Reborn Technology Upstart

After a day's work in the early morning, he walked out of the office and saw people standing on both sides of the office door. He froze for a moment, then shook his head and laughed himself.

To be honest, he was a little uncomfortable when he encountered this situation for the first time. He used to be alone, but now he is always surrounded by people, and he is a little uncomfortable.

The next day, Baihu Science and Technology Company received news that the satellite launch was scheduled for 5 days later, and they needed to pull the rocket to the launch site and make pre-launch preparations. The procedure was rather complicated.

He can accept this, but the interval between the second launch is relatively long, and it will take a month, which makes him more entangled.

The original mood of writing a book was gone, so he stood up directly, took his coat and went out directly, and went to the rocket production factory of Baihu Technology Company to see how they were doing.

The rocket production plant is very large. According to the traditional production mode, the rockets are basically assembled vertically and then transported vertically to the launch site.

The purpose of doing this is mainly to ensure that the rocket assembly state is consistent with the launch state, because if there is a slight problem, the launch may fail.

However, the assembly plant of Baihu Technology Company adopts the flat-lay mode. The advantage of this is that the construction speed of the plant is fast, the assembly is more convenient and fast, and the transportation work is also easy to do.

The difficulty is how to ensure that the state after assembly is consistent with the state at launch. When designing, it must have a certain fault tolerance rate, so that if something goes wrong, it will not cause serious consequences.

To solve this problem, he mainly started from the material and structural design. Only stronger materials can talk about the fault tolerance rate. Otherwise, no matter how good the structural design is, it cannot withstand the complicated situation during launch.

Structural design is mainly to reduce problems during assembly and transportation. No matter how strong the material is, it cannot completely ignore major mistakes, so it is very necessary to start from these two aspects.

When Leaf Book arrived, the production line here was under construction, but the key equipment was not in place, and what was being done now was some basic work.

Then Ye Zishu went to other parts factories to check. The material and structural parts production factories have basically been built and can produce related parts.

However, the rocket engine production line has not yet been built, and the reason is the same, that is, the key equipment has not yet been in place, and the follow-up work cannot be completed.

Rocket engines are high-precision parts and have high requirements for assembly and production. Either use high-level engineers, or wait for high-precision assembly equipment to be in place.

Ye Zishu didn't want to waste manpower on these assembly work, and would rather let these people go to the laboratory to do research, so some management suggested that they could use manual assembly first to reject it.

Later, he went to the main material production factory to check. There was no big problem here. The relevant equipment has been built and the production of related materials has begun.

The reason why it is so fast is that the equipment related to these production materials is basically purchased from Kirin Basic Industry Group. Baihu Technology Company does not need to conduct special research and production of these equipment, which saves a lot of time.

Kirin Basic Industry Group itself has a huge material production business, and it has many top-notch material production equipment. Baihu Technology Company does not need to do repetitive work.

After walking around, the crux of the problem lies in the high-precision equipment, including high-precision assembly machinery and equipment, overall testing equipment and so on.

However, it is also understandable that the precision of these devices is too high, not to mention the difficulty of research and development, but the difficulty of production is also very high.

Because these devices need to be produced slowly by hand, and every link needs to achieve the minimum error, the production efficiency is actually not high, at least the first batch of equipment needs to do so.

When the first batch of equipment is produced, the operation of equipment production equipment can be realized by using error compensation technology, which not only reduces labor requirements, but also greatly improves production efficiency.

Top operators are even scarcer than scientific researchers. It may take more than ten to twenty years to train such a worker. If all such top operators are required to operate, it is impossible to expand production on a large scale.

Why it is so difficult to expand the production of some top equipment is not because the production of materials is difficult, but because the number of top operators is insufficient. This kind of workers are not assembly line workers, they are hard to come by, and it is extremely difficult to train them.

In order to solve this problem, we can only adopt the model of machine-made machines, but the machine-made machines have the problem of declining precision.

In the original manual operation, the accuracy can reach 0.1 micron, and then use this precision equipment to produce equipment, the accuracy may drop to 0.5 micron.

Therefore, he specially developed supporting precision compensation technology and equipment for this purpose. Not only will there be no decrease in precision, but with the assistance of these equipment, the precision will be further improved.

