Another middle-aged technician also joined the discussion.
However, if an unstable transmission system is adopted, although the power is greatly enhanced, the failure rate will also increase. Have you considered the problem of damage to the mining robot? If the damage rate is too high, it will also decrease. The efficiency of mining and the efficiency of work have actually declined.
It can be heard from his words that he also agrees with the views of the young technician at the beginning.
He believes that it is more important to ensure the stability of mining robots, even if it sacrifices work efficiency, it is worth it.
After listening for a while, Jiang Cheng understood what they were discussing. The focus of this dispute was actually very simple.
That is whether mining robots give priority to work efficiency or the stability of equipment.
If the stability of the mining robot is considered leisurely, the work efficiency will be greatly reduced.
But if work efficiency is given priority, the failure rate of mining robots will increase, which will also affect the efficiency of mining operations.
This problem seems to be quite troublesome, so it caused a debate among the technical staff.
This problem is indeed very difficult to solve unless a completely new transmission system can be found.
It can not only ensure the working efficiency of the mining robot, but also maintain a certain stability of the entire equipment, so that this problem can be completely solved.
But if these technicians could find such a drivetrain, they wouldn't have to argue here.
It's just because we can't take care of the needs of both sides now that this situation occurs.
Debates like this have occurred several times, but each discussion on this issue has yielded no valuable results.
Therefore, the research and development of mining robots has stalled.
This problem seems to have been bothering them for a long time, and even Xiao Peng can't do anything about it.
He frowned and looked at the models on the holographic projection, wondering if he could find a solution to this problem.
Xiao is also having a headache now. This mining robot is very important for the subsequent construction of the Mars base and must be developed as soon as possible.
After the Mars landing is completed, the construction of the Mars base will officially begin.
If they can't solve the problem by that time, it would be a dereliction of duty for him as the leader of the technical team.
Jiang Cheng believed in him so much that he gave him the responsibility of the team. If he couldn't do such a small thing well, then he would have betrayed Jiang Cheng's trust.
Jiang Cheng had asked them to start developing this fruit mining robot a long time ago, but they still haven't come up with the finished product yet.
Xiao Peng felt that he felt sorry for Jiang Cheng now, but he had nothing to do about this matter, and he couldn't think of any ideas for such a long time.
If Jiang Cheng is here, this problem can be easily solved. Unfortunately, Jiang Cheng is not here now."
Xiao Peng began to think about Jiang Cheng. If Jiang Cheng was here, he could indeed solve this problem easily.
Asking Jiang Cheng for help is indeed a way to solve the problem, and it is a very good idea.
But this project is in charge of them. If Xiao Peng goes to Jiang Cheng to solve this problem now.
The problems they encountered were solved by then, but that was not the result Xiao Peng wanted to see.
If they went to Jiang Cheng whenever they encountered any difficulties, then what use would Jiang Cheng have to their subordinates
He knew that Jiang Cheng found this group of people because he didn't want to do everything by himself.
Otherwise, with Jiang Cheng's level, one person could be worth all of them.
Therefore, Xiao Pengji has never wanted to go to Jiang Cheng. He just wants to solve this problem independently, so that he can reflect the value of their group of technicians.
I think we can think about the problem from another angle. Don’t get hung up on the mining robot itself, and whether we should focus on efficiency or stability.
We can completely ignore the issue of stability and use the most powerful transmission system. As for the issue of equipment damage rate, we can design another maintenance robot.
This kind of maintenance robot can perform routine maintenance on mining robots to reduce the damage rate. Even if it is really damaged, it can be repaired immediately. Moreover, this kind of maintenance robot can also repair other equipment, which is a multi-purpose thing.
While Xiao Peng was still thinking, he suddenly heard a familiar voice.
That sound suddenly shocked Xiao Peng, and he immediately found a solution to the problem.
To Ming, a maintenance robot came out to solve the problem of equipment damage rate.
Maintenance robots can also be used in other places, and sending them to Mars is not a waste at all.
This sound reminded all the technicians present and caused them to fall into another mode of thinking.
Soon some people responded that since efficiency and stability cannot be guaranteed at the same time, why not just give up on stability and deal with it directly? A middle-aged technician said: "This is a very good idea. If we build a maintenance robot, In other words, the design is not very difficult, at least it is much easier to develop than a mining robot.
Another young technician had a different view on this matter. He quickly said: "Although the maintenance robot itself is very easy to manufacture, at least we can design it easily. But the hardware of the maintenance robot is not enough." It's useless. We need to design an intelligent program to control this maintenance robot so that it can complete daily maintenance and repair work.
The problem he mentioned does exist. If the maintenance robots are to be grouped together normally, a relatively advanced artificial intelligence is needed.
Mining robots also have artificial intelligence, but it is relatively low-level and can only control the robot to complete mining tasks.
If this kind of artificial intelligence is used to perform maintenance, it will definitely not be able to meet their needs.
So the question now becomes, how to design an artificial intelligence specifically used to repair equipment.
This group of people are basically experts in power and machinery, and are not very good at artificial intelligence.
Artificial intelligence is very simple. I just need to code it. It won’t take long to solve this problem.
The voice that suddenly appeared spoke a very confident word.
You must know that compiling artificial intelligence is very difficult, and there are not many people who can write such programs now.
Can you also program artificial intelligence
(End of chapter)