Military Technology

"All of our human movement is controlled by our brain. After the brain issues a command, the bioelectric signal composed of the relevant command will be transmitted to the limbs and other parts of our body along the neural network of the spine.

When the spine is injured or diseased, the brain's neural network connecting the limbs is destroyed, and the transmission of bioelectrical signals is naturally interrupted.

It is like a highway is interrupted and cannot be opened to traffic.

And our set of bioelectric signal control technology is to detect and capture these blocked bioelectric signals on the hand of the spine and the near brain part of the disease, that is, the upper end of the injured or diseased location. .

Then these bioelectric signals are identified and converted into a system control program to control various parts of our medical intelligent mechanical exoskeleton. The bioelectric signals originally transmitted to the lower limbs act on the medical intelligent mechanical exoskeleton to replace the lower limbs. movement.

The medical intelligent mechanical exoskeleton will act on the lower limbs bound to it, thereby driving the lower limbs to follow the movement.

In this way, we can use this medical intelligent mechanical exoskeleton system to make our patients with paralyzed lower limbs stand up again and restore normal walking functions, even running and jumping functions. "

Papa papa...

Applause from the audience continued for a long time. I thought it was just Wu Hao talking big, but I didn't expect to hear this explanation that they could really do it, which made everyone excited.

As for Wu Hao, he smiled when he saw it, and then calmed down a bit and then said, "As for me, I just gave you a brief introduction in the simplest and most understandable language.

In fact, the technology of this medical intelligent mechanical exoskeleton system is very complicated, much more complicated than what I introduced.

For example, how to capture the motion bioelectric signals in the spine neural network, how to recognize and interpret, and how to convert.

Secondly, there is the corresponding speed of the whole recognition. Our human body transmits this bioelectric signal very quickly, and basically can perform body movements whenever we want. This has become our human body's potential motor instinct.

However, our system needs to capture and identify, convert and transmit to equipment movement, no matter how the time delay is reduced, there must be no human body responding quickly.

But in order to facilitate the movement and allow our wearers to have a better experience, we must minimize the delay.

At present, we have also reached the limit of the equipment's time delay that the current technology can reach.

Our wearers will definitely have some difficulties in wearing them at the beginning, and the time delay will be relatively high. This is because many paralyzed patients have a long time of paralysis and partial degeneration of motor nerves, so a longer adaptation phase is required.

After a period of adaptation and training, our wearer can perform some normal walking, trotting and some not too intense exercises.

Basically, it can be restored to more than 70% of normal people's athletic ability, which is enough to cope with basic life.

Next, it is the paralyzed patients caused by brain diseases. These paralyzed patients must not be able to use this spinal nerve motor bioelectric signal capture and control technology.

So we have to change a control method, especially for some patients with high paraplegia, so this control method must be easy enough and simple enough to be suitable for this part of patients.

After trying many methods and techniques, we finally set our sights on the field of consciousness control technology.

The so-called consciousness control technology is not unfamiliar to everyone, and it is performed in many film and television dramas.

In reality, consciousness control technology has also been applied to reality. For example, our national team has studied the use of consciousness control technology to type. The speed can reach more than 100 words per minute, which is very fast.

Some scientific research teams also focused their attention on these paralyzed patients, and used consciousness control technology to control the progress of electric wheelchairs to serve these paralyzed patients.

And this time, we will also use consciousness control technology to control our medical intelligent mechanical exoskeleton.

This kind of consciousness control technology is more direct, and our brains directly issue commands to the medical intelligent mechanical exoskeleton.

But in fact, it is not easy to achieve it. There have been some research results on how to capture our thinking consciousness.

That is to use the brain waves released by the brain when we humans think to recognize and learn the thinking content of our brain.

However, our human brains are very active. When you are awake, you are basically working at all times, and various thoughts and ideas emerge in endlessly.

It is very difficult to filter out these messy ideas and let the equipment system extract and identify the relevant control commands.

The demonstrations of these thought control techniques we have seen so far are actually professionals who have been specially trained or trained. Our professionals must be highly concentrated, and there must be no other distracting thoughts or messy thoughts.

In this way, these ritual control systems can accurately recognize our brain's thoughts and make corresponding actions.

We ordinary people certainly can't do this, let alone such a high degree of concentration, especially for the elderly.

In addition, our usual sports are subconscious. But now we need to concentrate on controlling the movement, which is very troublesome, and the experience is also very bad.

Maybe there is a slight disturbance from the outside world, and your thoughts fly a little, then the exercise may be interrupted or wrong instructions.

Therefore, we must have a way to allow our patients to subconsciously control the movement of the medical intelligent mechanical exoskeleton, but also to think of other things.

But right here, our scientific research work has reached a deadlock, and we can't find the clue for a while~www.readwn.com~Speaking of this, Wu Hao paused, looking at the fascinated guests, the corners of their mouths were slightly upturned. Continue to talk.

So we decided to change our minds, show our emptiness, and then invite experts and professors in related fields to discuss together, so as to find the light to solve the problem.

In the end, under the advice of relevant experts, we suddenly reacted. From the beginning to the end, we forgot one area we are best at, that is artificial intelligence technology.

For a long time, we have been hoping and doing our thinking and awareness to directly control the medical intelligent mechanical exoskeleton.

Now that we are in a dilemma, can we change our thinking? Use consciousness control technology to control the artificial intelligence system, and then the artificial intelligence system to control the medical intelligent mechanical exoskeleton.

In this way, our thinking can be less involved in the control of the medical intelligent mechanical exoskeleton, only need to issue some instructions at any time, the artificial intelligence system can move autonomously, which can liberate the brain and thinking of our patients .

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