"In addition to adapting to the movements of the wearer, this lightweight mechanical exoskeleton assist system can also allow the wearer to adapt to the movements of this lightweight mechanical exoskeleton assist system." Wu Hao introduced to the crowd.
"What's the meaning?"
Obviously, no one understood what Wu Hao said.
Wu Hao explained with a smile: "To put it simply, this lightweight mechanical exoskeleton assist system is used to control human body movements.
This is the principle of our intelligent medical mechanical exoskeleton product. Using this system, we can help paralyzed and disabled patients stand up again and resume normal walking.
These people have lost their limbs or their limbs are not controlled by the brain, so they have no ability to move. This lightweight mechanical exoskeleton assist system can carry these limbs or prostheses for related movements.
Coupled with our brain-computer interaction system or motor neurobiological signal sensing system, the wearer can control this lightweight mechanical exoskeleton assistance system to perform related daily actions just by thinking about it.
If the control is skillful, it can basically reach the living standards of normal people.
In actual combat applications, this technology can also play a special role. We can even control this lightweight mechanical exoskeleton assist system to drive our own limbs to complete some sports and tactical actions, and the wearer himself can focus on the experience.
Do other things to achieve the effect of dual-purpose.”
"How about the use of this lightweight mechanical exoskeleton assist system in the military?" asked an old man with two beans on his shoulders in the crowd.
Wu Hao answered with a smile: "In fact, this light mechanical exoskeleton assist system is also widely used in the military. It is positioned differently from the heavy mechanical exoskeleton assist protective armor. This is a bit like the relationship between heavy armored combat vehicles and military
The relationship between ordinary off-road vehicles is the same.
You can't say that with the Warrior armored off-road vehicle, there is no need for other ordinary military off-road vehicles.
Moreover, not all combat mission environments are suitable for heavy mechanical exoskeleton-assisted protective armor. For example, during daily patrols, it is obviously not practical to use light mechanical exoskeleton assistance systems.
The relatively light and flexible light mechanical exoskeleton assist system is more suitable. It can greatly help soldiers save the time of senior officials from the fatigue caused by climbing and walking, and can also carry heavier supplies and equipment, thus greatly reducing the fatigue and fatigue caused by climbing and walking.
The key is the hard work of the soldiers on patrol in those difficult environments.
For example, terrains such as plateau snowy areas, deep mountain canyons, jungle swamps, etc. are difficult to reach with ordinary transportation vehicles, so soldiers often need to patrol on foot. With this lightweight mechanical exoskeleton assist system, they can be relieved
work intensity.
This is a kind of weapon that also plays a great role in some other military operations and support tasks.
For example, in artillery, although loading is automated now, soldiers often need to carry the ammunition themselves. A soldier needs to pick up a forty or fifty kilogram warhead and walk more than ten steps quickly to the artillery position.
If we put on this lightweight mechanical exoskeleton assist system at this time, soldiers will not have to work so hard, and it will be very easy to carry these weapons and ammunition.
This move can not only reduce the work intensity of the soldiers, but also greatly improve the combat effectiveness of the soldiers and enhance their ability to continue fighting for a long time.
In addition to the above situations, this lightweight mechanical exoskeleton assist system can also play an important role in other positions and environments.
We can even add some components and weapons and equipment to this technology to make it play a greater role.
For example, we can add some armor to this lightweight mechanical exoskeleton assist system and then give it to anti-terrorist forces for use.
Or we can also add some tools on the basis of this lightweight mechanical exoskeleton assist system and apply it to the field of equipment maintenance, etc."
With that said, Wu Hao led everyone to a half-body mechanical exoskeleton assist system nearby, and introduced to everyone: "In addition to the light mechanical exoskeleton assist system just now, we have also developed and evolved multiple models.
So that users can make appropriate choices based on actual conditions.
For example, this half-body mechanical exoskeleton assist system only retains the lower limb support system, allowing the wearer to run faster, jump further, and jump higher. In addition, it also allows the wearer to carry more
Although some weight-bearing models are not as good as the full-body type, they greatly improve the wearer's weight-bearing capacity.
In addition, this half-body mechanical exoskeleton assist system is cheaper than the full-body type, which is conducive to large-scale equipment use.
In addition to this half-body type, we have also developed this concealed ultra-light mechanical exoskeleton assist system.
This concealed ultra-light mechanical exoskeleton assist system, as the name suggests, is very light. It is made entirely of carbon fiber and aviation aluminum alloy, so the overall weight is very light and lightweight, and it can closely follow the body curves of the wearer.
It can even be worn under clothes, so it is called a concealed model.
This concealed ultra-light mechanical exoskeleton assist system is mainly used in the medical field. Some patients have strong self-esteem and do not want everyone to see them sick. This concealed ultra-light mechanical exoskeleton assist system can be worn under clothes
Below, it can prevent the patient's self-esteem from being damaged and allow the patient to live a normal life.
In addition to being used in the medical field, this concealed ultra-light mechanical exoskeleton assist system can also be used in some special fields, such as security systems, hidden and secret fronts, etc."
With that said, Wu Hao smiled at the leader wearing the light mechanical exoskeleton assist system and said, "Would you like to try two shots?"
Hearing Wu Hao's suggestion, the leader instantly became excited: "I just have this idea. I want to see what it feels like to shoot a gun after wearing this lightweight mechanical exoskeleton assist system."
Wu Hao nodded and signaled the staff next to him to start getting ready. The staff handed a pistol and a rifle to the leader, and also handed him a pistol magazine filled with bullets and a pistol magazine filled with bullets.
rifle magazine.
The leader first adjusted the gun belt, then put the rifle on his back, then loaded the magazine on the pistol and inserted it into the tactical holster on his leg.
Then he picked up the rifle, loaded the magazine, pulled the bolt, turned off the safety, and then turned to look at everyone.
After getting permission from Wu Hao and others, the leader turned on the safety, took a deep breath, then raised his rifle, aimed at the distant target, and pulled the trigger!
