Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a steel structure slab house capable of being quickly disassembled and assembled. The steel structure slab house comprises supporting high columns and supporting low columns, wherein the number of the supporting high columns and the number of the supporting low columns are respectively two, and the supporting high columns and the supporting low columns jointly form a quadrangular supporting structure. A transverse supporting beam is clamped and fixedly connected between the two supporting high columns, a lateral supporting beam is clamped and fixedly connected between each supporting high column and the corresponding supporting low column on the same side, and the transverse supporting beam and the lateral supporting beams are of hollow structures. Through the design of the transverse supporting beam, the lateral supporting beams, a lengthened beam and a clamping structure at the end part, the functions that assembling is convenient, the screwing process of boltfasteners is reduced, the integral volume of the slab house can be changed by changing the length of the lengthened beam, and the disassembly and assembly speed is improved are achieved; because allthe stainless steel assemblies are of hollow structures, steel is saved, and material waste is avoided; and due to the matched arrangement of an air guide plate, a balance plate and a heavy pressure plate, a slab house main body can be reinforced by utilizing wind energy in a strong wind weather, so that the safety of the slab house is further improved.
本发明公开了一种可快速拆装的钢结构板房，包括支撑高柱和支撑低柱，支撑高柱和支撑低柱的数量均为两个且共同组成四角支撑结构，两个支撑高柱之间卡固连接有横向支撑梁，同侧的支撑高柱和支撑低柱之间卡固连接有侧向支撑梁，横向支撑梁与侧向支撑梁均为中空结构。本发明通过横向支撑梁、侧向支撑梁、加长梁和位于端部的卡固结构的设计，实现了组装方便，减少螺栓紧固件的旋拧工序，可通过改变加长梁的长度改变本发明的整体体积，提高拆装速度的功能，并且由于所有不锈钢组件均采用中空结构，从而节约了钢材，避免了材料的浪费；导风板、平衡板和重压板的配合设置，使本发明在大风天气能够利用风能对板房主体进行加固，从而进一步提高了本发明的安全性。
The invention discloses a steel structure slab house capable of being quickly disassembled and assembled. The steel structure slab house comprises supporting high columns and supporting low columns, wherein the number of the supporting high columns and the number of the supporting low columns are respectively two, and the supporting high columns and the supporting low columns jointly form a quadrangular supporting structure. A transverse supporting beam is clamped and fixedly connected between the two supporting high columns, a lateral supporting beam is clamped and fixedly connected between each supporting high column and the corresponding supporting low column on the same side, and the transverse supporting beam and the lateral supporting beams are of hollow structures. Through the design of the transverse supporting beam, the lateral supporting beams, a lengthened beam and a clamping structure at the end part, the functions that assembling is convenient, the screwing process of boltfasteners is reduced, the integral volume of the slab house can be changed by changing the length of the lengthened beam, and the disassembly and assembly speed is improved are achieved; because allthe stainless steel assemblies are of hollow structures, steel is saved, and material waste is avoided; and due to the matched arrangement of an air guide plate, a balance plate and a heavy pressure plate, a slab house main body can be reinforced by utilizing wind energy in a strong wind weather, so that the safety of the slab house is further improved.
本发明公开了一种可快速拆装的钢结构板房，包括支撑高柱和支撑低柱，支撑高柱和支撑低柱的数量均为两个且共同组成四角支撑结构，两个支撑高柱之间卡固连接有横向支撑梁，同侧的支撑高柱和支撑低柱之间卡固连接有侧向支撑梁，横向支撑梁与侧向支撑梁均为中空结构。本发明通过横向支撑梁、侧向支撑梁、加长梁和位于端部的卡固结构的设计，实现了组装方便，减少螺栓紧固件的旋拧工序，可通过改变加长梁的长度改变本发明的整体体积，提高拆装速度的功能，并且由于所有不锈钢组件均采用中空结构，从而节约了钢材，避免了材料的浪费；导风板、平衡板和重压板的配合设置，使本发明在大风天气能够利用风能对板房主体进行加固，从而进一步提高了本发明的安全性。
Steel structure slab house capable of being quickly disassembled and assembled
一种可快速拆装的钢结构板房
03.07.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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