Shockproof house and uses and method thereof
A technology for houses and ground piles, applied in the field of ordinary low-rise houses, can solve problems such as small strokes
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specific Embodiment 2
[0039] The dynamic balance of house settlement and shock absorption determines the safety of house settlement and shock absorption. We know in life that when riding a bicycle, the center of gravity of the body is used to control the balance, but a bicycle in motion is easier to control the balance than a stationary bicycle; the same is true for a single seesaw; Self-adjusting balance; Various phenomena indicate that a symmetrical moving body with a supporting point tends to consume momentum that is inconsistent with the stable moment of inertia, and then the moving body can maintain a specific equilibrium state during motion. Referring to the conclusion that the moving body is easy to maintain dynamic balance in motion, the principle of housing balance in this case is that the supporting mode of the housing can be set as a seesaw force pattern, so that the tilting force of the housing is light. , when one side of the house is inclined due to sinking, it is easy to correct the ...
specific Embodiment 3
[0042] In order to make the settlement and vibration-absorbing houses still earthquake-proof after the earthquake, another example is Figure 6 As shown in the sectional structure diagram of the regenerated earthquake-proof house, after the house 6 has settled and shock-absorbed, a small amount of soil around the house is dug under the soil platform for normal use. If the earthquake-proof house is tilted after the earthquake, the side of the house that is tilted and higher is hollowed out to correct the inclination of the house.
[0043] On the basis of the appeal scheme, the method for the regeneration of the earthquake-proof house is to dig out the tunnel 11 under the house 6, then hollow out the bottom of the house through the tunnel 11, and finally fill the carbon slag layer 9 under the hollowed-out house to prepare for earthquake protection again. The depth of the hollow determines the earthquake resistance. For example, when the house itself is resistant to an earthquake...
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