Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Connecting method for assembly type added elevator steel frame integrated module structure
The invention discloses a connecting method for an assembly type additionally-installed elevator steel frame integrated module structure, and belongs to the technical field of elevator shaft installation and connection. The upper steel frame, the middle steel frame and the lower steel frame are all formed by welding H-shaped steel, lower end plates are welded to the connecting positions of the ends of all stand columns of the upper steel frame, upper top plates are welded to the upper ends of all stand columns of the middle steel frame, lower end plates are welded to the lower ends of all stand columns, and upper top plates are welded to the connecting positions of the ends of all stand columns of the lower steel frame. The upper top plate comprises a positioning pin part. Compared with a common installation and connection technical scheme for additionally installing an elevator shaft steel structure, the connection method for the assembly type additionally-installed elevator steel frame integrated module structure through full-bolt dry-type connection and detachment has the advantages that full-bolt dry-type connection and detachment are achieved; the connecting mode is simple in structure, welding is not needed, and green building is achieved; scaffolds do not need to be built, safety and high efficiency are achieved, operation is easy, and materials and cost are saved. The multifunctional integrated house has the characteristics of high integration, quick construction, detachability, turnover, extensibility and the like, better embodies the advantage of industrial green construction, and can be widely applied to the fields with specific functional requirements, such as tourism real estate, apartments and dormitories, business public construction, expansion and reconstruction and the like.
本发明公开了一种装配式加装电梯钢架集成模块结构连接方法，属于电梯井道安装连接技术领域。上部钢架、中部钢架、下部钢架均由H型钢焊接而成，上部钢架所有立柱端部连接处均会焊接下端板，中部钢架所有立柱上端部均会焊接上顶板，所有立柱下端部均会焊接下端板，下部钢架所有立柱端部连接处均会焊接上顶板。上顶板含定位销零件。本发明全螺栓干式连接和拆分的装配式加装电梯钢架集成模块结构连接方法与常见的加装电梯井道钢结构安装连接技术方案相比，本发明实现了全螺栓干式连接和拆分；本发明连接方式结构简单，且无需焊接，绿色建造；无需搭建脚手架，安全高效,操作简单，省材降本。本发明具有高度集成、快速建造、可拆移周转、可延伸扩展等特性，更加体现了工业化绿色建造优势，本发明可在在旅游地产、公寓宿舍、商务公建、扩建改建等特定功能需求领域获得了广泛应用。
Connecting method for assembly type added elevator steel frame integrated module structure
The invention discloses a connecting method for an assembly type additionally-installed elevator steel frame integrated module structure, and belongs to the technical field of elevator shaft installation and connection. The upper steel frame, the middle steel frame and the lower steel frame are all formed by welding H-shaped steel, lower end plates are welded to the connecting positions of the ends of all stand columns of the upper steel frame, upper top plates are welded to the upper ends of all stand columns of the middle steel frame, lower end plates are welded to the lower ends of all stand columns, and upper top plates are welded to the connecting positions of the ends of all stand columns of the lower steel frame. The upper top plate comprises a positioning pin part. Compared with a common installation and connection technical scheme for additionally installing an elevator shaft steel structure, the connection method for the assembly type additionally-installed elevator steel frame integrated module structure through full-bolt dry-type connection and detachment has the advantages that full-bolt dry-type connection and detachment are achieved; the connecting mode is simple in structure, welding is not needed, and green building is achieved; scaffolds do not need to be built, safety and high efficiency are achieved, operation is easy, and materials and cost are saved. The multifunctional integrated house has the characteristics of high integration, quick construction, detachability, turnover, extensibility and the like, better embodies the advantage of industrial green construction, and can be widely applied to the fields with specific functional requirements, such as tourism real estate, apartments and dormitories, business public construction, expansion and reconstruction and the like.
本发明公开了一种装配式加装电梯钢架集成模块结构连接方法，属于电梯井道安装连接技术领域。上部钢架、中部钢架、下部钢架均由H型钢焊接而成，上部钢架所有立柱端部连接处均会焊接下端板，中部钢架所有立柱上端部均会焊接上顶板，所有立柱下端部均会焊接下端板，下部钢架所有立柱端部连接处均会焊接上顶板。上顶板含定位销零件。本发明全螺栓干式连接和拆分的装配式加装电梯钢架集成模块结构连接方法与常见的加装电梯井道钢结构安装连接技术方案相比，本发明实现了全螺栓干式连接和拆分；本发明连接方式结构简单，且无需焊接，绿色建造；无需搭建脚手架，安全高效,操作简单，省材降本。本发明具有高度集成、快速建造、可拆移周转、可延伸扩展等特性，更加体现了工业化绿色建造优势，本发明可在在旅游地产、公寓宿舍、商务公建、扩建改建等特定功能需求领域获得了广泛应用。
Connecting method for assembly type added elevator steel frame integrated module structure
一种装配式加装电梯钢架集成模块结构连接方法
WU JIAN (Autor:in) / SUN XIAOHUA (Autor:in) / DONG ZHEN (Autor:in) / HE LIANG (Autor:in) / ZHU BINGHU (Autor:in) / SHE XIONGXIONG (Autor:in) / HAO DINGDI (Autor:in) / WANG SHAOWEI (Autor:in)
02.02.2024
Patent
Elektronische Ressource
Chinesisch
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