Without this set of technical equipment, it would be difficult for human manufacturing to break through the limits of human beings, and the limits of human beings cannot grow infinitely.

This is a huge constraint on the development of human beings. With precision compensation technology and equipment, this dilemma will be completely resolved, and the precision of machine production will only become higher and higher.

Of course, this is not infinitely improved. When a certain accuracy is reached, it cannot be further improved. It needs to be replaced with a more advanced technology to achieve higher accuracy.

When he arrived at the high-precision manipulator production factory, there were two people standing directly outside, and no one was allowed to enter during work, because the inside was an absolutely silent area.

The purpose of doing this is to reduce the interference of all factors that may affect the accuracy. Even Ye Zishu can only obediently wait outside, and only after the work is completed inside can he communicate with relevant personnel.

In the production process, a task must be completed in one go, and the middle part cannot be stopped and stopped, because once the middle part is stopped for a period of time, the feeling of the workers before and after is different. If the difference exceeds a certain limit, the produced products will be unqualified.

Therefore, when they formulate production tasks, they try to compress the tasks within 12 hours. After the workers enter, they basically do not eat or drink, and work directly for 12 hours without any interruption in the middle.

And 12 hours of continuous high-intensity and high-focus work is the limit of a person. If this time is exceeded, the state of all aspects will decline seriously.

Baihu Technology Company itself does not have such top-notch workers, and they all borrowed them from relevant state units. When this batch of equipment is produced, it can realize the production mode of machine-made machines.

Moreover, after a worker goes to work in this way, he will take at least one day off in the middle. As for how many days to rest, it depends on the state of the worker. Generally, the interval is two or three days.

It is precisely because of these strict requirements that the production efficiency of this link is very low. Up to now, the manual production of a complete set of equipment has not been completed, and the following links can only stare blankly.

The main reason is that the number of people is too small. Baihu Technology Company has only borrowed 10 such talents. I heard that it has already recruited all the precious talents from relevant state units. Although I don't know if this is true or not, it should be similar.

Such talents not only need to be cultivated to be successful, but also need talent, and the various functions and coordination of the body must reach a very high level. There are not many people in the country who meet these demanding requirements.

Of course, the salaries these talents get are also top-notch. Once they work like this, that is, up to 12 hours, Baihu Technology Company offers 100,000 yuan.

If the entire set of equipment is completed, the labor cost alone will cost tens of millions of yuan. Fortunately, Baihu Technology only needs to spend so much money on the first set of equipment, otherwise the cost of doing this for each set will be too high.

In fact, money is still secondary. Don’t think that money is so important in the eyes of many businessmen. In fact, in the eyes of the country, money is a number. If money can be exchanged for equivalents, the country does not mind producing more money.

The real problem is that even if you have money, you can't buy equivalent products. There are only a few top workers in the country, and the production efficiency is too slow. If you follow this speed, the expansion of production capacity will become far away.

Ye Zishu waited here for half an hour, but still didn't see the workers coming out, so he decided not to wait any longer, and called the factory manager directly to report the situation here.

According to the report from the person in charge, it has been two months since the official start of construction here, and it will take half a month to complete the key parts. After the key parts are completed, the remaining parts are much easier to handle.

They have already processed other parts that are not too difficult in another factory, because these parts can be completed using high-precision CNC machining equipment.

Ye Zishu heaved a sigh of relief when he said that it would be finished in half a month, which meant that the production of the first set of equipment would be completed in one month at the latest.

Later, the production of machines by machines is an exponential increase. Regardless of the long time it takes for labor, if it is produced by machines, the same amount of work can be completed in a day or two.

If these progress are correct, it will be able to catch up with the overall progress made by Baihu Technology Company, and the new rocket will really be produced in June.

This is not the main thing, the production line built around these high-precision automation equipment will be fully opened, and the production of other equipment will not be as troublesome as it is now.

The wait for this period of time was totally worth it. After learning about the situation, Ye Zishu left here without urging him, because it was useless, and he had his own work rhythm.

Now, instead, it was the progress of the remote sensing satellite that made him a little worried. He decided to spend two hours a day in addition to writing the book, and went to the remote sensing satellite R\u0026D project department to help them solve their problems.

If there is a delay in this project, then the construction of the remote sensing satellite system may not be completed this year, and the subsequent rhythm may be chaotic.

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