After running at this pace for about half a minute, the female tester's running speed immediately slowed down, and then slowly returned to walking.

The female tester was also sweating a lot and was a little heavier, but not as overreaction as a particularly intense exercise.

Wu Hao, who was on the side, also took the opportunity to introduce to everyone: "In fact, the speed can be fast enough, and there is no problem at all when it reaches fifty or sixty kilometers, but this requires professional training."

And this kind of intense exercise, even with our intelligent mechanical exoskeleton to help support, actually has a certain impact on our human body.

For example, under such rapid exercise, the body's demand for oxygen surges, and normal breathing can no longer meet the demand for exercise. Therefore, we need to wear a special oxygen supply device for the wearer to help him perform the relevant strenuous exercise.

Of course, there is no need for such high-intensity and long-term exercise in general, so there is no need for this.

In certain cases, we can also equip it with an oxygen supply system that is placed in the back so that our wearers don't feel its weight at all. ”

Speaking of this, Wu Hao motioned to the male tester next to him who was ready to wear a half-length exoskeleton and began to demonstrate.

"We're going to show you how well it can bounce and move, and because space is limited, we're going to show you some basic moves."

Wu Hao's words fell, and the male tester immediately began to show it.

I saw that he first stretched and stretched his body, and then began to try to jump. If it is a normal standing height, it may not be attractive, but have you ever seen a standing height that can jump to more than 1.5 meters above the ground at once, and it is still very relaxed.

And jumping down is not so much landing, but very light and very quiet.

This made everyone present surprised and more interested in this set of intelligent mechanical exoskeletons, and everyone was looking forward to what wonderful performances this intelligent mechanical exoskeleton could give them.

Sure enough, after the male tester stretched his body, he then saluted the crowd with fists and began to play martial arts.

Because it is a half-body mechanical exoskeleton, he mainly shows the leg method. With the help of this set of intelligent mechanical exoskeletons, this set of leg exercises is extraordinarily elegant and full of power.

"Good!"

Everyone present applauded, and many people even communicated with each other with more experience, and it can be seen that everyone is full of interest. The media reporters present brought their cameras to the closest distance possible to record every wonderful moment.

"Compared with traditional exoskeleton products, our intelligent mechanical exoskeleton is more flexible and lightweight? Ease of control.

What makes it so good? In addition to our innovative biomimetic design that closely follows the structure of the human body, it is also related to our control system.

Why can't many exoskeleton products follow the movement in sync with the limbs we wear? In addition to the structural hardware of the exoskeleton? A large part of it has to do with software systems.

The exoskeleton itself cannot move autonomously, it needs our limbs to control and direct it to perform various movements? This is what we often call limb following.

In terms of exoskeleton control, there are generally two technical ways to realize the limb following function of the exoskeleton.

First of all, what about the first one, which is a simple mechanical transmission method? That is, to fix the exoskeleton to the limb? This exoskeleton is able to follow the movement of the limbs. Nowadays, many exoskeletons and passive exoskeletons are using this control transmission method, which is simpler in structure, but also has its disadvantages.

That is, the weight bearing capacity is relatively poor, and secondly, it may be a little laborious to handle? And it may affect and restrain the normal movement of the human body. Like walking? Running, long jump, etc., have a certain limiting effect. ”

Wu Hao glanced at everyone, and then continued to speak.

"The second is the intelligent electronic transmission and control mode. Simply put, it relies on various sensors worn on the limbs to collect limb movements and then transmit them to the exoskeleton system? In this way, the exoskeleton is controlled to synchronize the movement of whose limbs it is with.

At present, many advanced exoskeleton products use this technology. But does this technical approach also have its own limitations or drawbacks? First of all, sensors need to be used to capture the movement data of the limbs at all times. Including direction, angle, dynamics, etc.? It's complicated. How to capture these sports data accurately and in a timely manner is a very difficult and complex technology in itself.

And do you have to process and analyze these sports data? It is then converted into a control signal and transmitted to the corresponding controller on the exoskeleton.

Capture the whole data? Identification processing? Coupled with control, the whole process must be swift and accurate. In this way, the wearer will not feel constrained and burdensome, or that it is out of sync, unresponsive, inflexible and other experiences.

Then there are the various gears that control the movement of the mechanical exoskeleton, which will control the movement of the mechanical exoskeleton.

Whether the movement of the exoskeleton is light and flexible, whether it is fast, and whether it has strength depends on the strength of the individual transmissions. ”

"For example, the most important joint device on the exoskeleton is not only strong enough to be able to withstand more weight. In addition to the weight itself, the weight itself must also bear the impact of the human body on these joint devices when moving at a distance. The instantaneous pressure can reach an alarming value, which requires a higher level of strength for the joint device.

In addition to being strong enough, the joint must also be flexible and light so that the wearer does not feel tired.

This requires a very high machining accuracy in the processing and manufacturing process of the joint device, so that the parts of the joint device are accurate enough, so that the operation will be flexible and free.

This is not enough, but also requires the joint device to be able to burst out at any time and play an important supporting role.

To a certain extent, it should play the role of muscles.

Especially in the intense sports of running, height adjustment, long jump, all require a moment to gather and burst out of the huge force, which has super high requirements for the joint transmission device. ”

Speaking of this, Wu Hao took a breath, and then said with a smile: "Almost all exoskeleton products are trying to solve these problems, and our intelligent mechanical exoskeleton is the best product to solve these problems under the current technical conditions."

We use the most advanced intelligent electronic transmission and control methods, and our related technology is basically five to ten years ahead of similar technology products in the world, or even more. ”