根据需要按照底板朝上或朝下的方式安装在待施工的异形楼面部位的金属边框内侧下部；最后再根据待施工的异形楼面部位的尺寸要求，将与异形楼面部位尺寸相适配的胶模板或木模板直接铺装在异形楼面金属边框内侧安装好的带孔金属角铁或角铝的底板上，或者将与异形楼面部位尺寸相适配的胶模板或木模板铺装在由荷载承载件与带孔金属角铁或角铝共同构成的支撑面上。本发明优点是：施工方便、快捷，施工效果佳，可有效节约木材的使用和提高构件的周转率。
Construction method of special-shaped floor formwork without scaffold
The invention discloses a construction method of a special-shaped floor formwork without a scaffold. The construction method comprises the following steps that metal angle irons or angle aluminium with holes in corresponding quantity and size are customized according to the size of a metal module frame of a to-be-constructed special-shaped floor part; then, the customized metal angle irons or angle aluminum with the holes are installed on the lower portion of the inner side of a metal frame of the to-be-constructed special-shaped floor part in the mode that a bottom plate faces upwards or downwards according to needs; and finally, according to the size requirement of the to-be-constructed special-shaped floor part, a rubber formwork or a wood formwork matched with the size of the special-shaped floor part is directly paved on a bottom plate of the metal angle irons or angle aluminum with the holes installed on the inner side of the metal frame of the special-shaped floor; or a rubber formwork or a wood formwork matched with the size of the special-shaped floor part is laid on a supporting face formed by a load bearing part and the metal angle irons or angle aluminum with the holes. The method has the advantages that construction is convenient and fast, the construction effect is good, wood can be effectively saved, and the turnover rate of components is increased.
本发明公开了一种免用脚手架的异形楼面模板施工方法，包含如下步骤：先根据待施工的异形楼面部位的金属模块框架尺寸，定制相应数量及尺寸的带孔金属角铁或角铝，然后将定制好的带孔金属角铁或角铝根据需要按照底板朝上或朝下的方式安装在待施工的异形楼面部位的金属边框内侧下部；最后再根据待施工的异形楼面部位的尺寸要求，将与异形楼面部位尺寸相适配的胶模板或木模板直接铺装在异形楼面金属边框内侧安装好的带孔金属角铁或角铝的底板上，或者将与异形楼面部位尺寸相适配的胶模板或木模板铺装在由荷载承载件与带孔金属角铁或角铝共同构成的支撑面上。本发明优点是：施工方便、快捷，施工效果佳，可有效节约木材的使用和提高构件的周转率。
Construction method of special-shaped floor formwork without scaffold
一种免用脚手架的异形楼面模板施工方法
WU XUANQIN (author)
2021-06-25
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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