Military Technology

"After continuous efforts, we have overcome one problem after another. Even many problems that usually seem to be irrelevant are particularly important in this project.

We must ensure that this intelligent bionic artificial heart must be reliable enough, perfect enough, without any flaws. Because defects may bring risks and failures. If there is a problem with the intelligent bionic artificial heart, it will endanger the life of the implanted patient. Therefore, this puts forward higher requirements for this project. "

To this end, we have set up a quality control technical team within the project team. To put it bluntly, we are specifically looking for faults. We can dig out all the defects, deficiencies, defects, and risks that may exist in this equipment, and then one by one. To resolve. In the end, we developed a product that we believe is the most perfect product for our company so far.

This is our smart bionic artificial heart!

So what exactly is this smart bionic artificial heart? Now let us uncover his mystery together.

With that, Wu Hao turned and looked at the end of the aisle.

With a burst of MR hybrid special effects, I saw two intelligent robots driving out from behind the light curtain, and the two intelligent robots were driving one after the other towards the round platform where Wu Hao was standing.

Under the gaze of everyone, the two smart robots drove in front of Wu Hao, one of them was on the robot arm, and then the other smart robot was grabbed by a box with breathing lights of different colors. Up, and then handed it to Wu Hao.

Wu Hao took the square box that was changing colors rhythmically, then gestured to the crowd, and then placed it on a small square platform raised by a smart robot.

Then opened it in front of everyone, and held out a "heart" in both hands from a pile of colored beads the size of a water baby's capsule.

This heart is about the same size as the real heart, and the shape is similar, but the shape and color are very different. First of all, it is gray with some metallic luster silk screen material. The aorta and the main vein of the heart, as well as the pulmonary veins, have different colors. The arteries are dark red, the veins are blue, and the pulmonary arteries are green. So the whole heart looks very sci-fi, and it even feels like a precision equipment.

Wu Hao held this smart bionic artificial heart in his palm and showed it to everyone in the audience for observation. At the same time, the camera also projected real-time images on the floating virtual screen above Wu Hao, allowing everyone to see the details.

Seeing everyone watching with suspicious gazes, Wu Hao did not speak, but raised the corners of his mouth, then held the heart in one hand, and covered the heart with the other hand, and then activated the heart.

Puff, puff, puff!

There was a heartbeat from the speaker, the sound from the small to the louder, and it was also stimulating everyone's nerves.

Under everyone's gaze, Wu Hao opened his hands, and saw that this intelligent bionic artificial heart actually began to beat regularly in Wu Hao's hands. The feeling of beating is exactly the same as the beating of the real heart.

This……

Everyone looked at the beating intelligent bionic artificial heart in Wu Hao's hand, and the scene fell into a moment of silence.

Then they started talking in low voices, and their voices became louder and louder. Eventually, applause and cheers rang out. This time, it was particularly strong, and the sound resounded throughout the venue.

This is too powerful, exactly the same as the real heart.

It's too strong, the feeling of beating is like having life.

Good science fiction, it feels like this is the electronic organ in the world of "Cyberpunk" and "Cyberpunk".

This thing looks good, but is it reliable in the end? Artificial heart does not need other products, it is related to the life safety of every patient.

...

After giving everyone a reaction time to digest, Wu Hao opened his voice.

This is our intelligent bionic artificial heart. Its shape is no different from a real human heart, even in terms of functionality and partial structure. Even on this smart bionic artificial heart, there are also four heart chambers with similar functions.

The appearance of the entire intelligent bionic artificial heart is composed of a new generation of medical-grade polymer composite materials independently developed by us. This new type of polymer composite material has corrosion resistance, anti-disclosure, anti-oxidation, and is soft in material, stable and not easy to decompose, and has no toxic side effects. And it has strong biocompatibility and will not cause irritation to the human body.

It is precisely because of these characteristics that this material has a very long service life and can basically be used and implemented throughout the patient's life. Generally speaking, there will be no problems with this material in thirty years. And for some materials and equipment failure lights, we have also made adequate plans.

Inside the device, we are divided into very large modules, which are the core of this intelligent bionic artificial heart. The four bionic contraction chambers are bionic simulations of the left and right new atrium ventricles in the real heart.

In our case, we can divide these four heart chambers into four independent functional modules, or into two linkage functional modules.

The reason for this is to ensure the reliability of this intelligent bionic artificial heart. The four heart chamber modules can work in contraction and relaxation, or work independently of each other~www.readwn.com~, and the left and right heart chambers can be contracted and expanded in conjunction with each other.

In this way, the reliability of this intelligent bionic artificial heart is improved. Even if two or even three of the four heart chambers fail, one of the heart chambers will adjust the systolic evaluation rate, provide the patient with basic blood oxygen circulation, and maintain the safety of the patient's vital signs, waiting for medical rescue.

Of course, this kind of situation is very difficult to happen, the probability is very small. Generally speaking, if a heart cavity has a problem, the patient can detect it and seek medical attention in time. And under normal circumstances, after losing two heart chambers, we still adjust the systolic and diastolic frequencies of the other two heart chambers to maintain normal blood oxygen circulation for implanted patients.

These four heart chambers are modular in design, so if one of them fails, we can replace it separately, and the replacement is very convenient. The entire operation can be controlled in about forty minutes. Under normal circumstances, there will be no danger to the patient.

And the purpose of this design is also to greatly extend the service life of this intelligent bionic artificial heart and extend the life of the patient. After being implanted in patients for decades, these heart chamber modules may be old-fashioned or dysfunctional, so they can be replaced by surgery. In this way, the implanted patient can get a new healthy and normal heart again.