This is how black technology should be used

Chapter 175 Graphene's New Business

"Why is this so?"

People in Ping An Guo always thought that they knew Fanxing users very well, but they didn't expect to find that they didn't understand very well.

If they really understood, they wouldn't be forced to this point by these Fanxing users.

Originally, their plan can reduce a large part of the adverse effects. Although they sell less goods, they may make less money, but as long as the reputation and stock price are stable, and the technical problems are solved after a period of time, they can make money. Come back for more.

As soon as the statement came out, a large number of users sold their old mobile phones, saying that they wanted to "keep pace with the times" and choose new mobile phones.

Expensive?
no problem.

Just buy it first and pay it off later.

But with so many orders piled up, Ping Anguo faced difficulties, because they simply couldn't produce that much.

In the beginning, you could use the lack of production as an excuse, but now that users of old models of mobile phones have taken the initiative to switch to new models, you should re-adjust your production priorities, right?

And you also said that you want to add more production lines, why is there no movement at all?

It's still early, less than a month away, so there's no rush, but it's hard to explain later.

In fact, mobile phone users are nothing. Since they are all fanatical, they must not be treated with common sense. The most important thing is the impact of these things on stock prices.

If stockholders and shareholders have doubts about Ping An Guo, they will be in danger.

"Is there any other way now?"

"The real situation must not be known to outsiders. What excuses can we find now to make them believe in our strength?"

"This, this...it's hard to say, it's too difficult!"

"Damn it, it's all because of that genius geek, we shouldn't have trusted each other in the first place."

"Yeah, it would have been nice if we had continued to take the 5nm route at that time. Although it could not reach 251 points, more than 230 points are still the most powerful mobile phone core chips."

"Who says it's not? It's all Debala's fault. If he hadn't insisted on taking the 3nm route, there wouldn't be such a thing."

"Hey, you can't say that. I remember that you also meant to lean towards the 3nm route, but you didn't say it at the meeting,"

"In fact, most people still want to go to 3nm. After all, it is a new path with great advantages, especially after seeing the geek's technology. It's just that 3nm technology is really too advanced. We haven't figured it out yet. , there is no way to be deceived."

"Now it seems that the silicon-based 3nm route is indeed a little bit reluctant. When it comes to this technology, we have to change the material."

"Maybe the graphene material on the opposite side is more suitable."

"It's useless to talk about it now. This road has reached this point. Let's think carefully about how to minimize the possibility of problems breaking out."

"But what else can I do?"

The current Ping An Fruit Company holds meetings every day, even three times a day.

But this problem cannot be solved by a meeting. Many people realize that the technology of 3 nanometers is very reluctant, and it is indeed necessary to change the material as the major research institutes said.

But now it's too late to say anything. Their silicon-based 3-nanometer chips have been installed in mobile phones, and graphene, the legendary most feasible product, is not their product. They can't buy large-scale mass-produced graphene at all.

So we can only hold meetings every day, attacking each other during the meeting, the most important thing is to put aside our own relationship, and then there is no solution at all.

Until someone jumped out of the scope of Ping An Guo Company and looked at the situation of the mobile phone industry chain thoughtfully.

"I came up with an idea. Although we have nothing to do internally, we can find a way externally."

"How to say?"

"Please elaborate!"

"We can only ship 14 new 16 series mobile phones every month. Why? It's not because our Ai [-] bionic chips are too few, but mobile phones are not only composed of chips, but also need a lot of parts. How would you feel if we told the outside world that we weren’t producing enough because of a shortage of such-and-such parts?”

"That is to say, our Ai 16 chip quantity is sufficient. It's not that we can only produce [-] pieces per month, but that we are only [-] pieces short of reaching the planned quantity? As a result, we can only ship [-] pieces per month. A mobile phone, is it because of the lack of parts from a certain partner, is it caused by the lack of productivity of the other party?"

"Yes, that's what it means."

"That's a good idea, that's a good idea!"

