My Strength Does Not Allow Me to Low-key

"Well, one of the sensors here is broken."

"..."

"Also, the sensors in these places, the sealant is corroded and leaked."

"The moisture affects the sensor's judgment of the data, so it will transmit back some wrong data."

"These erroneous data, when aggregated by the processing center, conflicted with the set program, and finally the system went down."

The team led by Mr. Wang, through a series of research and judgment after reading the data, found the crux of several problems.

Now that the problem has been found, it quickly enters the repair step.

They first used a gantry crane to level the robot.

After all, a robot that is not as tall as a meter will be dangerous if it is maintained in an erected state.

And when they're flat, they're much better off.

Exoskeleton mechs worn by several people, these mechs even come with helmets.

Then from the head to the back swing, to the arms and thighs, and so on, the important torso of the human body is supported by exoskeletons.

The reason for wearing such a layer of exoskeleton armor is to ensure everyone's safety.

Because working in such a construction site, no one can guarantee that some unexpected things will happen.

If those big guys on the high-speed rail fell, or smashed over, if they just relied on their flesh and blood to resist, they would be dead.

But if there is such a layer of exoskeleton armor, it can help you share at least 80% of the external impact.

Will not hurt bones, and important parts.

In addition, wearing these exoskeleton armors can save at least 80% of the strength when working.

It can make people work with less effort and even exert more strength.

You are like the shells of these robots, which are basically titanium alloys.

You must know that if processing titanium alloys, it is still a profound knowledge.

And in this regard,

Walking in the front is the bear.

No way, who makes people rich and rich, it has long been the first country in the world to use titanium alloys as weapons on a large scale.

In this regard, even Lao Mei can only be discouraged and sigh.

This is also the main reason why Laomei wants to rent a large cargo rocket from Maoxiong.

Mao Xiong is not afraid of you watching, I rent it to you, you can watch it, but you just can't learn.

Why, because the combustion chamber of the rocket, as well as some key components, are made of titanium alloys.

And this kind of titanium alloy processing and manufacturing technology, only other people have Mao Xiong.

But don't say that the Americans can't make it, they just don't want to make it.

You just look at their virtue of eating clean in the chip, if they could make it, they would have made it themselves.

Why bother renting Maoxiong's large cargo rockets?

As for the titanium alloy, they can only praise Mao Xiong and sigh.

Originally, we were not very good in the titanium alloy.

For example, we can smelt it, but if we want to process it, we can't do it.

Because the titanium alloy that has also been trained has a very high hardness, if you want to make it into various shapes, you need a large forging press.

You also have some unknown craftsmanship and processes, and we can't do that.

Although some titanium alloy parts can be punched out, if you want to use titanium alloy to make pipes, or parts with complex curved surfaces.

We can't even give him a concave shape.

And now since the emergence of Xinghuo Technology, we have made rapid progress in the field of titanium alloy parts processing.

In particular, the welding of Harbin Institute of Technology and the manufacture of titanium alloy parts of Harbin Engineering have become the ace majors of these two schools.

Originally, the welding of Harbin Institute of Technology is the ace major, this time it is more suitable to take the lead and become the only one in China.

Because they have made a bigger breakthrough in the field of welding titanium alloys.

As for the Kazakhstan project, it has made great progress in the field of casting of titanium alloy parts.

This is also the main reason why the two universities can send teams on board this time.

Chen Cheng followed Mr. Wang's team and soon came to the robot.

Then start the operation. According to Teacher Wang's request, he will remove the cover from the robot's thigh.

This cover is made of titanium alloy, although it is coated with a thick layer of anti-rust paint, it can be used in deep water for a long time.

There is still rust on the screw fastening of these machine covers.

According to Chen Cheng's experience, such a screw is the most difficult to screw.

But it's okay now, he turned his arm up and tapped a few times on the LCD screen on his arm.

Soon there was a sound from the forearm of the robotic exoskeleton, like a Transformer.

After a while, a small wind cannon popped out from the storage compartment of the arm.

Relying on this air cannon, he quickly unscrewed the screw, and then reached out to lift the lid on the robot's thigh.

Unexpectedly, this cover is not only screwed tightly.

Even at the connection, it has rusted together.

Although titanium alloys are also very corrosion-resistant, who makes these robots work in seawater hundreds of meters deep all year round?

Know that the deeper the sea, the higher the concentration of various solutions.

It will contain various complex sea salts, which are extremely corrosive.

As long as it is an alloy, it is inevitable that trace elements will precipitate.

When those trace elements are precipitated on the metal surface, they are soaked in such a high salinity solution, and rust will naturally occur.

And because they work in deep water areas all the year round, these robots also work in high-pressure environments for a long time.

The underwater depth of several hundred meters is always the same as the pressure of hundreds of atmospheres.

And these robots can't stand such high pressure even if the shell is made of titanium alloy.

So slight deformation is still inevitable.

So when disassembling these shells, it is extraordinarily laborious.

Because not only rust, but also deformation.

Without these robotic exoskeletons that can amplify the torque, it is really difficult to disassemble these robots by relying on them alone.

One of the little brothers just didn't use his strength because he exerted too much force.

The breastplate on the robot's chest was blown away, and it smashed into the head of a guy opposite him.

At this time, the importance of wearing exoskeleton armor is reflected.

That little guy just smashed his helmet, and then he fell backwards and sat on a squat.

Just take it easy for a while.

If this is not wearing a helmet and armor, it is estimated that this will make him hospitalized.

The hardness of this titanium metal cover is no joke.

If he hit his head this time, even if he didn't smash a hole out of his head, he would be bleeding.

At this time, the old brother was safe and sound...