The New Artillery Suit Of Second Artillery Has Been Equipped In Batches To Adapt To The Plateau Operations.

On the launch site, the sound of the password and the roar of the pump truck.

Suddenly, the trumpeter reported: "found the leakage of propellant!" the milky white liquid splashed on the protective clothing of officers and men, but the venom did not infiltrate into the protective clothing, and the trumpeter was safe.

Although this is a practical exercise, it has fully tested the protective clothing developed by Cui Yibin, a senior engineer of the Second Artillery Equipment Research Institute.

A hard start and a first taste of the fruit

That year, Meng Chun, the development task of missile propellant protective clothing, fell on the task group led by Cui Yibin, which is a key item of the whole army.

The large window of the new diving suit is very inspiring to Cui Yibin, but the function of the diving suit is mainly waterproof, so that it can be sealed.

He led the research team to the research institutes and factories to investigate and collaborate in the impact of difficulties. Not only did we develop a new face mask material, but also boldly innovating, using big eye window and water blocking design to increase the tightness and comfort of the mask, broaden the field of vision, and exhale the gas in time.

The canister is the core of the antivirus. The effect of filtration is directly related to the whole protection performance. The key to the filtration is the catalyst.

The canister can be easily solved, but the new protective material is not long enough to attack.

In the perplexity, Cui Yibin developed a composite material with high isolation for propellants, and the weight was much lighter than that of the raw material.

He cut with the manufacturer's skillful hand, from double cuffs to zipper seals, from the neck curve to the crotch design, and drums in one process to make protective clothing "iron bucket" in general.

On the day of midsummer, officers and soldiers tried to wear protective clothing at a high altitude range. Everyone felt very cool, but Cui Yibin thought that the patency of the canisters was not enough. It might also be related to altitude hypoxia.

But in his view, the new protective clothing should be adapted to different regions.

Then, how can we improve the patency? One day, he felt a cool breeze in the basement and looked up at the ventilation pipe.

So we started to work hard, and led the research team to fight for several days. A new air blower with only a few grams of weight was developed. It can send oxygen and cool down.

Soon, the protective clothing developed by Cui Yibin was equipped with large numbers of troops.

Cui Yibin, who had won the first fruits, showed a great deal of great importance at the beginning.

Call of duty goal extension

The environment for future wars is very bad.

His creativity was quickly approved by the higher authorities and became the key topic of the whole army.

If the propellant protective clothing is mainly used for anti-virus, the individual protective clothing must also have many functions, such as waterproofing, oil proofing and flame retarding.

However, these functions are difficult to be compatible with one kind of fabric.

Cui Yibin led the research group to carefully analyze the characteristics and clarify their respective mechanisms.

Because personal protective clothing is a regular clothing, must have a certain permeability, and can not be completely isolated from the outside world, just like the protective clothing.

On the basis of their anti-virus mechanism, they break through the pattern of refusing to poison outside clothing, and adopt the method of refusing poison plus adsorption, that is, the "two lines of defense", the outer layer refuses to poison, and the inner layer adsors, which makes the poison without any loopholes.

Through hundreds of samples trial production and process groping, Cui Yibin led the research group to solve the key technologies of flame retardant fiber and fabric antistatic, and overcome a series of difficult problems in the stealthy dyeing system.

The special protective clothing has reached the war mark through 6 major categories and more than 40 tests, and has achieved significant military benefits after it has been equipped with troops.

Persistent pursuit of innovation

Cui Yibin takes scientific research as his life, in his mental space, and is always a dream of flying.

His goal is far higher: to develop a new type of radioactive protective clothing, which is of great importance to enhance the protection of operators or deal with unexpected situations.

The radiation protective clothing requires higher fabric.

He understands demand, visits manufacturers, and is determined to start research based on domestic existing technology and starting from a high starting point.

He designed different models and got basic data, and made hundreds of small samples, middle samples and large samples.

Development is done in resolving contradictions.

Fabric moisture and protection is a pair of contradictions. In a dilemma, he sees the tank composite armor from the Internet, a flash of light, whether a special interlayer can be set in the fabric, filtering radioactive substances and improving moisture permeability.

He looks like a tightrope walking wire, uses his mind and posture to find a balance, and walks out of a new world.

Their special composite fabrics, filtration and moisture permeability, all exceed imported fabrics, and feel good and firm.

Goggles are windows for protective clothing.

Cui Yibin asked the optical experts with an open mind to develop high-intensity lenses.

The film is directly related to the effective removal of radioactive substances.

Cui Yibin integrated belief, responsibility, mission and struggle into a special "coating", not only for shielding efficiency, but also for fog and abrasion resistance.

After identification, the overall optical performance has reached the advanced level of the industry.

Cut out new equipment to protect the soldiers.

Cui Yibin has been awarded more than 10 military technology progress awards, several national patents, and many times meritorious service.

At present, he is developing more high-end protective clothing.