"Theoretically, there is no problem, but just like we don't want outsiders to know that our productivity is insufficient, which will cause them to lose confidence in us and cause the stock price to plummet, which partner will cooperate with us to play this?"

"Yeah, this kind of thing is no joke."

"Actually... capable."

"Yes, this kind of thing can be done, it depends on how much money we are willing to pay here."

"Well, as long as the money is in place, there will be partners to cooperate with us."

"I also think so, as long as we can maintain the status of Ping An Guo and stabilize the shareholders and shareholders, we can earn back how much money we have."

"That's the reason. I agree with this plan, but it must be kept secret and cannot be leaked..."

"right……"

Ping Anguo finally came up with a "good idea", and some people even made a start, and others began to contribute their "good ideas", so that people discovered...there are actually many ways.

Just throw away the morals.

On the other side, Fanxing has officially entered the graphene era.

Not to mention the military and police powered exoskeletons for special purposes, the rehabilitation exoskeletons that the public can buy also use graphene batteries, and the exoskeletons have also been upgraded, which is the deletion of military and police powered exoskeletons Version.

It is similar to the one used by Ma De's mother, but the workmanship is more exquisite and the design is more ergonomic. It is a purely commercial mass-produced version.

Moreover, he joined the medical insurance system as soon as he came out, and it is cheaper to buy or rent.

The ones purchased are usually those with very serious conditions, and it is estimated that they will not be able to live without the assistance of the exoskeleton for a lifetime.

But with exoskeletons, they can live like normal people, without being paralyzed in bed all the time, and without looking for someone to take care of them, which is very important for them and their families.

Leases generally correspond to those with milder conditions. They can return to normal through correct rehabilitation and correction, and they don't need to wear exoskeletons for a lifetime.

These are related rehabilitation equipment that can be bought recently. According to the latest news, relevant research institutes and companies are already developing "parts versions of powered exoskeletons", that is, mechanical prosthetics such as separate robotic hands or mechanical feet. .

Li Future's version of the powered exoskeleton has a lot of intelligent components, and also uses a lot of muscle and motion sensing modules, so it can be so flexible.

These technologies are very important for disabled people who lack arms and legs. If these technologies are used in mechanical prosthetics, their actions can be more flexible, and they can even be as flexible as before.

With traditional prosthetics, the user typically lifts and swings the hips with each step in order to lift the leg off the ground and move forward, resulting in an unnatural gait that is not only tiring, but also Pain and injury may result over time.

Whereas mechanical prosthetics contain motorized joints that automatically bend the leg up and forward with each step, just to fit into the limited space, the motors are usually small and spin fast, and a series of gears are used to transfer torque from these motors passed to the joint.

But such mechanical prosthetics make a lot of noise, and they add resistance that keeps the joints from swinging freely.

Additionally, these motors drain a lot of battery power, limiting how far users can walk in a day.

However, with the in-depth research of mechanical prosthetics, their performance has been greatly improved. Every amputee hopes to have a mechanical prosthetic that is close to the function of the limb, but the performance of many mechanical prostheses can only meet part of the patient's requirements.

So further intelligent prosthetics are needed.

Intelligent bionic prosthetics are scientific principles of artificial intelligence disciplines. Necessary modules that imitate the brain to direct the behavior of body organs are integrated in the prosthetic knee joint system. The knee joints of the prosthetic limbs need to have the ability to perceive changes in the external environment, analyze and judge the actual situation and The ability to respond to manipulation results can be called "intelligence".

Only in this way can the prosthesis fully imitate the network information of human sensory organs, the ability of the brain to analyze and summarize the information, and the limbs to obey the instructions of the brain to complete the behavior, so that the knee joint of the prosthesis can quickly sense the ground shape and walking speed, and make adjustments in real time to adapt Road conditions and walking needs.

Many smart prosthetics have been produced before, but due to technical problems, these smart prosthetics are either not smart or are laboratory products, which still cannot meet the needs of patients.

Now smart prosthetics using Li Future's technology have appeared, and the technology is mature and close to mass production.

