Spliced vaulted room

Abstract

The invention discloses a spliced vaulted room which comprises a steel pipe framework (100), an arch (200) and tarpaulin (300). The steel pipe framework (100) comprises steel pipes (110) and a grounding plate (120), the steel pipes (110) are spliced to form a plurality of triangular units which are connected mutually, the triangular unit at a grounding position is connected with the grounding plate (120) which is fixed on the ground through steel chisels, and the arch (200) is composed of arc-shaped steel pipes (210) and connected with the steel pipe framework (100). A spliced sphere structure is adopted, so that multi-directional connection at joints is realized; the spliced vaulted room has high anti-breakdown strength, and is convenient and quick to splice and combine, high in strength and easy to demount; when not in use, the spliced vaulted room can be demounted quickly, and each component can still be reused after the spliced vaulted room is demounted, so that material waste is reduced, and the spliced vaulted room is economical and environment friendly; the spliced vaulted room is of a spherical structure, thereby being minimum in surface area, low material consumption, low cost and large usable closed space are realized, and the spliced vaulted room has higher structural strength and higher safety.

Description

technical field [0001] The invention relates to a simple spliced ​​room structure, in particular to a spliced ​​dome room. Background technique [0002] Tent is a kind of temporary shelter used in camping training, emergency rescue and disaster relief. Existing tents are generally composed of tarpaulins, supports, etc., and have a relatively simple structure. When used to resist natural disasters such as tornadoes and earthquakes, the structural flexibility and stability of existing tents are not enough, and the size of the internal space cannot be freely controlled, and the disassembly is also inflexible and inconvenient, which increases manual reuse. [0003] A sphere has the smallest surface area to volume ratio compared to other shapes of three-dimensional objects: that is, a sphere has the smallest surface area while enclosing the same space. Therefore, a building structure similar to a sphere can have the advantages of low consumption of building materials, low cost,...

AI Technical Summary

Problems solved by technology

[0004] The invention proposes a spliced ​​dome house, which solves the problems of complicated disassembly and assembly and low structural strength of existing tents

Images