In order to solve this problem, Meng Yang added an auxiliary biological brain to the combat suit, saying that it is a biological intelligence brain, which sounds very lofty, but in fact, it is to take out the cat's cerebellum separately and put it on the combat suit with a little strengthening. Pen × fun × Pavilion www. ｂｉｑｕｇｅ。 ｉｎｆｏ

The reason why the cat's cerebellum was chosen is because the cat's nervous reaction speed is very fast, and it is also able to make all kinds of complex movements, and the balance and jumping are very good. Even domestic cats that have been bred in captivity for thousands of years can play with a beautiful Foshan shadowless paw!

It must be very effective if you attach it to a combat suit that requires you to perform all kinds of difficult movements and engage in hand-to-hand combat.

With an assistive brain, it is also necessary to coordinate its relationship with the wearer's brain.

In a combat state, especially in hand-to-hand combat and shooting, most of the actions are difficult to deliberate, often a flash of thought, or even a conditioned reflex, before the brain can figure it out, without even thinking about it, the body has already made movements.

In this case, how to coordinate the relationship between the biological brain and the human brain, and how to coordinate the relationship between the brain and the human cerebellum, has become a key issue.

And there is another problem, the performance of the combat suit is improved, but the human body's neural reaction speed will drag it down, and the human nervous reaction speed, the information processing speed of the human brain, is adapted to the physiological conditions of human beings. The sudden increase in the motor function of the combat suit is difficult for the human nervous system to adapt.

In order to make the most of the increased performance, it is necessary to coordinate deeper changes.

Meng Yang's solution is to change the nervous system of the wearer, referring to the design idea of the overclocking body, Meng Yang designed a unique physiological regulation system for the combat suit.

Once the wearer puts on the combat suit, the combat suit begins to connect with the nerves of the human body, and at the same time begins to measure various physiological data of the wearer. Then, according to the current situation of the wearer, the combat suit will actively inject various hormones and biological enzymes into its body to help the wearer regulate his physical state.

Its neural activity, brain reaction speed, microcirculatory state, bioelectric response, and nerve firing situation are fully adjusted in place.

Let the wearer be physiologically ready to adapt as soon as possible, so that the wearer can command the combat uniform as if he wanted to command his own body, and give full play to the maximum performance of the combat uniform.

In addition to these combat systems and auxiliary combat systems, the battle suit also needs to integrate more functions.

For example, the combat suit needs to provide a comfortable and comprehensive life support system for the wearer, and once you start dressing, the nerves will be connected, so if it is not necessary, it is better not to take it off casually, at least the combat suit is not suitable for those who put on and take off frequently.

Then the combat suit has to help the wearer achieve many things, for example, it must be able to help the wearer to achieve body cleaning, sweat, dander and other things must be able to clean and absorb in time.

This point is not difficult to solve, there is a garbage decomposition toilet as a base, Meng Yang has added a cleaning layer to the inside of the combat suit, not only can sweat and dander be absorbed, but the urine and feces of the wearer can also be directly and completely decomposed, turning into the electricity that drives the movement of the combat uniform.

The combat suit is powered by electricity, and there are many biological battery blocks dedicated to energy storage inside, and a layer of solar power generation film is attached to the outer skin of the combat suit, which can directly use solar energy to help charge the combat suit when necessary.

In case of special circumstances, the suit can be charged with a ready-made power source, or simply get some food and stuff it into the suit, which will be decomposed and absorbed by the cleaning layer, which can also solve some of the power needs.

After all, the combat suit is designed for the battlefield, it needs to have a certain medical function, the cleaning layer comes with a sterilization and disinfection function, with the help of the brain, once it is detected that there is a problem with the wearer's vital signs, or the wearer is injured, the combat suit will carry out preliminary treatment according to the preset plan, such as stopping bleeding, correcting broken bones, injecting nutrients for the wearer, etc.

Damage to the warhead itself is also inevitable, and in an emergency, the combat suit can grow and repair itself by devouring organic matter.

When fighting in some extreme environments, the suit can provide oxygen supply to the wearer, such as when fighting underwater, the suit will automatically exchange oxygen, filtering oxygen from the water body and providing it to the wearer.

In some anoxic environments, the combat suit can convert the carbon dioxide exhaled by the wearer into oxygen by consuming electricity, which can be supplied to the wearer again, forming an internal oxygen cycle.

Referring to the design of the Crysis Crisis, Meng Yang attached a layer of chameleon's color-changing cells to the surface of the combat suit, and the optical invisibility was too advanced and profound, and it could not be achieved with Meng Yang's existing technology, but the visual deception was still no problem.

In addition to the color change, Meng Yang added an infrared absorption function to the combat suit, so that in the night environment, the combat suit can disappear under the infrared instrument.

To enhance penetration and long-range capabilities, the battle is equipped with a detachable backpack that houses a pair of folding wings that allow the suit to penetrate or evacuate from the sky when the wings are deployed.

Referring to some of the designs of the original violent tiger girl, Meng Yang installed some reconnaissance modules for the combat suit, mainly the Eagle Eye magnification module, the infrared vision module of the cobra, the ultrasonic positioning module of bats, the bioelectromagnetic field detection module, the micro vibration perception module and the like.

If all the information formed by these corresponding detection organs were transmitted to the human brain, the wearer would surely be driven crazy by these never-before-seen perceptual signals.

Therefore, all the corresponding information is handed over to the biological intelligence brain for processing, and the intelligent brain carries out preliminary information processing, and then projects a dynamic perception map of the surrounding environment directly onto the eyepiece of the combat suit.

The helmet of the combat suit is fully enclosed, and the eyepiece is a window for the wearer to observe the outside world, with a layer of color-changing cells on it, forming a biological LCD screen, which is responsible for providing visual signals to the wearer.

At present, the entire combat uniform can only be protected against two modernizations, can prevent contamination by biological and bacteriological weapons, and at the same time can resist the attack of chemical weapons, at least all kinds of nerve gases, and chemical poison gases have no way to take combat uniforms. It's just that the problem of nuclear protection cannot be solved yet, and it is still a bit difficult for biological organizations to prevent radioactive contamination.

After some detailed planning, the design draft of the combat uniform was basically released, and then Meng Yang needed to adjust and design step by step, and design the combat uniform from scratch, one by one.

For Meng Yang, all the bio-related parts are not too difficult, according to his design plan, the biology part either has a ready-made design draft to choose from, or only needs to optimize the function.

The real difficulty is in the non-biological materials, mainly the bulletproof fluid and the high-temperature resistant material, which are the biggest difficulties.