The knee angle sensor and ankle torque sensor of this intelligent bionic prosthesis are the sensory system of the intelligent prosthetic knee joint. They collect information commanding the walking system at a rate of 50 times per second, which is equivalent to collecting information once every 0.02 seconds.

The best micro-processing chips can sample foot movements 1000 times per second, but ordinary smart prosthetics don't need to be so sensitive, and they are quite expensive, so 50 times is enough.

The intelligent bionic prosthesis can detect in real time the different walking styles and situations of the amputee, such as walking at different speeds, going downhill, going down the stairs, stumbling and wrestling, etc., and respond accordingly to provide appropriate control and support for the prosthesis, so that Its intelligent tracking imitates the movement of the healthy side, so that the amputee can walk and stand like a normal person.

Moreover, it not only has recognition speed and natural gait, but also can automatically recognize situations such as sitting, standing, flat roads, slopes, stairs, tripping, etc., and provide corresponding support to ensure balance and stability.

The new force sensor detects the force environment of the knee joint of the support body, and the speed sensor senses the swing speed. The two are used together to accurately determine the different walking conditions and walking methods of the amputee.

In addition to improving gait, this type of prosthesis can also actively adapt to environmental changes, improve the mobility of amputees, and reduce power consumption.

Of course, with the use of graphene batteries and long-distance wireless transmission modules, the range of motion of smart prosthesis users can be exaggerated.

The same goes for smart robots.

However, the range of motion of the robotic arm is larger and more flexible than that of the robotic legs, so it needs to be equipped with better micro-processing chips.

Even if necessary, graphene components can be used to implant into the human body, allowing patients to use real bionic prosthetics.

After all, graphene can be used to accelerate the osteogenic differentiation of human bone marrow mesenchymal stem cells, and it can also be used to manufacture biosensors of epitaxial graphene on silicon carbide.

And graphene can serve as a neural interface electrode without altering or disrupting properties, such as signal strength or scar tissue formation.

Due to its flexibility, biocompatibility and electrical conductivity, graphene electrodes are much more stable in the body than tungsten or silicon electrodes, and its oxide is very effective in inhibiting the growth of E. coli without harming human cells.

After all, human beings know carbon-based organisms, and this thing is also a carbon-based substance after all.

However, these real bionic prosthetics are not easy to develop. Without Li Future's leadership, the current progress is slow.

When it comes to graphene and travel, in addition to graphene as a battery for mechanical prosthetics, it can also be used as a battery for electric vehicles.

When it comes to electric vehicles, we have to talk about the current state of electric vehicles.

Don't look at the current electric vehicles, especially pure electric vehicles, which are loud and loud, but they are still not mainstream on the road.

Why?

Because demand is the first driving force for development.

Many people often miss this point when summarizing the factors that limit the development of electric vehicles. In fact, this point is the most important.

Today's oil-burning cars are cheap and easy to use. Who would buy an electric car that is expensive and troublesome?
Maybe when gasoline and diesel are exhausted and electric vehicles have to be used, the market for electric vehicles will be very good, because gasoline is a non-renewable energy source, and there will always be a day when it will be used up.

But it is still very early.

Then there are the limitations of the electric vehicle itself, such as short battery life, few charging stations, short battery life, long charging time, and so on.

Especially the long charging time.

After so many years of development, the short battery life of electric vehicles is actually not too short. It is definitely enough for daily running in the city, but the long charging time is still unbearable.

Take the small cars driven by ordinary people as an example, it only takes one or two minutes to fill up a tank of gas, and you can fill up the gas quickly and go away, basically without waiting.

But the charging time of electric vehicles is long. If it is not when you go home and sleep, who would like to wait so long?
If there is something urgent and the car is out of battery, it will be even worse.

Now, time has entered November with the turbulent launch of new mobile phones, and the word "graphene" has never left the front page of the news, especially in November, when it has another big job.

Graphene battery + smart car!

The first thing to do was a video, and when it appeared on the Internet, everyone was shocked!
(End of this chapter)