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A platform for research: civil engineering, architecture and urbanism
Building daylighting roof steel frame deformation joint sliding structure and construction method thereof
The invention discloses a building daylighting roof steel frame deformation joint sliding structure and a construction method thereof.The building daylighting roof steel frame deformation joint sliding structure comprises structural columns, the structural columns comprise side structural columns and middle structural columns, embedded reinforcing parts are arranged in the side structural columns and provided with top plates, base plates are welded to the top plates, and transverse H-shaped steel beams are arranged on the base plates; a limiting module is arranged on the side portion of the transverse H-shaped steel beam, a connecting block is welded between the limiting module and the transverse H-shaped steel beam, a fence frame is arranged on the middle structural column, steel balls and graphite powder are laid in a containing groove in the fence frame, a sliding angle steel block is arranged on the fence frame, and an extending splicing part is arranged at one end of the vertical H-shaped steel beam. Splicing grooves are formed in the extension splicing parts, the extension splicing parts and the transverse H-shaped steel beams are welded and fixed, and the lower portions of one ends of the vertical H-shaped steel beams abut against the transverse H-shaped steel beams and are welded and fixed. The invention has the characteristics of simple process, stable chemical property, corrosion and rust resistance, strong deformation resistance, no internal stress and long service life.
本发明公开了一种建筑采光屋顶钢框架变形缝滑动结构及其施工方法，包括结构柱，结构柱包括侧结构柱和中间结构柱，侧结构柱内设有预埋加固件，预埋加固件设有顶板，顶板上焊装垫板，垫板上设有横向H型钢梁，横向H型钢梁侧部设有限位模块，限位模块与横向H型钢梁之间焊装有衔接块，中间结构柱上设置有围挡框，围挡框内的置放槽内铺设有钢球和石墨粉，围挡框上设置有滑动角钢块，竖向H型钢梁的一端设置有延伸拼接部，延伸拼接部设置有拼合槽，延伸拼接部与横向H型钢梁之间焊接固定，竖向H型钢梁一端下部与横向H型钢梁相抵接并进行焊接固定。本发明具有工艺简单、化学性质稳定、防腐锈、抗变形能力强、不会产生内应力及使用寿命长的特点。
Building daylighting roof steel frame deformation joint sliding structure and construction method thereof
The invention discloses a building daylighting roof steel frame deformation joint sliding structure and a construction method thereof.The building daylighting roof steel frame deformation joint sliding structure comprises structural columns, the structural columns comprise side structural columns and middle structural columns, embedded reinforcing parts are arranged in the side structural columns and provided with top plates, base plates are welded to the top plates, and transverse H-shaped steel beams are arranged on the base plates; a limiting module is arranged on the side portion of the transverse H-shaped steel beam, a connecting block is welded between the limiting module and the transverse H-shaped steel beam, a fence frame is arranged on the middle structural column, steel balls and graphite powder are laid in a containing groove in the fence frame, a sliding angle steel block is arranged on the fence frame, and an extending splicing part is arranged at one end of the vertical H-shaped steel beam. Splicing grooves are formed in the extension splicing parts, the extension splicing parts and the transverse H-shaped steel beams are welded and fixed, and the lower portions of one ends of the vertical H-shaped steel beams abut against the transverse H-shaped steel beams and are welded and fixed. The invention has the characteristics of simple process, stable chemical property, corrosion and rust resistance, strong deformation resistance, no internal stress and long service life.
本发明公开了一种建筑采光屋顶钢框架变形缝滑动结构及其施工方法，包括结构柱，结构柱包括侧结构柱和中间结构柱，侧结构柱内设有预埋加固件，预埋加固件设有顶板，顶板上焊装垫板，垫板上设有横向H型钢梁，横向H型钢梁侧部设有限位模块，限位模块与横向H型钢梁之间焊装有衔接块，中间结构柱上设置有围挡框，围挡框内的置放槽内铺设有钢球和石墨粉，围挡框上设置有滑动角钢块，竖向H型钢梁的一端设置有延伸拼接部，延伸拼接部设置有拼合槽，延伸拼接部与横向H型钢梁之间焊接固定，竖向H型钢梁一端下部与横向H型钢梁相抵接并进行焊接固定。本发明具有工艺简单、化学性质稳定、防腐锈、抗变形能力强、不会产生内应力及使用寿命长的特点。
Building daylighting roof steel frame deformation joint sliding structure and construction method thereof
一种建筑采光屋顶钢框架变形缝滑动结构及其施工方法
CHEN XUFU (author) / AKIMOTO (author) / CHEN ENWEI (author) / ZHU JUNQING (author) / ZHAO HONGCHUN (author)
2022-04-15
Patent
Electronic Resource
Chinese