After viewing the test site, everyone finally moved in front of this combat-type humanoid bionic robot.
Compared with seeing it before, this combat-type humanoid bionic robot is now covered with some dust, and there are obvious scratches in some places. But it is also because of this that it looks like this combat-type humanoid bionic robot
More lethal.
Looking at the combat-type humanoid bionic robot in front of him, Li Weiguo turned to Wu Hao and smiled: "Xiao Wu, does this robot have a name?"
Hearing Li Weiguo's question, everyone also responded. According to the tradition of Haoyu Technology, equipment like this will have an internal code name, such as Xingtian, Fucuo, Killer Bee, etc.
Another example is that the two robots they saw before also have their own names, such as Lele who is still in the laboratory, and Chen Keer who is standing next to them.
So everyone is curious about the name of the advanced combat-type humanoid bionic robot in front of them.
Really powerful!
Wu Hao answered with a smile: "The internal code name of this combat-type humanoid bionic robot is Zhenwu. The one standing in front of you is Zhenwu No. 3. It is the third engineering prototype we have developed, and it is also the most complete.
A test robot."
"Zhenwu!"
"Good name!"
"Emperor Zhenwu, this is the amazing God of War in our traditional mythology."
…
After hearing Wu Hao's introduction, everyone couldn't help but marvel. I have to say that Wu Hao and the others were indeed a little creative in naming.
This robot, like Chen Keer, is remotely controlled by your personal intelligent assistant. An expert tilted his head and carefully looked at this combat-type humanoid bionic robot, and asked Wu Hao.
Wu Hao shook his head when he heard this: "No, this combat-type humanoid bionic robot is still very different from Chen Ke'er.
First of all, this is a combat-type humanoid bionic robot, so the application scenarios and environments it must consider are definitely much more complex than civilian ones, such as some complex combat areas, high altitude, high cold, high temperature, high humidity, high salinity, etc.
High radiation, etc.
All these require that our combat-type humanoid bionic robot must be able to adapt, so we must design and manufacture accordingly during development.
Secondly, considering that the battlefield environment is relatively complex, especially the presence of strong interference, strong magnetism, and other environments. If you only rely on remote control technology, then once the signal link is broken, or the place uses interference equipment, then these robots may
scrapped.
Therefore, the remote control method of Coco and Chen Ker is somewhat impractical. This combat-type humanoid bionic robot must be able to operate independently after being disconnected from the network.
Therefore, we installed a miniature intelligent brain in its body, which is responsible for computing and controlling the behavior of the entire robot."
Intelligent brain? Everyone couldn't help but look at the robot's head, trying to see something different.
However, Wu Hao smiled and shook his head: "No, this intelligent brain is not installed on the head of this robot, but in its chest."
"Um?"
After hearing Wu Hao's introduction, everyone couldn't help but ask questions.
As for Wu Hao, before anyone could speak, he immediately explained with a smile: "Whoever stipulated that the brain of a robot must be installed inside the head is actually misled by our human thinking inertia. He thinks that humanoid robots are also imitators.
People's brains are naturally installed in their heads.
But in fact, this is not the case.
First of all, in terms of protective performance, the space inside the robot's head is limited, and the protective performance is relatively limited. It can be said that it is the enemy's primary target.
Because in human cognition, the human head is the most vulnerable place, and in battle, people will subconsciously aim and fire at the head.
So in order to improve the robot's battlefield survivability, we moved the intelligent brain from the robot's head to the chest.
There are many benefits to doing this. First of all, it is confusing, deceiving the enemy and making everyone think that the robot's head is the fatal point.
Secondly, the protection type is relatively strong, because the chest part of the robot, or the entire torso part, is an important protection target. In addition to its own armor, there are also external armors and wearable armors. The protective safety is definitely better than
It should be high on the head.
Although the protective performance of the head is not weak, and with the protection of the helmet, it is still relatively safe. However, the huge impact force caused by it is powerful, and even if it cannot penetrate the helmet and other protection, it will cause a huge shock.
If it were a real person, concussion and cervical fracture would definitely be inevitable.
Even if it is a robot, I am afraid that under such a huge impact, it will cause huge damage to the internal electronic components.
So after relevant experimental demonstrations, we finally transferred its intelligent brain to its chest. Naturally, the free brain cannot be left empty. It also has other functional module units installed in it, such as communication systems and environmental awareness.
system, and some other functional equipment modules.
In this way, even if the robot's head is severely damaged, or even completely destroyed, the robot will only have some functions damaged and can still keep running.
There are actually several sets of spare micro-lenses on its body. If the intelligent system detects that the robot's head is destroyed, these micro-lenses will be activated and serve as temporary 'eyes'."
"Move, this is it!" Wu Hao pointed to the miniature camera on the chest of this combat-type humanoid bionic robot and introduced it to everyone.
Everyone looked along Wu Hao's finger, and sure enough, there was a lens in this dark place. It was very small, just like the rear lens on a mobile phone.
Seeing everyone's interested expressions, Wu Hao took the initiative to step aside and let everyone get closer to observe, while he continued to introduce with a smile.
In fact, this is not over yet. When the intelligent system in the robot detects that the robot's body is damaged, it will immediately evaluate its own damage. If the degree of damage is not enough to affect the normal operation of the robot, the robot will continue to perform related tasks.
Prioritize tasks.
If it is detected that the robot is seriously damaged, the intelligent system will activate its autonomous repair capability at this time, which can repair some damaged parts of the body to restore some performance.
If the damage is serious, the intelligent system in the robot will automatically search for nearby damaged robots, then disassemble the relevant parts from their bodies to replace their own damaged parts, and finally resume normal operation, thereby continuing to perform related tasks.