Military Technology

“In addition, for example, the eyes of this robot use the relevant technology of our latest intelligent bionic electronic prosthetic eyes, so it looks so real, and of course, the imaging effect is also very good.

In addition to these visible technologies, there are also some invisible technologies. For example, the torso, including the thighs, is equipped with four super solid-state batteries we developed.

With the power of these four super solid-state batteries, it is possible to ensure that the robot has sufficient power to operate without having to carry an additional external battery or dragging a long cable. This makes movement more flexible, freer, and more realistic. "

Speaking of this, Wu Hao paused for a moment, then continued with a smile: "In addition to these relatively well-known technologies, we have also used a lot of our previous technological achievements on it.

For example, the microphone array in our smart voice assistant is integrated into the robot's ears, so it can hear very distant and subtle sounds.

For another example, among the many joints on this robot, we use a new liquid motor. This liquid motor not only has high torque, but also has low noise, good heat dissipation, and is suitable for long-term operation.

It is precisely because of this liquid motor that the robot can move and make less noise, which can even be ignored. In this way, the robot can be made more realistic.

Also because of the liquid heat dissipation, this motor can work longer and support the robot's continuous operation for a long time.

For example, in the motion system of this robot, we also used our previous control technology data on intelligent bionic electronic prostheses and intelligent mechanical exoskeletons to make the robot move more freely. "

In addition, there are new technologies developed specifically for this purpose. Wu Hao took a breath, then looked at everyone and continued to introduce with a smile: "For example, on the robot in the middle, you can see a lot of muscle tissue similar to the human body.

Yes, these are bionic electronic muscles that we specially developed for simulating humanoid robots. These muscle tissues can well simulate the major muscle tissues on the human body, thus truly simulating the state of these muscle tissues when they contract and relax. .

In this way, we can use these muscle tissues to imitate the muscle movements of various parts of the human body.

For example, the face, our expressions, are actually controlled by muscles. Thanks to this bionic electronic muscle system, we can simulate rich and realistic facial expressions. "

Speaking of this, Wu Hao moved to the side of the female robot, and then introduced it to everyone: "Looking like the skin on this robot, doesn't it feel particularly real to everyone?

In fact, this is a kind of bionic skin that we specially developed. Although it looks like just a layer of silicone, in fact, this bionic skin has a very high technical content.

The first is the skin material. Ordinary silicone can simulate skin, but it is not realistic, especially in terms of touch and visual perception.

So we must first work on the material and develop a material that can perfectly simulate skin. This material must not only resemble skin, but also have a good touch. In addition, it must have a certain degree of toughness, and have a series of properties such as stain resistance, scratch resistance, and high temperature resistance.

Therefore, a single material can no longer meet our requirements, so the skin you see is actually composed of many layers. Just like our skin, it is actually composed of many layers.

This alone is not enough, we have to add hundreds of millions of details to it.

For example, we know that human skin has temperature, and you can clearly feel the temperature on other people's skin when you touch it.

However, ordinary robot skin does not have this function. It has no temperature when touched, just like a corpse, which is obviously not good.

So we need to add a heating device to this set of skin so that it can simulate the temperature of the human body, so that even when we touch it, it will feel extremely real, and we can't even tell the difference between real and fake.

Of course, this skin heating system is not just for realism, it also has other functions. For example, the temperature inside the robot is controlled at all times to keep it in a constant state, which is beneficial to the operation of various components and electronic components inside.

In addition, the heating device can also quickly evaporate the gouache on the skin, thereby preventing the gouache from corroding the skin and body parts.

In fact, this system is much more than what I just talked about. "

Speaking of this, Wu Hao moved to the robot on the far left, and then introduced it with a smile to everyone.

"Everyone knows that no matter what the parts are, they will emit heat when they are running. The same goes for this robot. There are many parts and electronic components, chips, batteries, etc. in its body, and these things are all emitting this heat. All It is obviously not possible to accumulate them inside the robot. It can easily cause the components to overheat, causing them to crash, freeze, and affect performance.

Therefore, we must dissipate the heat generated by these components, so we need a heat dissipation system. We can't install an air-cooler on a robot body with such edge sealing. So water cooling is the best choice.

And here we have another genius idea. "

Hearing Wu Hao's words, everyone's curiosity was piqued by Wu Hao. What on earth was his idea that deserved Wu Hao's praise?

After looking around and taking in the expressions on everyone's faces, Wu Hao introduced them slowly and slowly.

As we all know, we humans transport blood to all parts of the human body through the vascular circulatory system. It is precisely the hot blood that flows throughout the body that makes our bodies and our skin warm.

This is also the reason why many heart disease patients feel that their limbs are cold, which is caused by poor blood circulation.

So, can we use this principle to add an artificial heart, or a water-cooling circulation system, to the body of this robot?

This water-cooling circulation system is used to collect the heat emitted by these components in the body, and then flows through the tiny hairy tubes throughout the robot body and skin, and then flows into all parts of the body, using this surface layer of skin to dissipate heat.

In this way, we can achieve the miraculous feat of killing three birds with one stone.

In this way, we can instruct this water-cooling circulation system to dissipate heat for the electronic components inside the body.

Secondly, we can use the heat emitted by these electronic components to be transmitted throughout the body's skin, simulating the heat emitted by the human body.

Thirdly, using this water-cooling circulation system, we can truly simulate the beating of a real human heart, making the entire robot feel more realistic when touched.