Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel assembly type cantilever frame beam for expanding existing educational building space and application method of novel assembly type cantilever frame beam
The invention discloses a novel assembly type cantilever frame beam for expanding the existing education building space and an application method of the novel assembly type cantilever frame beam. The assembly type cantilever frame beam comprises I-shaped steel, channel steel, end plates, encased steel, lateral reinforcing steel plates, U-shaped steel and angle braces. The I-shaped steel is welded to the end plate, the end plate is riveted to the original frame structure main beam, and the lower part of the end plate is welded with the encased steel to form a column end support; the channel steel wraps the I-shaped steel, an upper flange of the I-shaped steel is welded to the channel steel, and the bottom of a lower flange of the I-shaped steel is connected with the channel steel through bolts; two lateral reinforcing steel plates are welded on two sides of the original frame structural beam and the channel steel in a penetration and butt welding manner, and are riveted and fixed through the U-shaped steel; the angle brace comprises two thick steel rods and a plurality of thin steel rods, the two thick steel rods are arranged in parallel, base plates are welded to the two ends of each thick steel rod respectively, and bolt holes are reserved in the base plates. The use area is conveniently increased, the diversity of building functions is expanded, the assembly degree is high, the construction technology is simple, the later maintenance cost is low, and the sustainable development performance is high.
本发明公开了新型的用于扩大既有教育建筑空间的装配式悬挑框架梁及其应用方法，装配式悬挑框架梁包含工字型钢、槽形钢、端板、外包钢、侧向加强钢板、U形钢和角撑；工字型钢焊接于端板，端板铆接于原框架结构主梁，端板下部分与外包钢焊接形成柱端支撑；槽形钢外包于工字型钢，工字型钢的上翼缘焊接于槽形钢，下翼缘底部与槽形钢螺栓连接；原框架结构梁的两侧分别与槽形钢熔透对接焊两块侧向加强钢板，并通过U形钢铆接固定；角撑包括两根粗钢杆和若干细钢杆，两根粗钢杆平行放置，粗钢杆两端分别焊接垫板，垫板预留螺栓孔洞。本发明便于增加使用面积，拓展建筑功能的多样性，装配化程度高，施工工艺简单，后期维护成本也较低，可持续发展性高。
Novel assembly type cantilever frame beam for expanding existing educational building space and application method of novel assembly type cantilever frame beam
The invention discloses a novel assembly type cantilever frame beam for expanding the existing education building space and an application method of the novel assembly type cantilever frame beam. The assembly type cantilever frame beam comprises I-shaped steel, channel steel, end plates, encased steel, lateral reinforcing steel plates, U-shaped steel and angle braces. The I-shaped steel is welded to the end plate, the end plate is riveted to the original frame structure main beam, and the lower part of the end plate is welded with the encased steel to form a column end support; the channel steel wraps the I-shaped steel, an upper flange of the I-shaped steel is welded to the channel steel, and the bottom of a lower flange of the I-shaped steel is connected with the channel steel through bolts; two lateral reinforcing steel plates are welded on two sides of the original frame structural beam and the channel steel in a penetration and butt welding manner, and are riveted and fixed through the U-shaped steel; the angle brace comprises two thick steel rods and a plurality of thin steel rods, the two thick steel rods are arranged in parallel, base plates are welded to the two ends of each thick steel rod respectively, and bolt holes are reserved in the base plates. The use area is conveniently increased, the diversity of building functions is expanded, the assembly degree is high, the construction technology is simple, the later maintenance cost is low, and the sustainable development performance is high.
本发明公开了新型的用于扩大既有教育建筑空间的装配式悬挑框架梁及其应用方法，装配式悬挑框架梁包含工字型钢、槽形钢、端板、外包钢、侧向加强钢板、U形钢和角撑；工字型钢焊接于端板，端板铆接于原框架结构主梁，端板下部分与外包钢焊接形成柱端支撑；槽形钢外包于工字型钢，工字型钢的上翼缘焊接于槽形钢，下翼缘底部与槽形钢螺栓连接；原框架结构梁的两侧分别与槽形钢熔透对接焊两块侧向加强钢板，并通过U形钢铆接固定；角撑包括两根粗钢杆和若干细钢杆，两根粗钢杆平行放置，粗钢杆两端分别焊接垫板，垫板预留螺栓孔洞。本发明便于增加使用面积，拓展建筑功能的多样性，装配化程度高，施工工艺简单，后期维护成本也较低，可持续发展性高。
Novel assembly type cantilever frame beam for expanding existing educational building space and application method of novel assembly type cantilever frame beam
新型的用于扩大既有教育建筑空间的装配式悬挑框架梁及其应用方法
JIA HUIJUAN (Autor:in) / SHI HAODI (Autor:in) / YU CHANGQING (Autor:in) / CHEN XI (Autor:in) / ZHANG XIAN (Autor:in)
10.03.2023
Patent
Elektronische Ressource
Chinesisch
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