A cable as thick as a baby's arm was directly picked up by the researcher to the core of the exoskeleton on Jiang Zheng's back.

With the access of electrical energy, the entire exoskeleton is like it has come alive. The air compressor arranged in the exoskeleton begins to inhale air, and then compresses into high-pressure compressed air and injects it into the cylinder.

The mechanical energy output through the cylinder controls the inside of the joints of the entire exoskeleton, generating huge kinetic energy.

The pneumatic transmission system began to play its due role, and the entire exoskeleton began to spray exhaust gas out from time to time.

The reason why Li Yuntong's design team chose pneumatic transmission over traditional hydraulic transmission is because pneumatic transmission is very suitable for exoskeletons.

On the one hand, the air source is convenient and can be discharged directly after use. It is suitable for high-strength use, and does not require frequent maintenance like hydraulic systems.

On the other hand, pneumatic systems are well adaptable to the working environment. Especially in harsh working environments such as flammable, explosive, dusty, strong magnetic, radiation, and vibration, the safety and reliability are better than hydraulic, electronic and electrical systems.

The primary consideration of mechanical exoskeletons is certainly the adaptability and safety of the working environment, both of which are the advantages of the pneumatic system.

Another biggest advantage is that the pneumatic movement is fast, fast reaction, and easy adjustment. It can be automatically controlled by using pneumatic pressure signals. In terms of sensitivity and reaction, pneumatic movement is much better than hydraulic movement!

The pneumatic system is simply tailor-made for the exoskeleton. The powered exoskeletons that appear in many science fiction movies often have scenes of steam coming out. In fact, it is either steam or the pneumatic system is continuously working.

After Jiang Zheng started the exoskeleton, he immediately felt lightening his whole body and no longer felt confined. If it weren't for his body being firmly bound to the exoskeleton, he would have thought that he had already taken off the exoskeleton.

After experiencing it carefully, Jiang Zheng raised his head and said to Chen Changan: "Mr. Chen, I feel very good now. I only have a little bit of weight. It feels like I have carried four or five kilograms of items, very relaxed!"

"Yes, try to take two steps." Chen Changan looked at the large cable behind Jiang Zheng with disgust. The only drawback is that the solid battery has not been mass-produced. They should be asked to send a 600Wh/kg laboratory product with energy density to test together.

Jiang Zheng nodded and raised his foot gently. The sensor on his left foot instantly sensed his movements. The command to raise his foot was almost delayed!

A sound of mechanical friction sounded, and the mechanical exoskeleton of his left foot held Jiang Zheng's left foot and lifted it up simultaneously. He didn't feel the heaviness at all, but instead felt that raising his foot was easier than before!

Because there was an exoskeleton wrapped around the soles of the shoe and ankles, he was already supported by the exoskeleton just as he tried to lift his foot.

Afterwards, he tried to swing his fist again, and there was no obstacle to the punch. Instead, he felt a little easier when raising his arm. However, when he swung his fist hard, he didn't feel much different from before due to the influence of inertia.

This feeling was very wonderful. He stood there and did a lot of movements. Except for some mechanical creaking sounds in his ears, it had no effect. It was much easier than before. He felt that half of the force was borne by the mechanical exoskeleton. He just needed to give a pointing force.

Seeing Jiang Zheng getting more and more excited, Li Yuntong hurriedly said, "Mr. Jiang, our cable is only five meters. You'd better not go too far, just move within five meters!"

Jiang Zheng nodded excitedly, turned around and asked Chen Changan, "Mr. Chen, how to test it needs? Just give me the instructions and I will definitely obey the arrangement."

Chen Changan looked at Jiang Zheng wearing a handsome mechanical exoskeleton, and his eyes were full of envy. He also wanted to wear it himself and try it, but unfortunately Jiang Zheng took the lead.

After taking back his messy thoughts, Chen Changan looked at Li Yuntong beside him and signaled her to arrange the test.

"Okay, next you will conduct various tests of this set of powered exoskeleton according to my requirements."

Li Yuntong held down the frame, nodded with satisfaction, took a writing board from the table beside her, and after directly listing a series of test items on the board, she began detailed performance testing.

.............

After more than an hour, all the tests were over. Chen Changan and Li Yuntong looked at the data record table in their hands and looked at each other. Their eyes were filled with sighs and excitement.

"Jiang Zheng, let's go. The next work will be left to Professor Li. We have nothing to do with us. Let's go back to the company."

Chen Changan put away the data analysis report, folded it carefully, put it in the pocket of his clothes lining, and called Jiang Zheng and left the prosthetic base.

The current mechanical exoskeleton platform is just an initial product and is far from complete!

The word "platform" actually means that this is the most basic version and is still in an expandable stage.

Later, Li Yuntong's team will design various installation components based on this exoskeleton platform and conduct subdivided transformations according to different uses.

For example, military use must consider designing weapon loading components, such as plugging a universal machine gun behind it, and if necessary, you can turn to the front.

In addition, we also need to consider the capacity to carry weights, enhance versatility and the ability to withstand harsh environments.

As for industrial lifting, it is naturally necessary to improve the load-bearing capacity and load-bearing capacity of the exoskeleton, install some industrial robotic arms to control it, weaken the protection ability, and the military version of helmet can also be removed and replaced with a helmet suitable for underground work.

There are other civilian models, such as assisted climbing, assisted patients for rehabilitation training, assisted transportation and other mechanical exoskeletons for different purposes, which need to be modified and designed according to different needs.

The experimental product produced now is just a "platform", just like a chassis base in a car. Models with different functions and uses can be redesigned and manufactured on this chassis base.

Next, Li Yuntong will lead the design team to use this most primitive mechanical exoskeleton platform to design models for different purposes such as disability assistance, rehabilitation training, industrial assisted lifting, accident rescue, military and other purposes.

The square back core behind this mechanical exoskeleton platform tested by Jiang Zheng is to install various components in a targeted manner.

Of course, not only the installation will be added, but also the weakening will be carried out. Chen Changan does not intend to supply it to China this time. He is planning to create several weakened versions of exoskeletons, directly deleting the core of his back, leaving only the exoskeletons of his limbs and a lonely metal spine.

The weakened version has no room for transformation, and its performance is much weaker than the complete body. It only retains the load-bearing ability and support ability. It can only be used as a large transporter.

Although the wearable exoskeleton system launched by some foreign companies does not achieve the effect of generation difference, it is still far ahead of their simple version.

Intel     The 10th-generation Core i3 and Core i5 are both tenth-generation products, but in front of the 10th-generation i7, aren’t they still brothers!

At present, foreign countries can only carry a simple exoskeleton system weighing 100 kilograms and running at a speed of 4.8 kilometers per hour, and has no other functions.

The design is also very simple, with only a backpack-style outer frame and two metal legs. It does not have the conditions for large-scale assembly, and is just an expensive test item.

This is already the second and third generation product!

Ruikang's exoskeleton system starts with a weight of 150 kilograms while maintaining a running speed of 10 kilometers per hour. The highest speed is when an excellent soldier with a load of 30 kilograms is the highest.

If you don’t have weight, wearing a Ruikang exoskeleton can achieve a speed of 20 kilometers per hour!

In addition to excellent weight-bearing ability, after wearing Ruikang's exoskeleton arm, he can also have 1T of punches when punching, and can lift 100 kilograms of items with one hand.

What are the exoskeleton companies abroad to compete with Chen Changan?
Chapter completed!