Earthquake-proof disaster-reducing device for houses
A house and room technology, applied in the field of house earthquake prevention and disaster reduction devices, can solve the problems of large casualties, strong shock waves, fast speed, etc., and achieve the effects of convenient installation and use, guarantee of personal safety, and simple structure
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Embodiment 1
[0013] Embodiment 1, use steel bar and rebar to imitate the room of the house, the entrance hall to make the cost earthquake-proof and disaster-reduction device, column 1 and the first top beam 3 are matched according to the surrounding corners, are welded or bayonet-connected with rebar, and the height of column 1 refers to the room Height; the length of the first roof beam 3 is configured according to the peripheral angle of the roof grid in the room. The connection between the column 1 and the first top beam 3 is connected by welding, and also can be connected by stud and nut. It can be connected with rebar with an outer diameter of 4mm or more, or with angle steel and channel steel with an outer diameter of 5x5 cm or more. The frame composed of the column 1 and the first top beam 3 is welded into a grid frame with steel bars with a diameter of more than 3 mm. The frame is welded and installed with reinforcing ribs, and the reinforcing ribs can be made into a prismatic sha...
Embodiment 2
[0014] Embodiment 2, the earthquake-proof and disaster-mitigating device of this house can be directly installed indoors, without having to be concealed between the bricklaying layer and the decorative layer, and paste decorative cloths, decorative paintings, etc. such as paper and paintings on the exposed grid surface. Under the effect of shock resistance, it also plays the role of decorating the room.
Embodiment 3
[0015] Embodiment 3, in the process of building a house, because modern buildings all use cement and reinforced concrete as ring beams and walls, so when doing ring beams and inverted top grids, steel bars can be welded to make square grid frames. The structural methods of making ring beams, building walls, and inverted roof grids remain unchanged. Only when pouring the reinforced concrete, welding is made into a grid frame, and steel bars with a diameter of more than 3 millimeters are used. This method can also save the raw material for increasing the column 1 when doing the grid frame again.
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