This program is brought to you by the Ogawa Seiki, a company that is familiar with the world's OS engines.
In 1911, the first small engine was released in Japan and it was exported to the United States. In 1913, the engine was developed.
In the next 40 years, they have been looking at the small engines and are walking on this road. The OS engine, which always leads the world of small engines.
The first small engine was developed in Japan and it was exported to the United States.
I'm here at the Kome University, the science center. I'm here today as a system engineer.
I would like to talk to Mr. Seiguchi Yasuyuki.
Today, I would like to talk about the strength of human bones.
What is your specialty?
I am originally a mechanical engineer. I am in charge of materials and structural engineering.
Now I am a system engineer.
Why is the human body so strong? This is a question of science.
What is this?
In other words, bones are a structure that is very well made and very strong.
So, it is a question of how to use the machine to make bones strong and light.
What is the structure of the human bones?
I would like to talk about bones. This is a bone scar.
This is a part of the skull bone. This is the thickest bone. It is the most typical bone.
This is a fiber.
The bone is the most solid part called the blood bone.
When you go inside, you will see a structure called the semen.
This is the surface of the large-body bone.
Is this the real bone?
This is the bone. This is the bone.
This is the bone.
This is a very special shape.
This is a stone-like structure.
It is a stone. It looks like a stone in the sea.
It is a stone that is very light and has a hole in it.
It looks like a net.
I looked at the structure of the bone because I was good at it.
This is called a truss structure. It is also called a bone structure.
It is often used for chopsticks.
This is a structure made of bones.
I wanted to make the most light and the most solid structure.
This slide is called the point of contact of the truss.
I will put the material in the position of the point.
I will put the material in the truss.
I will make the most light and the most solid structure.
This is a bone structure.
The bone is the lightest and the most solid structure.
You made it well.
It is made naturally.
What is the reason?
The bone itself is a bone structure.
The joint is made.
I will give you some examples.
We worked with a medical teacher at Kobe University.
There is a bone structure and a replacement procedure.
There was no replacement for the artificial bone structure.
We did an experiment.
We took out the actual human bone structure.
We put a lot of effort into the bone structure.
We examined the damage caused by the bone structure.
The damage was very large.
We did an experiment.
The human bone structure is a beautiful triangle.
The force of the bone structure is equal to the force of the bone structure.
What is this slide?
This is a disease.
The person who broke the bone structure is very bad.
The bone is cut off.
If you walk for a long time, you will have a hole in the bone.
If you do a surgery to improve the damage, it will be removed and repaired.
The bone will be recovered.
We call bone structure a functionally adapted phenomenon.
Doctors are interested in bone structure.
The research is going worldwide.
If you apply this knowledge, you can apply it to various materials.
We are interested in bone structure.
When you make a bridge, the temperature changes.
We are interested in the force of the bone structure.
We are interested in the shape of the ship.
We are interested in the function of the bone.
Thank you.
Please contact us.
People have been dealing with various machines.
approached the world because they called to sister states.
they talked about place.
This program was brought to you by Live Steam's OS, the Ogawa Seiki.