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Wallboard construction method of linear accelerator machine room
The invention discloses a wallboard construction method of a linear accelerator machine room. The wallboard construction method comprises the following steps that a wall formwork adopts a wood glue plate as a panel, square steel serves as a secondary keel, a main keel adopts a steel pipe, and split bolts are adopted for reinforcement; two rows of short steel bars are pre-embedded in the periphery of the wall formwork during raft plate pouring; a template adopts a glue-coated black template, a secondary keel at the bottom of a beam adopts a batten, an I-shaped steel main keel is arranged at the bottom of the beam and is placed in a U-shaped support, the horizontal step distance is 1.0 m, vertical rods on the two sides of the beam are shared with the plate, four vertical rods are additionally arranged at the bottom of the beam, a plate-buckle-type frame body is adopted for supporting, the template adopts the glue-coated black template, and the secondary keel adopts the batten. A main keel adopts I-shaped steel and is placed in a U-shaped support, the step distance of a horizontal rod is 1.0 m, the step distance of the top end is 0.5 m, and the distance between vertical rods is 0.6 m * 0.6 m; and linear accelerator concrete pouring. The stability of the board wall is greatly improved.
本发明公开了一种直线加速器机房的墙板施工方法,包括以下步骤:墙模板采用木胶板作面板,方钢作次龙骨,主龙骨采用钢管,采用对拉螺栓加固;墙体模板外围在筏板浇筑时预埋二排短钢筋;采用盘扣式架体支撑,模板采用覆胶黑模板,梁底次龙骨采用木方,梁底设置工字钢主龙骨放置于U托内,水平杆步距离按照1.0m设置,梁两侧立杆与板共用,梁底额外增设四根立杆,采用盘扣式架体支撑,模板采用覆胶黑模板,次龙骨采用方木,满铺设置,主龙骨采用工字钢,放置于U托内,水平杆步距离按照1.0m设置,顶端步距0.5m,立杆间距0.6m*0.6m;直线加速器混凝土浇筑。本发明大大增加了板墙的稳定性。
Wallboard construction method of linear accelerator machine room
The invention discloses a wallboard construction method of a linear accelerator machine room. The wallboard construction method comprises the following steps that a wall formwork adopts a wood glue plate as a panel, square steel serves as a secondary keel, a main keel adopts a steel pipe, and split bolts are adopted for reinforcement; two rows of short steel bars are pre-embedded in the periphery of the wall formwork during raft plate pouring; a template adopts a glue-coated black template, a secondary keel at the bottom of a beam adopts a batten, an I-shaped steel main keel is arranged at the bottom of the beam and is placed in a U-shaped support, the horizontal step distance is 1.0 m, vertical rods on the two sides of the beam are shared with the plate, four vertical rods are additionally arranged at the bottom of the beam, a plate-buckle-type frame body is adopted for supporting, the template adopts the glue-coated black template, and the secondary keel adopts the batten. A main keel adopts I-shaped steel and is placed in a U-shaped support, the step distance of a horizontal rod is 1.0 m, the step distance of the top end is 0.5 m, and the distance between vertical rods is 0.6 m * 0.6 m; and linear accelerator concrete pouring. The stability of the board wall is greatly improved.
本发明公开了一种直线加速器机房的墙板施工方法,包括以下步骤:墙模板采用木胶板作面板,方钢作次龙骨,主龙骨采用钢管,采用对拉螺栓加固;墙体模板外围在筏板浇筑时预埋二排短钢筋;采用盘扣式架体支撑,模板采用覆胶黑模板,梁底次龙骨采用木方,梁底设置工字钢主龙骨放置于U托内,水平杆步距离按照1.0m设置,梁两侧立杆与板共用,梁底额外增设四根立杆,采用盘扣式架体支撑,模板采用覆胶黑模板,次龙骨采用方木,满铺设置,主龙骨采用工字钢,放置于U托内,水平杆步距离按照1.0m设置,顶端步距0.5m,立杆间距0.6m*0.6m;直线加速器混凝土浇筑。本发明大大增加了板墙的稳定性。
Wallboard construction method of linear accelerator machine room
一种直线加速器机房的墙板施工方法
WANG CHENGJIAN (Autor:in) / WANG JUN (Autor:in) / HE LINGLING (Autor:in) / WU YONGKANG (Autor:in) / HONG TAO (Autor:in)
09.09.2022
Patent
Elektronische Ressource
Chinesisch
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