Earthquakes themselves don’t kill people. The houses in the midst of earthquakes are the causes of human loss. Look at the statistics and you’ll know that fatalities from earthquakes come from buildings, falling on people. In this post, we will cover Earthquake proof Flying houses.
What else will be a better way to avoid a tragedy than by preventing the house from collapsing? Now the question remains, how to do it? For this, a Japanese company invented a levitating house that will toss in the air to prevent the house from shaking. Air Danshin is the company behind the idea under the leadership of Shoichi Sakamoto.
Earthquake proof flying houses are in the experimentation stage and will take a bit before being implemented globally. We will discover more about the Earthquake-proof flying house. How is it designed and how do they detect the earthquake? We will cover everything in our post. So, without further ado, let’s start.
Do Earthquake Proof Flying Houses Exist?
Earthquake proof flying houses are equipped with sensors that will be used to detect erthquakes. Once the sensor activates by a signal of an earthquake or tremor, it starts the circuit. The compressor will turn on within a second. This will inflate an airbag within seconds. This is designed in such a way that once the airbag is full, the entire house will be lifted up by 2 to 3 centimeters which is sufficient to prevent the house from collapsing.
So, it seems a good fit for small houses, but what about the large building? For that, we will have to wait till the research is over.
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How Does Earthquake Proof Flying Houses Minimize Damage?
“It would take care of a smaller earthquake, I would think,” says Deke Smith, Executive Director of the Building Seismic Safety Council and the buildingSMART alliance, part of the National Institute of Building Sciences, Washington, DC. “It would dampen some of the motions certainly. I think it would be more of a comfort thing than a minimizing damage thing. But, I don’t know that if you invest in it, you would have eliminated any problems with earthquakes for your structure.”
Air Dashin company did a lot of research on earthquakes and how they wave our houses. They found that most of the earthquakes are not in 2D space. Levitating the house by a scale of 3 centimeters will only prevent the house from 2D tremors.
It is not easy to lift the whole house to a larger height along with the inhabitants and the essentials of the house. It predicts we need to have a stronger force to lift the house.
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Are Earthquake Proof Flying Houses Design Actually Made?
Well, currently these houses are under research. There are a few problems encountered by the scientists yet. One such problem is to lift the entire house within a few seconds and then after the quake is over, you have to safely lift it down without damaging anything.
“Each earthquake has its own signature,” says Smith. “Some might have a big jolt, in the beginning, some in the end, some in the middle.” Unfortunately, our seismic sensors are not yet at the level of those animals, including dogs, that can sense earthquakes before they happen, and long before humans or their technology do so. “If they figure that out, then you’d have something,” says Smith. “Going out and building some of them is good,” says Smith. “That’s how we keep improving. It may be an idea that will spur somebody else’s thoughts in some other direction. It may be a viable piece to a larger solution someday.”
Currently, the Air Danshin’s system is only good for that rare, lateral shaking earthquake that never moves the earth higher than three centimeters, and saves its biggest jolts for its finale. Under this research program, 88 Japanese homes will soon be retrofitted with the airbag and its assemblage. These 88 experiments will provide a lot of data after the next quake.
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Wrapping Up
Earthquake-proof flying houses are still under development. It is not easy to lift a house in just a few microseconds and maintain the balance. Apart from that, the house itself is heavy along with the people inside it. This will take time, but it can be implemented perfectly.
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Frequently Asked Questions
Q1. Is Japan Working On Floating House?
A Japanese company invented a levitating house that will toss in the air to prevent the house from shaking. Air Danshin is the company behind the idea under the leadership of Shoichi Sakamoto.
Q2. Who Invented The Earthquake Proof Flying Houses?
Shoichi Sakamoto is the inventor of the levitating house that is developed by the Japanese company Air Danshin.
Q3. What Makes An Earthquake Proof House?
Earthquake proof flying houses are equipped with sensors that will be used to detect earthquakes. Once the sensor activates by a signal of an earthquake or tremor, it starts the circuit. The compressor will turn on within a second. This will inflate an airbag within seconds. This is designed in such a way that once the airbag is full, the entire house will be lifted up by 2 to 3 centimeters which are sufficient to prevent the house from collapsing.
