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The invention discloses a cover plate formwork structure and a cover plate manufacturing method. The cover plate manufacturing method comprises the following steps that S1, a peripheral groove is formed in a surface shell of a base in an excavation mode, and a wellhead hole and a communicating tunnel are formed in the bottom of the base; S2, iron sheets are curled to form an internal enclosure and an external enclosure; S3, an iron wire is wound outside the external enclosure to fix the shape; S4, a supporting rod is formed through cutting, and a right-angle structure is formed through bending; S5, the two ends of a supporting rod abut against the inner side surface of the external enclosure and the inner surface of the internal enclosure correspondingly; S6, a formwork structure is formed; S7, concrete is poured into an empty groove between the internal enclosure and the external enclosure, and tamping and solidification are conducted; S8, the concrete is cured; and S9, manufacturing of a cover plate can be completed. The internal enclosure and the external enclosure are manufactured by curling the iron sheets, so that the bending smoothness can be guaranteed; and bending can be conducted by selecting different lengths according to the aperture size, formwork manufacturing is facilitated, construction pouring is facilitated, and safe use is facilitated.
本发明公开了一种盖板支模结构及盖板制作方法,包括基座,如下步骤:S1、在基座表壳开挖形成外围槽,底部形成井口孔,连通坑道;S2、将铁皮卷曲形成内部围挡和外部围挡;S3、在外部围挡外部缠绕铁丝固定形状;S4、使用裁切形成支撑杆,弯折形成直角结构;S5、将支撑杆的两端分别顶紧外部围挡的内侧表面和内部围挡的内部表面;S6、使形成模板结构;S7、在内部围挡和外部围挡之间的空槽浇筑混凝土,捣实凝固;S8、对混凝土进行养护;S9、即可完成盖板制作,通过采用铁皮卷曲制作内部围挡和外部围挡,可以保证弯曲的平滑性,并且可以根据孔径大小来选择不同的长度进行弯曲,利于支模制作,方便施工浇筑,利于安全使用。
The invention discloses a cover plate formwork structure and a cover plate manufacturing method. The cover plate manufacturing method comprises the following steps that S1, a peripheral groove is formed in a surface shell of a base in an excavation mode, and a wellhead hole and a communicating tunnel are formed in the bottom of the base; S2, iron sheets are curled to form an internal enclosure and an external enclosure; S3, an iron wire is wound outside the external enclosure to fix the shape; S4, a supporting rod is formed through cutting, and a right-angle structure is formed through bending; S5, the two ends of a supporting rod abut against the inner side surface of the external enclosure and the inner surface of the internal enclosure correspondingly; S6, a formwork structure is formed; S7, concrete is poured into an empty groove between the internal enclosure and the external enclosure, and tamping and solidification are conducted; S8, the concrete is cured; and S9, manufacturing of a cover plate can be completed. The internal enclosure and the external enclosure are manufactured by curling the iron sheets, so that the bending smoothness can be guaranteed; and bending can be conducted by selecting different lengths according to the aperture size, formwork manufacturing is facilitated, construction pouring is facilitated, and safe use is facilitated.
本发明公开了一种盖板支模结构及盖板制作方法,包括基座,如下步骤:S1、在基座表壳开挖形成外围槽,底部形成井口孔,连通坑道;S2、将铁皮卷曲形成内部围挡和外部围挡;S3、在外部围挡外部缠绕铁丝固定形状;S4、使用裁切形成支撑杆,弯折形成直角结构;S5、将支撑杆的两端分别顶紧外部围挡的内侧表面和内部围挡的内部表面;S6、使形成模板结构;S7、在内部围挡和外部围挡之间的空槽浇筑混凝土,捣实凝固;S8、对混凝土进行养护;S9、即可完成盖板制作,通过采用铁皮卷曲制作内部围挡和外部围挡,可以保证弯曲的平滑性,并且可以根据孔径大小来选择不同的长度进行弯曲,利于支模制作,方便施工浇筑,利于安全使用。
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