King Who Will Cross

Although various problems arose during reassembly, these problems were solved by a research team formed by the US government. 』Ｅ小┡sayＷｗ┡Ｗ. 』1XIAOSHUO. COM

In the end, the assembled 6-terrain robot did not have any extra parts.

But why is there a three-step fall situation?

The military leader looked at the 6-terrain robot lying in the research room and found that there was no damage on its appearance. However, this still did not alleviate his own anger.

We need an explanation!

Although the members of the research team are all masters in robot-related industries, they are still a little frightened when faced with the glare of a group of American generals.

Give us some time and we'll find out what happened.

The members of the research team, under the cannibalistic gazes of a group of generals, fearfully began to study the 6-terrain robot that fell to the ground.

After confirming that there was no damage to the appearance, the computer experts in the research team took over the control equipment from the operator.

It still indicates that there is a problem with the self-test, but it does not say what the problem is.

After conducting corresponding tests on the software on the control device, the computer expert said: There is still no backdoor program or similar self-destruct program.

The leader of the research team asked: So, the problem is not in the software?

The computer expert took the control device of another robot, changed part of the program in the control software, and then tried to connect.

It's not a software problem, because the control device also shows that the robot cannot pass the self-test.

The leader of the research team said: So, there is a problem with the hardware?

After the military leader next to him heard this, he really had the urge to take out his gun and shoot the leader of the research team.

After analyzing for a long time, just come up with this sentence?

The leader of the research team ignored the cannibalistic looks of the military representatives and said calmly: Connect it to the detection equipment, and then try to make it move again.

Two minutes later,

The 6-ground robot, which was connected to various data cables with unknown functions, tried to move again.

Under the operator's control, the 6-terrain robot climbed up from the ground with great difficulty, like a dying old man without the flexibility of his youth.

After struggling to regain their footing, the research team seemed to have a clue, and then said: Let it take two more steps.

The operator obeyed the order and started operating. Then, the 6-terrain robot raised its feet and fell to the ground again!

The military representatives were filled with anger at this time, and a general yelled: What on earth are you doing?

The person in charge of the research team, his face as dark as the bottom of a pot, said in a cold sweat: Give us a few more minutes, and we will know the reason.

The military representatives had no other choice at this time and had no choice but to trust this group of research teams.

A minute later, the 6-terrain robot stood up again and began to switch to travel mode under the operation of the operator.

The 6-terrain robot has a variety of travel modes. In addition to walking, there are also crawler, tire, climbing and other modes.

During the switching process, even the military representatives who were not very knowledgeable could hear the stumbling and clicking sounds coming from the 6-terrestrial robot. Compared to the crisp mechanical sound before, it was simply the difference between the singing voice of a singer and the humming of a sow.

After struggling to switch to tire mode, the 6-terrain robot suddenly fell down before the operator could control the robot to start moving.

Amid the roars of the military representatives, the research team began to study the monitoring data, and then began a heated discussion.

Ten minutes later, the leader of the research team wiped the cold sweat from his head and began to report to the military representatives.

According to our analysis, this kind of robot in New Tuvalu has unparalleled coordination and stability. However, these performances are based on the perfect combination of all parts of its body. Although we have just completed its redesign Assembled, but because the proportions were not carefully matched during the assembly process, its own coordination and stability were destroyed. Therefore, the problem of being unable to move arose.

Just like stacking stones, stack irregular stones. If you are lucky, you can stack them very high. However, if these irregular stones are pushed and stacked again, what is the chance that they will reach the previous height again?

When representatives from the US government heard the explanation from the research team, their first thought was not that the technical level of this research team was not good enough. But what is the combat capability of these robots?

After reassembly once, the balance is destroyed. So, will the same problem occur after being hit by a shell on the battlefield?

After a heated discussion, representatives from the US government ordered the research team to dismantle the left arm of an intact flying robot.

“Test it and see how stable it is now?”

The operator immediately reported: The control equipment prompted that the left arm of the flying robot was disconnected, but there was no prompt that the operation could not be performed.

Start functional movement testing!

To the surprise of the US government and the research team, all functional tests of this flying robot with its left arm removed were completed. The 6-terrain robot was not in a difficult situation just now.

The people in the research team seemed to understand something and shouted: Reinstall its left arm and perform a self-test.

After the installation was completed, the operator reported: The self-test was normal and no problems were found.

Afterwards, at the strong request of the research team, the US representatives also agreed to conduct disassembly and reinstallation experiments of large components of other robots.

As a result, as long as the entire large components are removed, such as the entire left arm, flight module components, etc., there will be no self-test problems after reinstallation.

The research team who had another heated discussion reported: We confirmed our previous guesses that the balance of these robots does come from the perfect combination of their own parts. If there is a problem with the combination of parts, then the robot's actions will problem appear.

However, the impact of this balance does not include the disassembly and reinstallation of large components. In other words, after the robot is injured on the battlefield, it will not be directly paralyzed, but will be reduced inversely proportional to the degree of damage. own fighting power.

The military representatives breathed a sigh of relief after hearing that the robot's combat effectiveness would not be completely lost due to the damage of one part. What they are most worried about is that the robot they spent hundreds of millions of dollars to buy is a paper tiger.

The person in charge of the military asked greedily: So, how confident are you now that you can build a robot that belongs to the United States?

The leader of the research team lowered his head in shame. In the eyes of the military representatives who were very disappointed, he said: There are only two ways to successfully build our robot: first, get the new Tuvalu's instructions on how to use it. These parts, the perfect combination method. Second, we conduct relevant simulation experiments, and then analyze the perfect combination method of these parts.

The person in charge of the military was not asking about the method. He emphasized: What I want is the time to own the robot that we develop ourselves, not for you to tell me the method.

The person in charge of the research team said: If we get the method, we can build our own robot within three days. If we don't get the method, it will take at least a year to conduct simulation experiments.

If Li Daniu heard what the leader of the research team said, he would definitely laugh and say: Stop bragging, I will give you all the large computers in the world. If you can simulate the perfect combination sequence in five years, it will be considered a burnout. Very fragrant.

Even if it is a robot that was eliminated by Li Daniu, the number of parts in a robot, if broken down into the smallest possible parts, is more than tens of thousands?

The so-called perfect combination not only has strict requirements on the volume and weight of these parts, but also has nanometer-level requirements on the location of these parts.

It can be said that even if these robots suffer more than 40% damage during the battle, as long as there are no problems with the main functional modules, the robots can still maintain strong stability.

However, if more than 5% of non-original parts are installed on the robot, the robot will completely lose its balance.

To put it simply, it is the technological lock that Li Daniu installed on the robot.

This is also so that after selling the robot, we can continue to strive for high profits in after-sales service.

While the United States and Japan were discussing countermeasures, China and Russia also began dismantling and assembling robots.

As a result, there is naturally no difference.

At this time, Li Daniu, who had just returned to the new King of Tuvalu's villa, ordered Ultron: Send combat robots to strengthen the security of the robot factory. However, remember one thing, do not let the combat robots be Existing intruder appears.