Chapter 2602: 'Artifact' for Hemostasis and Rescue on the Battlefield
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"In addition to connecting to radio stations for voice communication, this professional headset can also be connected to sensors to listen to the small sounds emitted around you, further expanding the listening range of the human ear.
For example, through this system, the weak conversation sounds of enemies fifty meters away can be heard very clearly, which will greatly benefit the wearer's ability to collect voiceprint information about the surrounding environment."
After hearing Zhang Xiaolei's introduction, everyone present, especially the group of officers at the back, couldn't help but nod their heads with expressions of affirmation and appreciation.
This function is really useful for them. They can hear weak sounds even from a distance of fifty meters, which is very useful for their infiltration and spying on mobile phones.
The reactions of these people were seen by Zhang Xiaolei and Wu Hao, who had been observing. Zhang Xiaolei paused for a moment after speaking. On the one hand, he gave everyone at the scene a little time to react, and on the other hand, he gave himself a little rest time.
After talking for so long, her brain was somewhat deprived of oxygen.
After taking a breath, she continued to introduce to everyone: "We all know that the human head is very fragile, so it is very deadly. Therefore, the head has also become the first choice target of the enemy's attack. It only takes one
Bullets can incapacitate or even kill the opponent.
Therefore, we also attach great importance to the protective performance of the head, so we carried out special designs during the development process.
First of all, the entire head armor is made of the composite armor we showed earlier, and the thickness of the entire armor is increased. In addition, we also added a layer of new polymer liquid material to the inside of the entire head armor.
Thereby further increasing its protective performance.
In this way, the protective performance of the entire head armor can be greatly improved.
In addition, we have also designed a kinetic energy buffering system inside the entire head armor. When the head armor is violently impacted from the outside, this buffering system can greatly reduce the force of the impact, thereby slowing down the impact.
For injuries to the wearer's head."
Speaking of which, Zhang Xiaolei clicked the button on the touch screen on the inside of the arm of this special mechanical exoskeleton protective armor, and then saw that the right side of the front armor of this protective armor unfolded outward like two doors, one large and one small, revealing the entire
Special mechanical exoskeleton protects the interior of the armor.
The entire interior of the armor is filled with black soft material, and on the inner walls of these soft materials, there are some sensors and other devices of unknown size and purpose.
Zhang Xiaolei held the transparent folding tablet in one hand and pointed inside the armor with the other, smiling at everyone and continuing the introduction.
"This is the inside of our special mechanical exoskeleton protective armor. Its entire inside is wrapped with this relatively soft black filling. On the one hand, this is of course beneficial to the comfort of the wearer. On the other hand,
It can play a very good role in insulation, buffering, wrapping, etc.
Inside this set of filling materials, there is also a temperature control system distributed, which can control the temperature inside the entire protective armor, so that the wearer is always at a suitable temperature. In hot weather, it can maintain the temperature inside the protective armor.
The cooling and ventilation can ensure the warmth inside in the cold winter, and this system can also dry and emit the sweat emitted by the wearers and the water vapor formed in time. "
"Everyone, please pay attention. There are sensors and related probes at every other place on the surface of the internal filling material. It can monitor the temperature, humidity, and even the injury of the wearer at any time. Once the wearer's body is detected,
If the various parts above are injured, these nozzles will spray the relevant foaming ointment at the location of the wound. This foaming ointment will start to solidify the moment it comes into contact with the air, thereby effectively blocking the wound and avoiding excessive blood loss.
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Moreover, this foaming ointment also contains hemostatic and anti-inflammatory drugs, which can reduce inflammation and stop bleeding of the wound and avoid secondary contamination of the wound.
After this foaming ointment solidifies, it is very stable. Even if the wound continues to move, it can still stick to the wound and will not fall off."
Having said this, Zhang Xiaolei reached out and handed the transparent foldable tablet to the staff, then took a spray bottle of medicine from the staff, and then introduced it to everyone while showing it.
"This is the foaming hemostatic ointment we developed. It is usually stored in a liquid state in this high-pressure tank. When needed, it is sprayed out at the wound location, and then it will solidify and adhere to the vicinity of the wound, thus causing
It has the effect of stopping bleeding and reducing inflammation.”
As she spoke, Zhang Xiaolei pointed the spray at the palm of her hand and sprayed it. A white foaming material similar to men's shaving foam sprayed out from the nozzle.
Soon, Zhang Xiaolei held a ball of white foam in her hand that was similar to a snowball or cotton.
Zhang Xiaolei showed it to everyone, and then gradually tightened the ball of foam. The foam was not directly squeezed out like everyone else, but the texture became a bit soft and began to be squeezed and shrunk little by little.
It stuck to her hand. Zhang Xiaolei started to use her other hand to try to tear off these flattened steamed bun objects, but found that they were firmly standing on the skin, making it very difficult to tear them apart.
"The viscosity of this material is very high, so it is not easy to tear it apart after solidification. How to dispose of it is very simple. Put it in warm water above 45 degrees, and it will slow down.
It will melt and decompose slowly. Or we can take a hair dryer and slowly heat it, and it will soften and decompose.
The characteristics of this material are very stable and have no toxic side effects. It is very suitable for emergency treatment on the battlefield and rescue and hemostasis.
Soldiers can use it very skillfully after only a short introduction and training.
When a soldier is injured, he or his comrades can quickly take it out and spray it on the wound. If possible, you can also clean the wound before spraying it.
Once sprayed, this dressing can stick very stably to the skin and clothing on the surface of the wound, forming a stable hemostatic protective layer.
While stopping bleeding, it effectively protects the wound, isolates it from the external environment, and promotes wound healing under the action of anti-inflammatory drugs.
If the patient is seriously injured, you can buy time for the patient to be sent to the rear hospital for rescue treatment. If the patient is slightly injured, you can continue to fight after treating the wound, complete the task and relieve the crisis, and then return to the rear.
