Built-in anti-seismic room

Abstract

The invention discloses a built-in anti-seismic room.The built-in anti-seismic room is fixedly mounted in a built room independently of a main body of a buildingand comprises a frame formed by a vertical column and a transverse beam; meshes are arranged onall surfaces of the frame, pull rods are arranged onall thesurfaces of the frame, the frame has a door opening and a window opening are formed in the positions, corresponding to the door and windowpositions of a built room, of the frame;further, a sliding door and a sliding window are mounted in the door opening and the window opening;an airbag is mounted in the frame; voids of the various surfaces of the frame, the sliding door, and the sliding window are filled with a fireproof material, or a fireproof panel is mounted on the surface;anda cushioning member is arranged on the outer surface of the frame. The built-in anti-seismic roomis applicable to a already constructed building, the main body of the building is unaffected, the decoration stage or any other time are available, prefabrication can be adopted in a factory, combination can be conducted on site, the mounting period is short, the impact on daily life is small, andsafety is high.

Description

technical field [0001] The invention relates to an anti-seismic house, in particular to an anti-seismic house that can be built-in and installed at the decoration stage or at any other time without affecting the main body of the building. Background technique [0002] Earthquakes are an extremely common and common natural phenomenon. Disasters caused by earthquakes will cause various buildings (structures) to collapse and damage, equipment and facilities to be damaged, traffic, communication interruption and other lifeline engineering facilities to be destroyed, resulting in casualties and property losses. [0003] Most of the existing building escape devices are based on "escape", but for earthquakes, due to the uncertainty of the earthquake, especially the uncertain direction, uncertain earthquake time (day, night), uncertain response speed and other factors, There is almost no time for people to "escape". [0004] Therefore, some people in the industry specially design ...

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Problems solved by technology

[0006] 1. The steel structure is integrally poured with concrete or directly built in the wall with blocks. The whole anti-seismic house is integrated with the main body of the building. It must be directly installed and fixed in the wall during construction. The structure of the anti-seismic house directly affects The main structure of the building cannot be supplemented if it is not installed in time during construction, and it cannot be disassembled once the installation is completed. In this way, for residential buildings that have been built, this structure cannot be used because it cannot be supplemented and installed, and the earthquake resistance problem cannot be solved. ; For new residential buildings, although this structure can be applied, if the buyer does not need it, it will be bundled for sale. If the buyer really needs it, it is difficult to meet the buyer's actual demand for which room to build an earthquake-resistant house;

[0007] 2. The steel structure is only composed of columns, beams and steel diagonal braces, and the broken and shaken walls are directly smashed into the steel structure, which can easily cause concrete fragments or blocks to crush people to death, and the safety is poor;

[0008] 3. Door openings and window openings are completely open, there is no earthquake-resistant door and window design, and the safety is poor

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