Water-based or land-based or semi-floating house and variable damping method thereof

Abstract

The invention relates to a water-based or land-based or semi-floating common low-rise house and a floating vessel thereof, also relates to houses used for preventing natural disasters, comprising fire preventing houses, flood control and debris flow prevention houses, houses for drought resistance by reservoirs, water air conditioner houses for preventing global warming, and displacing houses, in particular to damping common low-rise houses. As a footing supports the house, the accidental inclination or sinking of the house can be limited in 0.7 or 0.3m, thus ensuring the personal safety. Also, other reasons are as follows: the weight of the house is light, the structural strength is high, the floating force is large and the stability is good. The importance of the case is variable damping function of the house, and the case is a damping machine which is realized by water, soil and wood and aims at challenging maximum earthquake, and how to lead the environment of the damping machine to be restored to environmental layout of the common house is described in the following.

Description

technical field [0001] This case involves a water-based or land-based or semi-floating ordinary low-rise house and its floating warehouse, as well as houses used to resist natural disasters, including fire-proof houses, flood-proof and mud-rock flow-proof houses, and drought-resistant houses with reservoirs , involving water-conditioned houses against global warming, and houses that are displaced, especially ordinary low-rise houses that are shock-absorbing. The difference between water-based and land-based is that the weight of the house is carried by the water surface or the ground. Both are semi-floating, and both can be emphasized. A house floating in a land pool is also water-based; here Floating houses can be floating bodies but not boats, because apart from being able to float, the houses here have no oars, no streamlined boat shape, and no functions of transfer and transportation of materials. Said ordinary low-rise buildings can float, that is, the light-weight build...

AI Technical Summary

Problems solved by technology

[0011] We know that the use of houses or boats floating on the water is not afraid of earthquakes, but there are still a lot of technical problems to be solved. On the one hand, due to the lack of relevant technical safety measures, when the houses on the water surface accidentally tilt or sink, it will threaten the safety of people, such as single-story The shock absorbing sinking stroke of the house is 0.6 meters, and the external draft of the house is 1 meter. If the house sinks accidentally, the indoor water depth will be 1.6 meters, which will threaten the safety of children, let alone a two-story house.

On the other hand, the weight of ordinary permanent low-rise buildings floating on the water is relatively large, and the economic cost is also high. Therefore, it is difficult to use ordinary low-rise buildings for shock absorption on water in practice.

Difficulty also lies in the fact that measuring live or stagnant water or ordinary water bodies on an annual basis is variable, especially during earthquakes and cannot ensure a reliable state of water bodies

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